Ashley sold 12.0 boxes of Samoas each containing 12.0 Samoas. How many Samoas did Ashley sell in total? Answer:

The cakes change each month. Cake 1 has been made in August, Cake 2 in June, and Cake 3 in May. In what month has Cake 4 been made?
Answer:April. The number of chocolate lines on the cakes indicates the month.

Do thermocouples measure absolute temperature or temperature difference? Answer: Temperature difference because the output is proportional to the temperature difference between the reference and the measuring junctions.
Do resistance thermometers measure absolute temperature or temperature difference? Answer: Absolute temperature because the sensor's resistance is dependent on the its local average temperature.
What is the temperature scale in use in the UK and is Centigrade the unit of measurement? Answer: The International Temperature Scale of 1990 with Celsius as the unit of measurement.
Is temperature the amount of thermal energy an object has? Answer: Temperature is better described as the intensity of the thermal energy or the kinetic energy density.
Do temperature measurements need an uncertainty associated with them? Answer: All measurements are useless without an uncertainty.

We will learn how to solve step-by-step the word problems on multiplication and division of whole numbers. We know, we need to do multiplication and division in our daily life. Let us solve some word problem examples.
1. The cost of a chair is $980.50. Find the cost of such 2035 chairs.
Therefore, cost of 2035 chairs is $1995317.50.
2. A tyre factory produces 6348 tyres a day. How many tyres will the factory produce in 460 days?
Therefore, the tyre factory will produce 2920080 tyres in 460 days.
3. 470988 books are to be arranged equally in shelves. If 378 books are arranged in each shelf, how many shelves will be needed?
Therefore, 1246 shelves needed to arrange 470988 books equally.
4. The cost of 534 train tickets was $457104. Find the cost of one ticket?
Therefore, cost of one train ticket is $856.

There are five frogs sitting on a log over a stream. Four of the frogs decided to jump into the stream. How many frogs are left sitting on the log?
Answer: Five! Deciding to do something is not necessarily actually doing it.
Moral of the story? Don’t analyse a task to death or procrastinate; just do it!

What is the Cost of Waiting to Buy? Answer: Less Closet Space or a Higher Payment.
Is the Greater Phoenix Real Estate Market Overheated?
4th Quarter is Good For Buyers!

John is three times younger than his father, but two times older than his brother Jim. How old is John if Jim is 40 years younger than his father?
Answer: John is 16 years old.
Let X be John’s age, F be father’s age, and J be Jim’s age. Then, 3X=F, X/2 =J, and J+40=F. Solving this system of three equations for X, we get X=16.
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Josh sold 465 bottles of apple cider and 605 bottles of wine. He made $10,050 altogether. If he sold 465 bottles of apple cider and only 586 bottles of wine, he would make just $9,822. How much did the 605 bottles of wine sell for?

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Question: Miss Mary's father had 4 kids: Joseph, John, and Jordan. What was the 4th kid's name?
Answer: The 4th kid is Miss Mary.

Q: Andy has 150 candy bars. He eats 125. What does Andy have now?
A: Andy has diabetes now.

Form N-644, Application for Posthumous Citizenship. New edition dated 09/08/09. Previous editions accepted.

EUR: should make currency exchange of buying at historical lowest bottom area (Green area).
EUR: should make currency exchange of selling after gain big profit at at historical highest top area (Red area).
The total revenue is: （12.50 million - 10.05 million）/ 10.05 million = 20%. Also 12.50 million - 10.05 million = 2 million USD.

The Telecom Regulatory Authority Of India (TRAI) published a Consultation Paper On Regulatory Framework for Over-the-top (OTT) services on 27th March, 2015.
Telecom service providers (TSPs) offering fixed and mobile telephony are currently being overwhelmed by online content, known as over-the-top (OTT) applications and services. The term over-the-top (OTT) refers to applications and services which are accessible over the internet and ride on operators’ networks offering internet access services e.g. social networks, search engines, amateur video aggregation sites etc. The best known examples of OTT are Skype, Viber, WhatsApp, Chat On, Snapchat, Instagram, Kik, Google Talk, Hike, Line, WeChat, Tango, ecommerce sites (Amazon, Flipkart etc.),Ola, Facebook messenger, Black Berry Messenger, iMessage, online video games and movies (Netflix, Pandora).
It is becoming increasingly difficult for consumers to know if there is an economic difference in connecting various networks via a land phone, cell phone, or a computer. In fact, young users find it difficult to distinguish among these three networks; from their perspective, all that matters is connectivity. They visualize these not as a layered and interconnected series of discreet networks, but as an organic whole.
Carriage is separated from content in internet networks, enabling OTT content and application service providers to deal directly with end users. TSPs are excluded from the said transactions, with no control over the content or the application. The characteristics of OTT services are such that TSPs realise revenues solely from the increased data usage of the internet-connected customers for various applications (henceforth, apps).
The TSPs do not realise any other revenues, be it for carriage or bandwidth. They are also not involved in planning, selling, or enabling OTT apps. On the other hand, OTT providers make use of the TSPs’ infrastructure to reach their customers and offer products/services that not only make money for them but also compete with the traditional services offered by TSPs. Leave aside TSPs, these apps also compete with brick and mortar rivals e.g. e-commerce sites, banking etc. Currently, the major sources of internet traffic are Google, Yahoo, MySpace, YouTube, Facebook, Windows Live, eBay, Wikipedia.org, msn.com and Craigslist, in that order.
These portals are not owned by the networks are capturing millions of user connectivity hours. Apart from web content and social media, OTT communications and OTT media are now increasingly playing a major role in the internet domain. The affordability of smartphones (because of declining price) and the upgradation of access networks by the TSPs are among the important factors contributing to OTT growth. Digitalization of content has reduced conservation, reproduction and distribution costs, which, in turn, has promoted the explosive growth in the supply of online content.
The growth of traffic apart, the OTT applications have created an increasing demand for faster broadband speed, which translates into a need for huge investments in network up-gradation by the TSPs. It is thus becoming clear that, in future, the provision of services by OTT players will impact revenues of network operators insofar as their current business models are concerned. This has already started happening in some developed countries. And, these developments have implications for the Operations Support System and Business Support System (OSS/BSS) of the communication systems used by the TSPs to support end-to-end telecom services.
The public internet that started in the 1980s has grown in scope over the last three decades. In its current form, it has the added ability to carry the entire gamut of services that are required to be delivered to a consumer of telecom services. It allows a telecom subscriber to access almost all the services required for information, education and entertainment.
What is Net Neutrality (NN)?
Net neutrality (NN) is generally construed to mean that TSPs must treat all internet traffic on an equal basis, no matter its type or origin of content or means used to transmit packets. All points in a network should be able to connect to all other points in the network and providers should be able to deliver traffic from one point to another seamlessly, without any differentiation on speed, access or price. The principle simply means that all internet traffic should be treated equally.
In USA, FCC has defined Network, or “net” neutrality as another way to refer to open internet principles. The open internet is the internet where consumers can make their own choices about what applications and services to use, and where consumers are free to decide what content they want to access, create, or share with others.
Currently, NN is a topic of great debate across the world. At one level, it is being linked to the right to freedom of expression and the right to information. The underlying idea of an open internet is that all internet resources and the means to operate on it are easily accessible to all. It effectively renders the network carrier a dumb pipe i.e. intelligence of management and operation of communication must lie at the end points of the network and not in the network.
The Internet must be kept open and neutral. Reachability between all endpoints connected to the Internet, without any form of restriction, must be maintained.
All data traffic should be treated on an equitable basis no matter its sender, recipient, type, or content. All forms of discriminatory traffic management, such as blocking or throttling should be prohibited.
There should be restricted use of packet inspection software (including storage and re-use of associated data) to control traffic.
Complete information on reasonable traffic management practices and justifications for the same must be accessible and available to the public. TSPs should be transparent and accountable to any changes in practices.
Non-neutral treatment of traffic for “voluntary” law enforcement purposes must be prohibited unless there is a legal basis for it.
NET NEUTRALITY Net neutrality is a slippery concept. The term, coined by Tim Wu underlies the basic principle that has led to the success of internet- businesses that operate the network may not discriminate between different data packets. This ensures that innovators or content developers do not need to ask permission for new projects, making internet a collection of a large amount of information, analysis, opinions and services with no sole content provider or regulator.
However, with the internet becoming more crowded and improvement in traffic management tools, net neutrality is difficult to sustain. These new technologies allow the network operator to identify the traffic they are transmitting and scrutinizing, stopping or slowing down spam and other such traffic. Network operators can now create lanes of different speeds to not only manage their traffic, but make more profits.
The question that needs to be answered is that who will pay these profits- the consumers or the content providers owning majority traffic? Why should capacity-hungry services like those sites that stream videos not pay when they take up majority of the traffic capacity, especially when they are earning from it? On the other hand, many argue that without net neutrality laws, toll booths and check points will spring up all across the network, making it less attractive to new content providers and developers.
They fret that network operators will abuse their market power for maximizing profits. This might, in the long run, impinge upon the freedom to impart and receive information without any interference. The operators on the other hand argue that the increasing internet traffic can sustained by investments in upgradation of networks which will be possible by increase in profits. The recent Latvian proposal allows paid fast lanes, “provided that sufficient network capacity is available so that the availability and general quality of internet access services are not impaired in a material manner”. The next network neutrality debate is over ‘zero-rating’, i.e. customer access to certain websites without charging them for data usage.
This will, some argue is a great way to allow customers to access these services. However, who will choose these sites and on what basis- learning basis or on popularity? This will make it difficult for competitors to compete and benefits a particular company by creating its monopoly in the service. Regulators in Slovenia and Netherlands recently banned certain forms of zero-rating. Micro-regulation can lead to adverse impact in the industry, and detailed rules and utility- type regulations might not be the correct approach. Broader rules, such as insisting that a provider’s basic services must not be very slow can be a better option. Competition between network providers will also lead to better services and reduce exploitation of market power.

The 2015 Nissan Versa. This 4 door, 5 passenger sedan just recently passed the 60,000 mile mark! Smooth gearshifts are achieved thanks to the efficient 4 cylinder engine, and for added security, dynamic Stability Control supplements the drivetrain. It distinguishes itself from the competition with features such as: a tachometer, a trip computer, front bucket seats, air conditioning, tilt steering wheel, and much more. Enjoy your favorite music via the stereo system, which includes a CD player with MP3 capability, and 2 speakers, providing excellent sound throughout the cabin. Take assurance in side curtain airbags, providing head protection in the event of a severe collision. Our sales staff will help you find the vehicle that you've been searching for. We'd be happy to answer any questions that you may have. Come on in and take a test drive!

Cleveland, TX has found a Happy New Land Owner!
They Go Above and Beyond What’s Expected!
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If Karen sold 36.0 cases of Tagalongs, and each case holds 12.0 boxes, how many boxes of Tagalongs did Karen sell? Answer:

Joe’s code has 20 bugs. If Joe fixes 2 bugs per hour for 8 hours, how many bugs does Joe’s code have now? Answer: 27.

How many grams of NH3 can be produced from 10.4 g of H2?
Answer: 58.99 grams of NH3.
4. Find the ratio of de Broglie wavelength in first and third excited state of H atom.
5. Arrange H+, D+, He2+ and He+ in descending order of their e/m ratios.
6. Number of waves made by Bohr’s electron in one complete revolution in 3rd orbit is?

If a farmer buys chicken feed for £4 per tonne, pig feed for £3 per tonne and cattle feed for 40p per tonne. How much of each would he have if he had 100 tonnes for £100?
Answer: 8 tonnes of chicken feed, 12 tonnes of pig feed and 80 tonnes of cattle feed.

Hemavathi cut a cake into two halves and cuts one half into smaller pieces of equal size. Each of the small pieces is fifteen grams in weight. If she has nine pieces of the cake in all with her, how heavy was the original cake ?
Hemavathi cut a cake into two halves and cuts one half into smaller pieces of equal size. Each of the small pieces is fifteen grams in weight. If she has nine pieces of the cake in all with her, how heavy was the original cake ?
Answer : 1 240 gms Explanation : Answer: A) 240 gms Explanation: The nine pieces consist of 8 smaller equal pieces and one half cake piece.Weight of each small piece = 15 g.So, total weight of the cake = [2 x (15 x 8)]g = 240 g.

A nurse put 100 gloves into 4 containers. She puts gloves in the containers in such a way that each container has two more gloves than the one before. How many gloves are in each container?
Answer: 22, 24, 26, and 28 gloves.
Let X be the number of gloves in the first container. Then there are X+2 gloves in the 2-nd container, X+4 gloves in the 3-rd container, and X+6 gloves in the 4-th container. Hence, we have X+X+2+X+4+X+6=100. Solving for X, we get X=22 gloves in the first container, 24 gloves in the 2-nd container, 26 gloves in the 3-rd container and 28 gloves in the 4-th container.
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What are the Monomers that make up Proteins?
What are the Monomers that make up Proteins?
Answer : 1 Amino acids Explanation : Answer: A) Amino acids Explanation: Proteins are long chains of Amino acids. That is in brief, Amino acids are the monomers of Proteins. Amino acids are compounds which contain both an amino group and a carboxylic group. Proteins are made up of 20 essential amino acids.Monomer means a small molecule of an organic substance i.e, building block in general.

When is it spring in the Southern hemisphere?
When is it spring in the Southern hemisphere?
Question: When is it spring in the Southern hemisphere?
Answer: From September to December.

It is 37.7 miles according to Google Maps.
How far is Santa Barbara California from Oxnard California?
Answer: Santa Barbara is about a 45-50 minute drive from Oxnard.

As a rule, one centimeter of rain is equal to how much snow?
Answer: b) Typically, one centimeter of rain equals 10 centimeters of snow. This varies somewhat according to the snow’s moisture content, but it’s the norm.

How many people in a kendo match?
How many people in a kendo match?
How many people in a kendo match?
Answer: Thank you for your question. And I am so sorry for the delay and my reply.
Even in a team fight, we fight individually. It is one person vs. one person. Usually in team fight, we have three or five team members. And they fight individually.

When I watch videos of people practicing kendo I often hear them make weird sounds. What is that sound for?
Answer: Thanks for your question. I am not sure what kinds of sounds you are referring to. Can you be more specific?

When were calories first discovered and when did people start caring about them?
Answer: Calories were discovered in the 1800s. Small calories are a measurement of heat and large calories are a measurement of food.

A rectangle has area 12a squared and a perimeter 14a. What are the dimensions of the rectangle and how do you solve this?
This is quite an interesting problem and it does seem confusing at first. Let's break it down.
You know that you have a rectangle and you are given the Area of 12a^2 with a perimeter of 14a.
So, for now, let's ignore the a. I know that I have a rectangle whose area is 12 and perimeter is 14. So, when you multiply the length times width you must end up with 12 and when you add all four sides for the perimeter, you will end up with 14.
From here, I would have to assume that you know strategies for solving a system of equations and how to solve quadratic equations.
I would use substitution. Let's solve 2l + 2w = 14 for w.
2l -2l + 2w = 14 - 2l - Subtract 2l from both sides.
Now substitute 7-L for w into the area equation.
-1(-L^2 + 7L = 12) Multiply everything by -1 to make -L^2 positive.
Now let's set this equation equal to 0 so that we can factor.
I hope this helps. There are a lot of skills involved if you solve it algebraically.

Home Islamic MCQs In the Battle of Uhud, Muslim army was re-attacked from mountain (side) under the commmand of?
In the Battle of Uhud, Muslim army was re-attacked from mountain (side) under the commmand of?
Answer : In the Battle of Uhud, Muslim army was re-attacked from mountain (side) under the command of khalid bin Waleed (R.A) .

The account information contained within this web site is generated from computerized records maintained by the City of Canal Fulton. While every effort is made to assure the data is accurate and current, it must be accepted and used by the recipient with the understanding that no warranties, expressed or implied, concerning the accuracy, reliability or suitability of this data have been made. The City of Canal Fulton, their agents, and the developers of this web site assume no liability whatsoever associated with the use or misuse of the data contained herein.

The ERJ Brainiac of the Year Awards 2018 have been decided using a formula in which points were awarded for each correct answer, special mention and helpful and/or amusing email sent in during the year, with extra bonus points going to our Brainiac of the Month winners.
Yuichi (Joe) Sano, Sumitomo Electric Industries Ltd, Itami, Japan.
Joint winners John Bowen, consultant, Bromsgrove, UK; and David Mann, manager rubber technology, SI Group, Béthune, France.
Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany – the first ever ERJ Brainiac of the Year.
List of Brainteaser questions over the past couple of months, along with the answers and readers supplying correct replies. The number of correct answers, as well as speed and quality of reply will help decide the Brainiac of the Month.
At a petrochemicals site, a giant storage tank has four feed-in pipelines. The first can fill the entire tanker in two days, the second – in three days, the third – in four days, and the last one can fill the tank in 6 hours. How long will it take to fill the tank using all four pipelines together?
Answer: A few readers got stuck on this one but most correctly worked the answer out at 4 hours 43 minutes and 17 seconds – as nicely shown in Jose Padron’s table below.
Frédéric Chopin (composer and pianist); Guglielmo Marconi (radio communications pioneer); John Paul II (pope); Cristiano Ronaldo (footballer). Then during the week, we added: John Lennon (pop star); Marco Polo (explorer)… ‘but not Bill and Hilary Clinton’.
Answer: They all have airports named after them. However, extra well done to Hans-Bernd Lüchtefeld for noticing – from our final clue on Thursday – that the precise answer was ‘international airports’.
Bonus question: This posed fewer problems – the binary code 11111111 in hexadecimal code is FF.
Congratulations to this week’s high-flyers: John Droogan, advanced polymers and composites, MegaChem (UK) Ltd, Caldicot, Monmouthshire, UK; David Mann, manager rubber technology, SI Group, Béthune, France; Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany; Paul Knutson, textile engineer, Timken Belts, Springfield, Missouri, US; Andrew Beasley, product analyst, Hankook Tyre UK Ltd, UK; Yuichi (Joe) Sano, Sumitomo Electric Industries Ltd, Itami, Japan.
Alan was 1 year old when his pet dog Spot was born. When Alan was 8, he was twice as old as his little sister Bernie. Their second dog Timmy was born when Bernie was 2 years old. Bernie is now two thirds the age of Alan, and Timmy is three times as old as the family cat Felix. Can you work out how old the children, dogs, and cat are now?
Andrew Beasley of Hankook Tyre UK, our new Brainiac of the Month.
A latex products manufacturer states that 95% of its low-cost balloons will not burst when inflated. Barry has bought a packet of 20 of these bargain balloons to blow up for a birthday party. Find the probability that: a) none of the balloons burst when blown up; and b) that exactly two balloons burst.
Answer: November ends not quite with a bang, as relatively few readers were able to resolve this binomial distribution question in which the probability of none of the balloons bursting was 0.358485922; and that exactly two balloons burst was 0.188676801.
So extra well done to: Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany; Bharat B Sharma, Sr VP product development & technical service (elastomers), Reliance Industries Ltd, Gujarat, India; Michele Girardi, Scame Mastaf Spa, Suisio, Italy; Yuichi (Joe) Sano, Sumitomo Electric Industries Ltd, Itami, Japan.
A truck is twice as old as its engine was when the truck was as old as the engine is now. Adding the age of the truck and engine gives a total of 21 years. How old is the engine, and how old is the truck?
Answer: Maybe not such a tricky truck but still required some working out, as shown by Hans-Bernd Lüchtefeld: T = 2(2E – T) and T + E = 21, where with T = age of truck and E = age of engine. Equation a: T = 2(2E – T) => 3T = 4E. Equation b: T + E = 21 => 3T + 3E = 63. Therefore, a.+b. => 4E + 3E = 63 => E = 9 (resp. T = 12). Truck is 12 years old, the engine 9 years.
Well done to: John Droogan, advanced polymers and composites, MegaChem (UK) Ltd, Caldicot, Monmouthshire, UK; David Mann, manager rubber technology, SI Group, Béthune, France; John Bowen, consultant, Bromsgrove, UK; Michele Girardi, Scame Mastaf Spa, Suisio, Italy; Paul Knutson, textile engineer, Timken Belts, Springfield, Missouri, USA; Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany.
Well done, so, in order of answer-arrival to: David Mann, manager rubber technology, SI Group, Béthune, France; Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany; Bharat B Sharma, Sr VP product development & technical service (elastomers), Reliance Industries Ltd, Gujarat, India; Michele Girardi, quality manager, Scame Mastaf Spa, Suisio, Italy; John Droogan, advanced polymers and composites, MegaChem (UK) Ltd, Caldicot, Monmouthshire, UK; John Bowen, consultant, Bromsgrove, UK.
Can you complete this tricky sports sequence:?
France 4; Germany 1; _; _; _. (Each day during the week we added correct countries/numbers to the sequence).
Answer: A nice easy one to start off the week – or so we thought. Amazingly, there was only one correct reply to this Brainteaser, and that came in first thing on Monday morning. Extra well done to Andrew Beasley, product analyst, Hankook Tyre UK Ltd, UK, who recognised straight away that this was a sequence of countries to win the last five football World Cups, and the number of goals they scored in the final.
Come on other Brainiacs: you got to get out more!
A major rubber parts manufacturer recently held a company-wide chess competition, for which 60 employees entered. In the first round, every entrant played 6 matches each, each match with a different player. However, this meant that not everyone got to compete. What was the minimum number of people that had to back out if all participants played 6 matches only, and how many matches were played in the first phase?
Answer: The number of players that needed to back out was 4 and the number of matches was 168 – as per Bharat B Sharma’s tidy table below. Well done in order of answer-arrival to Bharat B Sharma, Sr VP product development & technical service (elastomers), Reliance Industries Ltd, Gujarat, India; John Bowen, consultant, Bromsgrove, UK; Paul Knutson, textile engineer, Timken Belts, Springfield, Missouri, USA; Yuichi (Joe) Sano, Sumitomo Electric Industries Ltd, Itami, Japan, and everyone else who had a go.
Bharat B Sharma of Reliance Industries and Paul Knutson of Timken Belts, the new joint winners of our Brainiac of the Month title.
To celebrate his birthday, office manager Steve takes four colleagues to a local restaurant for lunch. As they sat down at a round table for five, PA Jane observed that everyone had taken their seat around the table in age order. What was the probability of that happening?
Answer: A range of nice replies in for this one: the trick was to factor in that they were seated at a round table, not in a straight line – as concisely shown by Yuichi (Joe) Sano: 1/4*1/3*1/2*2 = 1/12. Well done in order of reply to: John Bowen, consultant, Bromsgrove, UK; Michele Girardi, Scame Mastaf Spa, Suisio, Italy; France Veillette, chef environnement, usine de Joliette, Bridgestone Canada Inc. Canada; Yuichi (Joe) Sano, Sumitomo Electric Industries Ltd, Itami, Japan; David Mann, manager rubber technology, SI Group, Béthune, France; Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany; Paul Knutson, textile engineer, Timken Belts, Springfield, Missouri, USA; Bharat B Sharma, Sr VP product development & technical service (elastomers), Reliance Industries Ltd, Gujarat, India; Thierry Montcalm, R&D and innovation manager, Soucy Techno, Canada; Ralf Ortmayr, senior pricing analyst, Toyo Tire Europe GmbH, Willich, Germany.
At a school charity event, parents Alan, Brian and Charles are on a stall selling red, yellow and orange rubber ducks. Alan says: “Seven red ducks and five yellow ducks cost the same as six orange ones.” Ralph says, “Four red ducks and nine orange ducks cost the same as five yellow ones.” Steve says, “Six orange ducks and three yellow ducks cost the same as four red ducks.” Who is lying…but who?
Answer: Trickier than it seemed, perhaps, as quite a few ducked out of this one. ‘Alan’ was the odd one out, as correctly answered by: John Bowen, consultant, Bromsgrove, UK (see reply below); Michele Girardi, Scame Mastaf Spa, Suisio, Italy; France Veillette, chef environnement, usine de Joliette, Bridgestone Canada Inc. Canada; Paul Knutson, textile engineer, Timken Belts, Springfield, Missouri, USA; David Mann, manager rubber technology, SI Group, Béthune, France; Ralf Ortmayr, senior pricing analyst, Toyo Tire Europe GmbH, Willich, Germany. Well done to all.
Sustitution of 1 in 3 and 2 in 1 leads to negative [impossible] values but 3 in 2 gives positive results, so Brian and Charles are truthful, whereas Alan is not.
The janitor of a block flats, notices that the boiler pressure is rising, and will shortly explode. He phones two of the residents, tells them the news, asks them to do the same and phone just two more people, and then get out of the building. Assume that each of the residents is in, and answers the phone immediately. If each phone call takes 30 seconds, and it takes each person 90 seconds to get out of the building, how long will it take to empty all 375 flats?
Our regulator technician is, this week, tasked with testing out a new rubber garden hose. The trajectory of the water-jet from the hose is shown in the diagram. From the information provided, can you work out the speed of the water-jet and the range R.
Answer: V = 14 m/s and R = 17m (see below). Well done to everyone who had a go at this really tricky question, and especially to Bharat B Sharma, Sr VP product development & technical service (elastomers), Reliance Industries Ltd, Gujarat, India; and Paul Knutson, textile engineer, Timken Belts, Springfield, Missouri, USA, who were spot-on with their answers. Also close, or on the right track, were: John Bowen, consultant, Bromsgrove, UK; David Mann, manager rubber technology, SI Group, Béthune, France; Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH; and Yuichi (Joe) Sano, Sumitomo Electric Industries Ltd, Itami, Japan.
This has been the toughest ever selection process, with some great answering from readers around the world, over the last four weeks. But most particularly for the clever way he tackled Question 2, our judges have chosen Hans-Bernd Lüchtefeld of PHP Fibers as our new Brainiac of the Month award. Congratulations to a very worthy winner, and everyone one else who came close to the top award.
Question 4: Bikes or trikes?
A technician fits 74 tires on to a total of 32 bicycles and tricycles. How many of them are bicycles and how many are tricycles?
X9543Y represents a six-digit number in which X and Y are digits different from each other. The number can be divided by both 8 and 11. What digit does A represent?
Answer: No flies on our readers this week, as our Brainiacs – both new and established – worked out that the tires were fitted on 22 bicycles and 10 tricycles, while for the bonus question B is 2 and A is 7.
Well done to: Michael Easton, sales and marketing director, Globus Group, Manchester, UK; David Mann, manager rubber technology, SI Group, Béthune, France; Aneta Skowron, kierownik zespołu handlu/ head of trade office, Zakłady Chemiczne Siarkopol Tarnobrzeg sp. z.o.o., Tarnobrzeg, Poland; Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany; Yuichi (Joe) Sano, Sumitomo Electric Industries Ltd, Itami, Japan; John Bowen, consultant, Bromsgrove, UK; John Droogan, advanced polymers and composites, MegaChem (UK) Ltd, Caldicot, Monmouthshire, UK; Michele Girardi, Scame Mastaf Spa, Suisio, Italy; Paul Knutson, textile engineer, Timken Belts, Springfield, Missouri, USA; Jose Padron, Waterville TG Inc., Canada; Amparo Botella, Ismael Quesada SA, Spain; France Veillette, chef environnement, usine de Joliette, Bridgestone Canada Inc. Canada; Tej Nath Dahal, rubber technologist, Nepal; Brandon Sa, head of connectivity, infotainment & e/e components, APAC Standardization PM (Interior & Electrical), FCA group, China.
On a visit to a sheep farm, a school group all entered a shed where there were 20 more children than sheep as well as an ants display, with exactly 10 times as many ants as children. In total, including the teacher, the children, the sheep and the ants there were 1,440 legs in the shed. How many children were in the group.
Answer: This one wasn’t too baa’d, though we had a complaint (sadly) that there were only three sheep on display at the farm – a damning indictment, perhaps, of the current state of the farming industry and/or our education system. Also liked the suggestion that there might be at least one fly in the shed.
Well done to everyone who had a go, but leading in our international flock with the correct answer – 23 children – were: David Mann, manager rubber technology, SI Group, Béthune, France; John Bowen, consultant, Bromsgrove, UK; Andrew Beasley, product analyst, Hankook Tyre UK Ltd (see table below), UK; Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany; Paul Knutson, textile engineer, Timken Belts, Springfield, Missouri, USA; Jose Padron, Waterville TG Inc., Canada; John Droogan, advanced polymers and composites, MegaChem (UK) Ltd, Caldicot, Monmouthshire, UK; France Veillette, chef environnement, usine de Joliette, Bridgestone Canada Inc. Canada; Andrew Knox, Rubbond International, Ohé en Laak, The Netherlands; Ralf Ortmayr, senior pricing analyst, Toyo Tire Europe GmbH, Willich, Germany; Michael Easton, sales and marketing director, Globus Group.
Using only addition, subtraction, multiplication and/or division, how close can you get to making 952 from the numbers 100, 75, 50, 25, 6 and 3? You can only use each of these numbers once.
Answer: Well done to everyone who had a go, especially those who got very close to the target total. But top marks to the following readers for working out that 952 could actually be reached, as per Hans-Bernd Lüchtefeld’s table below: Amparo Botella, Ismael Quesada SA, Spain; Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany; John Bowen, consultant, Bromsgrove, UK; John Droogan, advanced polymers and composites, MegaChem (UK) Ltd, Caldicot, Monmouthshire, UK; Yuichi (Joe) Sano, Sumitomo Electric Industries Ltd, Itami, Japan. Bharat B Sharma, senior VP, product development & technical service (Elastomers), Reliance Industries Ltd,Vadodara, Gujarat, India.
Using four 4’s in each case, can you form all the numbers from 1 to 10 via addition, subtraction, multiplication and/or division? Parentheses can be used and the 4’s combined to make numbers such as 44 or 444.
Answer: Lots of great replies. We havn’t space to show them all, so let’s go with the answers (below) from Michele Girardi and Ralf Ortmayr – even though Ralf takes a bit of mathematical-licence by also using square-root and factorial functions. A big well-done, in order of reply to: Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany; John Bowen, consultant, Bromsgrove, UK; David Mann, manager rubber technology,SI Group, Béthune, France; Amparo Botella, Ismael Quesada SA, Spain; Andrew Knox, Rubbond International, Ohé en Laak, The Netherlands; Yuichi (Joe) Sano, Sumitomo Electric Industries Ltd, Itami, Japan; Michele Girardi, Scame Mastaf Spa, Suisio, Italy; Thierry Montcalm, R&D and innovation manager, Soucy Techno; Jose Padron, Waterville TG Inc., Canada; Paul Knutson, textile engineer, Timken Belts, Springfield, Missouri, USA; Ralf Ortmayr, senior pricing analyst, Toyo Tire Europe GmbH, Willich, Germany.
2 = 4 −(4 + 4)÷ 4 = (44 + 4) ÷ 4!
4 = 4 + 4 ×(4 − 4) = −44 + 4! + 4!
What number is missing from the following series?
To keep fit, Frank liked to dash up the big circular staircase to his office on the third floor of the building. He goes up the steps 2, and sometimes 3, at a time but always finds 1 step left over when he gets to his landing. Indeed, Frank works out that no matter how many steps he is able to take at a time, there is always 1 step left over. How many steps are there on the stairs to Frank’s office, and what is the maximum number of steps Frank can take at a time.
Answers: Readers, it seemed, had little problem identifying 15 as the answer to the Missing Number question. However, the Out of Step teaser continued to generate alternative replies: but our judging panel’s ‘official’ answer is 61 steps and six at a time.
Let’s just move on and say a big well done to each of the following readers: Amparo Botella, Ismael Quesada SA, Spain; John Bowen, consultant, Bromsgrove, UK; John Droogan, advanced polymers and composites, MegaChem (UK) Ltd, Caldicot, Monmouthshire, UK; Andrew Knox, Rubbond International, Ohé en Laak, The Netherlands; Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany; Michele Girardi, Scame Mastaf Spa, Suisio, Italy; Jose Padron, Waterville TG Inc Canada; France Veillette, chef environnement, usine de Joliette, Bridgestone Canada Inc. Canada; David Mann, manager rubber technology,SI Group, Béthune, France; Paul Knutson, textile engineer, Timken Belts, Springfield, Missouri, USA; Yuichi (Joe) Sano, Sumitomo Electric Industries Ltd, Itami, Japan; Stephen Fulton, R&D technology development manager, Umicore Specialty Materials Brugge NV, Brugge, Belgium; Karl-Erik Lember, Motoral Eesti AS, Estonia; Henza Özşahin, deputy general manager, Özşahin, İstanbul, Turkey;.
Quite a challenging teaser, so extremely well done to Jose Padron, materials development specialist, Waterville TG Inc., Waterville, Québec, Canada (see also his table below); and Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany. A special mention also – for getting most of the way along the street – to Andrew Knox of Rubbond International, Ohé en Laak, The Netherlands and Yuichi (Joe) Sano, Sumitomo Electric Industries Ltd, Itami, Japan.
There are two identical bags. One bag has three green marbles and one white marble. The other has three white marbles and one green marble. After choosing a bag you draw one marble out at random. You notice it is green. You then put it back and draw another marble out of the same bag at random. What is the probability that the second marble drawn is green?
Answer: Near wipe-out this week as, among all the replies to roll in, only three were correct. The probability is 5/8, as per the equation Prob(X|Y)=Prob(X and Y)/Prob(Y). Exceptionally well done, so, to: Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany; and Yuichi (Joe) Sano, Sumitomo Electric Industries Ltd, Itami, Japan; and Ralf Ortmayr, senior pricing analyst, Toyo Tire Europe GmbH, Willich, Germany.
Answer: Click here to see special page carrying all answers to this weighty teaser, and very well done to: Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany; John Droogan, advanced polymers and composites, MegaChem (UK) Ltd, Caldicot, Monmouthshire, UK; Ralf Ortmayr, senior pricing analyst, Toyo Tire Europe GmbH, Willich, Germany; John Bowen, consultant, Bromsgrove, UK; Andrew Knox, Rubbond International, Ohé en Laak, The Netherlands; Michele Girardi, Scame Mastaf Spa, Suisio, Italy; Paul Knutson, textile engineer, Timken Belts, Springfield, Missouri, USA; Andrew Beasley, product analyst, Hankook Tyre UK Ltd, UK; Thierry Montcalm, R&D and innovation manager, Soucy Techno, Canada; Stephen Fulton, R&D technology development manager, Umicore Specialty Materials Brugge NV, Brugge, Belgium; Vilen Kancerov, export department director, SIA Latakko, Riga, Latvia; V Srinivasan, partner, 6T Services, India.
From time to time, our judging panel is impressed by the contribution of particular countries to our global competition. This month, so, our congratulations and félicitations go to; France Veillette of Bridgestone, Thierry Montcalm, Soucy Techno and Jose Padron, Waterville TG of Canada – the new joint winners of our Brainiac of the Month title.
Answer: As correctly noted by Hans-Bernd Lüchtefeld, the missing country was Bangladesh, the largest population behind China, India and the US.
Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany; Amparo Botella, Ismael Quesada S.A, Spain; Pedro Martinez- Zubieta, Sales Ops & Pricing Mgr Motorcycle EMEA, Goodyear Dunlop, Belgium; Fatima Bhatti, Polymer Access (Pvt) Ltd; David Mann, manager rubber technology, SI Group, Béthune, France; Andrew Beasley, product analyst, Hankook Tyre UK Ltd, UK; John Droogan, advanced polymers and composites, MegaChem (UK) Ltd; John Bowen, consultant, Bromsgrove, Worcestershire, UK; Ian Brooker, HB Chemical Corp., Twinsburg, Ohio, USA; Thierry Montcalm, R&D and innovation manager, Soucy Techno, Canada; Yuichi (Joe) Sano, Sumitomo Electric Industries Ltd, Itami, Hyogo, Japan. Jury Sokolov, export department, Latakko, Latvia; and Stephen Fulton, R&D technology development manager, Umicore Specialty Materials Brugge NV, Brugge, Belgium.
Two rubber tappers can each harvest the latex from a 3-acre section of plantation in 4 hours. How long will take them both to collect the rubber from a similar 5-acre section, if they work together and are joined by a trainee working at half their speed?
Answer: Bit of a tricky one, but as John Bowen concisely explained: Each tapper can tap 0.75 acre/hour, while the trainee can tap 0.375 acre/hour; working all together they can thus tap 1.875 acre/hour, so the time to tap 5 acres is 5/1.875 hours = 2.6667 hours, or 2 hours 40 minutes.
Well done in order of correct-answer arrival to: John Bowen, consultant, Bromsgrove, UK; Andrew Beasley, product analyst, Hankook Tyre UK Ltd, UK; David Mann, manager rubber technology,SI Group Béthune, France; John Droogan, advanced polymers and composites, MegaChem (UK) Ltd, Caldicot, Monmouthshire, UK; France Veillette, chef environnement, usine de Joliette, Bridgestone Canada Inc. Canada; Thierry Montcalm, R&D and innovation manager, Soucy Techno and Jose Padron, Waterville TG Inc.c Canada; Andrew Knox, Rubbond International, Ohé en Laak, The Netherlands.
A metal rod, shown as AB, rests inside a cylindrical can. The can is on a horizontal table. AC is a diameter of the base of the can. B is on the top edge of the can. BC is vertical. The radius of the base of the can is 5 cm. The volume of the can is 1178 cm3. What is the angle between the rod and the base of the can?
Answer: Readers had a ‘can-do’ attitude to this one, coming up with the answer, 56.3 degrees, in double-quick time. Well done in order of arrival to: John Bowen, consultant, Bromsgrove, UK; Bharat B Sharma, Relflex Elastomers, India; David Mann, manager rubber technology,SI Group Béthune, France; Amparo Botella, Ismael Quesada S.A, Spain; John Droogan, advanced polymers and composites, MegaChem (UK) Ltd, Caldicot, Monmouthshire, UK; Jose Padron, spécialiste en développement de materiaux, Waterville TG Inc., Waterville, Québec, Canada; Yuichi (Joe) Sano, Sumitomo Electric Industries Ltd, Itami, Japan; Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany; France Veillette, chef environnement, usine de Joliette, Bridgestone Canada Inc., Canada; Stephen Fulton, R&D technology development manager, Umicore Specialty Materials Brugge NV, Brugge, Belgium; Andrew Knox, Rubbond International, Ohé en Laak, The Netherlands.
Some time ago one of our contestants phoned to say that he was planning a big party to celebrate winning the Brainiac of the Month award, asking: “Can you work out how many bottles of champagne I have in my fridge?” He then gave three clues: If the number of bottles of champagne I have: 1, is a multiple of 5, it is a number between 1 and 19; 2, is not a multiple of 8, it is a number between 20 and 29; 3, is not a multiple of 10, it is a number between 30 and 39. How many bottles of champagne did our exuberant reader have in his fridge?
Answer: As David Mann correctly explained the only number that meets the combination of conditions is 32 bottles of champagne (or maybe two Balthazars).
Correct answers flowed in, in the following order, from: Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany; John Droogan, advanced polymers and composites, MegaChem (UK) Ltd, Caldicot, Monmouthshire, UK; Andrew Beasley, product analyst, Hankook Tyre UK Ltd, UK: Michele Girardi, Scame Mastaf Spa, Suisio, Italy; Paul Knutson, textile engineer, Timken Belts, Springfield, Missouri, USA; Stephen Fulton, R&D technology development manager, Umicore Specialty Materials Brugge NV, Brugge, Belgium; Yuichi (Joe) Sano, Sumitomo Electric Industries Ltd, Itami, Japan; Andrew Knox, Rubbond International, Ohé en Laak, The Netherlands; David Mann, manager rubber technology,SI Group Béthune, France; France Veillette, chef environnement, usine de Joliette, Bridgestone Canada Inc., Canada; Well done to all and everyone else who had a go!
There are 5 red counters and x blue counters in a bag. If 2 counters are taken out at random, the probability that both are red is 5/33. How many blue counters are in the bag?
Correct replies arrived in, in the following order, from: John Bowen, consultant, Bromsgrove, UK; David Mann, manager rubber technology,SI Group, Béthune, France; Michele Girardi, Scame Mastaf Spa, Suisio, Italy; Paul Knutson, textile engineer, Timken Belts, Springfield, Missouri, USA; Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany; Stephen Fulton, R&D technology development manager, Umicore Specialty Materials Brugge NV, Brugge, Belgium; Yuichi (Joe) Sano, Sumitomo Electric Industries Ltd, Itami, Japan; Andrew Knox, Rubbond International, Ohé en Laak, The Netherlands; John Droogan, advanced polymers and composites, MegaChem (UK) Ltd, Caldicot, Monmouthshire, UK; Thierry Montcalm, R&D and innovation manager Soucy Techno, Canada. Well done to all.
There are 10 factories producing off-road tires. The second factory produces twice as many as the first. The third and fourth each produce 80 more than the first. The fifth produces twice as many as the second. The sixth produces 40 more than the fifth. The seventh and eighth each produce 40 less than the fifth. The ninth produces 80 more than the second. The tenth produces nothing owing to a shortage of materials. If the sum of the production equals 11,700, what does the first factory produce?
Answer: Okay, the answer was straightforward – the first factory produces 500 tires – but readers came up with so many amazing ways of working this out. Well done to: Amparo Botella, Ismael Quesada S.A, Spain; David Mann, manager rubber technology, Béthune, France; John Bowen, consultant, Bromsgrove, UK; Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany; Ralf Ortmayr, senior pricing analyst, Toyo Tire Europe GmbH, Willich, Germany; Paul Knutson, textile engineer, Timken Belts, Springfield, Missouri, USA; Thierry Montcalm, R&D and innovation manager, Soucy Techno, Canada; Jose Padron, spécialiste en développement de materiaux, Waterville TG Inc., Waterville, Québec, Canada; John Droogan, advanced polymers and composites, MegaChem (UK) Ltd, Caldicot, Monmouthshire, UK; Yuichi (Joe) Sano, Sumitomo Electric Industries Ltd, Itami, Japan; Randa Tharwat, import manager, Nacita, Cairo. Egypt; Stephen Fulton, R&D technology development manager, Umicore Specialty Materials Brugge NV, Brugge, Belgium; France Veillette, chef environnement, usine de Joliette, Bridgestone Canada Inc., Canada; Ian Brooker, HB Chemical Corp., Twinsburg, Ohio, USA.
First, we can put the question into a table “as is” to see what’s going on.
We can then simplify this further and then reverse it to solve for x, where y = the total tires produced by all factories.
y=23x+200 Therefore; x=(y-200)/23 In the case of this question: x=(11,700-200)/23 So x= 11,500/23 ie 500 – Well done!
How many living things (organisms) can you identify on the official flags of the 32 countries competing in the World Cup 2018 football finals in Russia?
Bonus question: How many of the countries that got through to the World Cup 2018 football finals have blue as a prominent colour on their official flags?
Answers: Some great replies to our first question but nobody could match the quality of the detailed answer provided by Jose Padron (see below). Unfortunately, no one spotted the trick element to our Bonus Question: blue is a prominent (okay ‘dominant’) colour on the Russian flag, but as host country it qualified automatically and so did not actually ‘get through’ to the World Cup finals. That left 13 countries: Argentina, Australia, Brazil, Columbia, Costa Rica, Croatia, France, Iceland, Panama, Russia, Serbia, South Korea, Sweden, Uruguay.
So well done to: Fatima Bhatti, Polymer Access (Pvt) Ltd, Karachi, Pakistan; John Bowen, consultant, Bromsgrove, Worcestershire, UK; David Mann, manager rubber technology, SI Group, Béthune, France; Paul Knutson, textile, engineer, Timken Belts, Springfield, Missouri, USA; Ian Brooker, HB Chemical Corp., Twinsburg, Ohio, USA; Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany.
There are six countries with living things Croatia, Egypt, Spain, Mexico, Peru, and Serbia.
Serbia; Eagle (two heads), Lily flowers (fleur-de-lys).
The diagram shows a quadrilateral JKLM. What is the size of angle KLM?
Answer: Angle KLM is 33.6954°, or as explained neatly by John Bowen: length MK = Sq Rt[4.5*4.5] + [7*7] =8.32, so Sin KLM =8.32/14 =0.55478 so KLM = 34deg [approx]. Well done to: David Mann, manager rubber technology, SI Group, Béthune, France; John Bowen, consultant, Bromsgrove, Worcestershire, UK; Paul Knutson, textile, engineer, Timken Belts, Springfield, Missouri, USA; Jose Padron, material development specialist, Waterville TG Inc., Waterville, Québec, Canada; Stephen Fulton, R&D technology development manager, Umicore Specialty Materials Brugge NV, Brugge Belgium.
John Bowen, Paul Knutson and Jose Padron the new joint holders of the Brainiac of the Month title.
White shapes and black shapes are used in a game: some are circles, the rest squares.
What fraction of all the shapes are circles?
Sarah is on an organised walking tour across the Sahara dessert. On the first day, she only travels 7km. On the final day, she travels 51km increasing her journey by 4km each day. How many days does she travel and how far?
Answer: Well done to Sarah for walking 348 miles in 12 days, and to: John Bowen, consultant, Bromsgrove, Worcestershire, UK; Fatima Bhatti, Polymer Access (Pvt) Ltd, Karachi, Pakistan; Andrew Beasley, product analyst, Hankook Tyre UK Ltd, UK; Amparo Botella, Ismael Quesada SA, Spain; Paul Knutson, textile, engineer, Timken Belts, Springfield, Missouri, USA; John Droogan, advanced polymers and composites, MegaChem (UK) Ltd, Caldicot, Monmouthshire, UK; Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany; Jose Padron, material development specialist, Waterville TG Inc., Waterville, Québec, Canada; Stephen Fulton, R&D technology development manager, Umicore Specialty Materials Brugge NV, Brugge Belgium; Ian Brooker, HB Chemical Corp., Twinsburg, Ohio, USA; France Veillette, chef environnement, Usine de Joliette, Bridgestone Canada Inc., Canada: Dr. Jens Kiesewetter, director applied technology tire & rubber, Evonik Resource Efficiency GmbH, Wesseling, Germany; Steven J Forget, calendering specialist, Goodyear Valleyfield, Canada; Yuichi (Joe) Sano, Sumitomo Electric Industries Ltd, Itami, Hyogo, Japan.
Find the length and width of a rectangle, where: The length of the rectangle is the same as the length of each side of a square. The length of the rectangle is 4cm more than 3 times the width of the rectangle. The area of the square is 66 cm2 more than the area of the rectangle.
At the end of the first half of the basketball game, the Rubber Rabbits and the Rubber Ducks were tied at 24 points. Each team had scored 12 baskets, including at least one each of 1-, 2-, and 3-point baskets. However, the Ducks had made more 3-point baskets than the Rabbits. The Rabbits had scored an equal number of 1-, 2-, and 3-point baskets. How many 1-, 2-, and 3-point baskets did each team score?
Answer: Can’t wait for the second half. The Rabbits got four 1-pointers, four 2-pointers and four 3-pointers, while the Ducks scored five1-point, two 2-point and five 3-point scores. Well done to: John Bowen, consultant, Bromsgrove, Worcestershire, UK; John Droogan, advanced polymers and composites, MegaChem (UK) Ltd, Caldicot, Monmouthshire, UK; Amparo Botella, Ismael Quesada SA, Spain; Hans-Bernd Lüchtefeld, market research & communication manager, PHP Fibers GmbH, Obernburg, Germany; Paul Knutson, textile, engineer, Timken Belts, Springfield, Missouri, USA; Thierry Montcalm, R&D and innovation manager, Soucy Techno, Canada; David Mann, manager rubber technology, SI Group, Béthune, France; Jose Padron, material development specialist, Waterville TG Inc., Waterville, Québec, Canada; Ralf Ortmayr, senior pricing analyst, Toyo Tire Europe GmbH, Willich, Germany; Stephen Fulton, R&D technology development manager, Umicore Specialty Materials Brugge NV, Brugge Belgium; Yuichi (Joe) Sano, Sumitomo Electric Industries Ltd, Itami, Hyogo, Japan; Ian Brooker, HB Chemical Corp., Twinsburg, Ohio, USA.

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If Harold gave 15.0 apples each to 3.0 people in her class, how many apples did they have in all? Answer:

I'm studying for a test and I am confused by these problems/statements.
How many amino acids will 18 bases code for? Answer: 6. I got this right.
If a certain complete protein has 33 amino acids that compose it, then exactly how many bases will it take to code the entire thing?
The answer to 2. is 105, but I'm confused on how we arrived at this answer. If possible or if necessary, please explain the related concepts to me!
I don't think that's right. I think 102 would make sense, because you want 99 nucleotides to code for 33 amino acids and more more triplet to code for stop. Maybe the question writer didn't quite realize that the starting methionine counts as one of the 33 amino acids.

1. Where do frogs usually live in the hot season?
Answer: Buried at the bottom of ponds.

How many people must be there in a room to make the probability 100% that two people in the room have same birthday?
Answer: 367 (since there are 366 possible birthdays, including February 29).
The above question was simple. Try the below question yourself.
How many people must be there in a room to make the probability 50% that two people in the room have same birthday?
The number is surprisingly very low. In fact, we need only 70 people to make the probability 99.9 %.

Example: For Nora's birthday, her mom bought a cake. Nora's mom made 6 equal pieces of the cake and Nora ate 2 of the pieces. What fraction of the cake did Nora eat?
Answer: Nora ate 2 out of 6 pieces. Therefore, she ate 2/6 fraction of the cake.
Q 1: Sam brought 7 pencils to school in September. In June he had two left. What fraction of his pencils did he have left in June?
Q 2: Sam brought 7 pencils to school in September. In June he had two left. What fraction of his pencils did he use up during the school year?
Q 3: An apple is cut into four pieces. One piece has a worm so you throw it away. What fraction of the apple is left.
Q 4: Emily has 8 favorite books. Four of them are Harry Potter books. What fraction of them are Harry Potter books?
Q 5: Anna has 8 dolls. Three of them are Barbie dolls. What fraction of the dolls are Barbie dolls?
Q 6: There are six math problems on the board. Jamie gets 5 of them correct. What fraction of the problems did she get correct?

Question: How many words constitute a fictional short story? Not a short, short story but a short story.
Answer: Generally, a short story is any story under 7,500 words. Anything under 1,000 words is often termed flash fiction.
However, these definitions are not fixed. Sometimes works up to 20,000 words have been called short stories. You have to check with individual publishers (such as literary magazines, websites, contests, etc.) to see what length of stories they are looking for and what terms they are using to describe them (e.g. micro-fiction, novelette, novella, postcard fiction).
At the extreme lower end there are also "six word memoirs," such as this famous one attributed to Hemingway: "For sale: baby shoes. Never worn."

What is the fear of Friday the 13th called?
In the movie "Groundhog Day," every morning started with Bill Murray's clock radio playing what song?
Answer: The song was "I Got You, Babe", Sonny and Cher's 1965 hit.

In a law office with 23 legal secretaries (all of whom are required to wear blue or black suits to work), 19 of the secretaries are female. If 2 male secretaries wear blue suits and 12 of the secretaries wear black suits, then how many female legal secretaries wear blue suits?
We know total n = 23.
Of males 2 wear Black so 4-2 = 2 wear Blue.
We are given total Black = 12, which means 10 females must wear Black to make x + 2 = 12.
Recall total females = 19, so females wearing Blue = 19-10 = 9. Answer C.
In a law office with 23 legal secretaries (all of whom are required to wear blue or black suits to work), 19 of the secretaries are female. If 2 male secretaries wear blue suits and 12 of the secretaries wear black suits, then how many female legal secretaries wear blue suits?
In a law office with 23 legal secretaries (all of whom are required to wear blue or black suits to work), 19 of the secretaries are female. If 2 male secretaries wear blue suits and 12 of the secretaries wear black suits, then how many female legal secretaries wear blue suits?
We are given that an office has 23 secretaries and 19 of them are female; thus, 4 are male.
Since 2 male secretaries wear blue suits, 2 must wear black suits.
Since 12 secretaries in total wear black suits, 12 - 2 = 10 female secretaries must wear black suits.
Finally, since there are 19 female secretaries, 19 - 10 = 9 must wear blue suits.
We are given that an office has 23 secretaries, 12 of whom wear black suits; thus, 11 wear blue suits.
Since 2 male secretaries wear blue suits, 11 - 2 = 9 female secretaries must wear blue suits.

Which of the three Crimson brothers should Sherlock Holmes question?
Answer: Sherlock Holmes should question Mark Crimson.
Question Mark Crimson, He broke your window.
As guided by the note sherlock holmes should question Mark Crimson :).

What famous TV show did the mask of Michael Myers (the face of Halloween) come from?
Answer: Back in 1978, the makers of Halloween had such a limited budget that they were forced to buy the cheapest one they could find. It turned out to be a William Shatner Star Trek mask. When Shatner found out, he said he was honored.

How many years was I comatose?
How many days gone by?
Is there anybody left alive?
What’s the point of choosing sides?
But who will save you?
Or will it all go down in flames?
Is there anybody left alive?
Will you recognize my face?
My love, could you be really there?
My love, (could you) could you be really there?
How do you tell which one is real?
Now that you know that I’m for real?
Whoah, how does it feel?
Did I dream you tonight?
Did I draw the heavens down?
Can I steal you tonight?
The war has blown over?
This entry was posted on 21 Oktober 2011 by dewanada. It was filed under Lyric and was tagged with LYRIC.
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Jenny sold 24.0 boxes of Trefoils. Each box has 8.0 packs. How many packs did she sell in total? Answer:

This is the Trefoil Tee from adidas. It's a t-shirt, it's blue and it's got a massive adidas logo on the front. What more do you want us to say?

The cakes change each month. Cake 1 has been made in August, Cake 2 in June, and Cake 3 in May. In what month has Cake 4 been made?
Answer:April. The number of chocolate lines on the cakes indicates the month.

Which one has more carbs? 100g of rice or pasta? Answer: They are pretty much the same!!! Pasta has 131 calories and 25grams of carbs and rice has 130 calories and 28grams of carbs. How many of you got that one correct? Goes to show that you can keep on track with your diet without having to eat the same boring thing everyday.

Trefoil Green Night T-Shirt from adidas.
Deep forest green main color.
White adidas Trefoil logo screen printed on front.

The Trefoil has been making its mark since its 1972 debut in Munich. This archive-inspired men's t-shirt celebrates its legacy with an oversize contrast Trefoil logo front and centre. This short sleeve tee is made of cotton jersey and has a modern, boxy shape that's loose and street-ready.

How do people in the 1830s cure burns?
Answer: People used what they had handy in those days, and some of the practices are still used. They boiled chestnut leaves and used the resulting tea for burns, which may have been helpful. They also scraped raw potatoes and put that on the burn, which was also probably useful.Some of the things they did were not helpful, and probably made the burns worse. One thing was to put butter on it. Butter seals the heat in, so it continues to damage the tissue.
Level of government that people expected to cure the economic ills?
Where does UV radiation come from?
Answer: electromagnetic radiation allows me to listen to the radio; heat radiation makes me warm at the beach; sound radiation carries your speech to me; ionizing radiation allows the sterilization of hospital supplies.
Is there radiation in pee?
Answer: Yes. studies have shown that small amounts of micro wavelengths are in human urine.
How can radiation help us?
Answer: you are possibly looking at a symbol for gamma.
How is radiation used in your lives?
What is Radiation Poisoning from?
Answer: High levels of radiation. When gamma rays from say a nuclear meltdown come in contact with humans they pass through the whole body. As they pass through some of their energy is converted into thermal energy which damages bits of tissue throughout the body.
So basically your organs get a lot tiny burns.
Is UV radiation good or bad or both?
What happens if a person has too much radiation?
How does radiation cure people?
Radiation cure disease by being toxic to the tissues exposed to it. This means it would destroy both diseased and healthy tissues alike. Fortunately, modern technology allows us to focus the radiation more precisely and narrowly.
How does radiation cure people?
Answer: Radiation cure disease by being toxic to the tissues exposed to it. This means it would destroy both diseased and healthy tissues alike. Fortunately, modern technology allows us to focus the radiation more precisely and narrowly.
Can radiation cure certain disease?
Answer: Radiation therapy is routinely used in the treatment of cancers. The radiation is not actually curing the condition, it is destroying the cancerous cells.
Answer: It depends on the type of disease and what type of radiation you hove, so yes, radiation can cure some diseases.
Has anyone ever figured out a way to reverse or cure the UV Radiation on skin and hair?
Answer: No. Usually doctors will tell you to stay out of the sun if you aretrying to protect your skin or hair, but if you are talking aboutexisting damage passed through genetics, I would think that thehuman body is resilient enough to repair that over time, althoughas we age and our bodies break down we might lose that resilience.
How much radiation was given to the people after the TMI accident?
Answer: 1 Millirem. Which is less than their yearly dose.
How many people have died from radiation sickness?
Answer: Leukemia, Lymphoma and Multiple Myeloma, Nervous system tumors and their response relation were observed for all solid nodules, adenoma, and nodules without histological diagnosis, autoimmune hypothyroidism, stomach tumors and breast diseases. The population has a long follow-up (50 years) and includes both sexes and all ages of exposure, allowing a direct compilation of risks by these factors. the population has a long follow-up (50 years) and includes both sexes and all ages of exposure, allowing a direct compilation of risks by these factors. Because of the use of Japanese family registration system, mortality data are virtually complete for survivors who remained in Japan.
The result in the coral reefs in the Bimini Island who were demolished by nuclear blast came alive again after 50 years.
What jobs expose people to radiation?
Answer: Gears Of War 2, You NoOb.
Do radiation therapists work with other people?
Why was polio cure good for the people?
Is there a way to cure people with growth spurts?

There were 15 birds. 8 birds flew away.
How many birds are there now?
I had 9 candies. My mom gave me 3 more.
How many candies do I have now?
Bella has completed 8 lessons. She needs to complete 13 lessons to pass the course.
How many lessons are left to complete?
Mr. Roy has 4 dogs and 7 cats.
How many pets does Mr. Roy have?
Neal has 3 red balls, 5 blue balls and 2 green balls.
How many balls does he have?
Conner's team scored 8 goals. But their team lost by 2 goals.
How many goals did the other team scored?
Jim needs 3 more points to win the game. He has already scored 6 points.
How many total points does he need to win?
Josh and Anil together earned total of $15. Anil earned $8.
How much did Josh earn?
Ann's tree is 3 feet taller then Jen's tree. Jen's tree is 10 feet tall.
How tall is Ann's tree?
I had $10. I bought a pen for $2 and a book for $3.
How much money do I have now?

Mom bought 13 rolls. Dad ate 3.5 rolls. How many rolls left when Peter yet put two at dinner?

Cornerstone Bakery sold 78 pies on Monday, 96 pies on Tuesday, 40 pies on Wednesday, 104 pies on Thursday, and 77 pies on Friday. On average, they sell 79 pies per day.
If one apartment requires 36 square yards of carpeting, 25 identical apartments require 900 square yards of carpeting.
.35 is the largest decimal.

Rob sold half of his comic books and then bought fourteen more. He now has 28. With how many did he begin?

If a company has positive earnings, can cash flows from operating activities ever be negative?
Answer: If a company has positive earnings, can cash flows from operating activities ever be negative?
Develop brief answers to each of the following questions:1.

Kyra's mum made 132 brownies for the cake sale at Gladstone Park Primary School. Each brownie cost £1.45 to make. They sold 103 brownies for £2.50 each. 50% of the money earned goes to the school. How much money does Kyra's mum get to keep?

Tim has some books and boxes. If he puts 7 books in each box, 3 books will be left. If he puts 9 books in each box, 35 more books will be needed. How many books does Tim have?

The number of recruited soldiers in three different forces in six different years.
1).What is the average number of soldiers recruited in Navy in all years together?
2).The number of soldiers recruited in Navy in year 2011 is how much percent of number of soldiers recruited in Army in year 2008?
3).If in the year 2012, 30 percent of the soldiers recruited in Air force were female then what is number of males recruited in Air force in that year?
4).What is ratio between the numbers of soldiers recruited in Air force in year 2007 to the number of soldiers recruited in Army in year 2011 respectively?
5).What is the percentage decrease in the number of soldiers recruited in Army in year 2010 as compared to last year?
Number of M1 and M2 T.V models produced by a company in different years.
6).What is the total number of M1 and M2 model T.V sold in 2006?
7).What is the respective ratio between the number of M1 model T.V sold in 2010 and M2 model T.V sold in 2005?
8).The number of M2 model T.V sold in 2009 is approximately what percent more than that of same model in 2007?
9).What is total number of M2 model T.V sold in all the year together?
10).What is the difference between the numbers of M1 and M2 model T.V sold in 2008?


Gumballs come in packages of 5.0. Nathan ate 20.0 packages. How many gumballs did he eat? Answer:

1. At what temperature does water become ice?
Answer: Zero degrees on the Celsius scale.

Derivative of sinx by first principle?
Derivative of sinx by first principle?
Answer : 3 cosx Explanation : Answer: C) cosx Explanation: Thus, the derivative of sinx by first principle is cosx.

Question: You need a room for your group. Each person needs 5 square feet of space. You have 25 people in your group, what is the smallest room you can use?
Answer: 125 square foot room.

just wanted to know, during pregnancy it was advised not to eat deli meats soft cheeses and runny eggs etc. now that i have had my baby,and im breast feeding can i eat foods now?
Answer: Hi Silvana, Here is a great website that offers safe foods for pregnancy and breast feeding. Best wishes, Alex.

We will learn how to solve step-by-step the word problems on multiplication and division of whole numbers. We know, we need to do multiplication and division in our daily life. Let us solve some word problem examples.
1. The cost of a chair is $980.50. Find the cost of such 2035 chairs.
Therefore, cost of 2035 chairs is $1995317.50.
2. A tyre factory produces 6348 tyres a day. How many tyres will the factory produce in 460 days?
Therefore, the tyre factory will produce 2920080 tyres in 460 days.
3. 470988 books are to be arranged equally in shelves. If 378 books are arranged in each shelf, how many shelves will be needed?
Therefore, 1246 shelves needed to arrange 470988 books equally.
4. The cost of 534 train tickets was $457104. Find the cost of one ticket?
Therefore, cost of one train ticket is $856.

Fendels Ski Resort ↑56° ↓39° Forecast: 0" Base: 5"
Partly cloudy becoming mostly cloudy through the morning, and then partly cloudy becoming mostly cloudy into the evening.
Winds variable at 3 to 10 mph through the morning becoming S 6 to 15 mph in the afternoon, evening with gusts up to 19 mph.
Overcast through the morning, and then mostly cloudy through the afternoon and evening. Chance of rain in the afternoon, rain in the evening.
Winds variable at 2 to 9 mph through the morning becoming S 6 to 15 mph in the afternoon, evening with gusts up to 19 mph.
Partly cloudy through the morning, and then mostly cloudy through the afternoon and evening.
Winds S 7 to 16 mph through the morning shifting to S 5 to 14 mph in the afternoon, evening with gusts up to 20 mph.
Partly cloudy becoming mostly clear with a few clouds through the morning, and then partly cloudy becoming mostly cloudy into the evening.
Winds S 8 to 19 mph through the morning becoming S 5 to 14 mph in the afternoon, evening with gusts up to 24 mph.
Mostly cloudy through the morning, and then cloudy through the afternoon and evening. Chance of rain and snow in the afternoon, snow in the evening.
Expected snowfall to be 2 to 4 inches in the afternoon followed by another dusting later into the evening.
Winds 8 to 19 mph through the morning shifting to variable at 0 to 8 mph in the afternoon, evening with gusts up to 24 mph.
Mostly cloudy becoming mostly clear with a few clouds before noon and then mostly clear with a few clouds later into the evening. Chance of snow after daylight.
Morning winds 8 to 19 mph with gusts up to 24 mph.
Expected snowfall to be 2 to 4 inches in the afternoon, then another trace in the evening.
Mostly cloudy becoming mostly clear with a few clouds through the morning. Chance of snow after daylight.

Which warship has become the India’s first warship to install solar panels on board ?
Which warship has become the India’s first warship to install solar panels on board ?
Answer : 2 INS Sarvekshak Explanation : Answer: B) INS Sarvekshak Explanation: Indian Navy’s survey vessel INS Sarvekshak has become the India’s first warship to install solar power system on board. The solar power system works on sunlight and hence is 100% per cent reliable for power source that can be used for communication equipment, battery charging and general lightings onboard round the clock with battery outputs during night. The system is maintenance free.

Question: Mr. Paige is an only child. Mr and Mrs Paige have 3 daughters and for each daughter in the family there is a brother how many members are in the Paige family?
Answer: 9, because including Mrs. Paige there is 4 daughters.
Mrs. Paige's brother is not a Paige, so only 8.
For each daughter in the family there is a brother. It is not referring to Mrs. Paige's brother, it is referring to a brother in the family (i.e. a son of Mr. and Mrs. Paige), so the answer is 9.

The Art of Upholstery specialises in restoring furniture, from antiques to pubs and clubs. Traditionally, they relied on paper records and invoices but were looking to move their business into the digital age. Digital Jumpstart by Sixth Sense Training allowed the business to move their records, database, accounting and invoicing online. This is due to employee Andrew’s SVQ training and our expert guidance in implementing the necessary systems. We had the opportunity to visit their workplace and speak to the Managing Director, Paul and apprentice, Andrew.

Looking for exact monetary calculations? Don't forget to use BigDecimal unless you want some nonsensical answers.
Let's try to solve a simple problem we used to solve in elementary school with Java.
How many candies, priced at ¢10 , can you buy from market, with $1 in your pocket.?
You have $1.0 in your pocket.
According to our calculation, you can buy 9 candies and you have $0.09999993 left in your pocket.
The reason, which we can't see, what we expect is due to the fact that we use float data type for our monetary values. The float and double types are designed primarily for scientific and engineering calculations. They do not, however, provide exact results and should not be used for monetary calculations where exact result are required. We should use BigDecimal, int or long types alternatively.
You have $1.0 in your pocket.
According to our calculation, you can buy 10 candies and you have $0.0 left in your pocket.
Yes, it is ok, now!
For simple calculations, the second disadvantage maybe ok , but the first may be annoying.
You have $1.0 in your pocket.
According to our calculation, you can buy 10 candies and you have $0.0 left in your pocket.
You have $1000000.0 in your pocket.
Candies are priced at $0.1.
According to our calculation, you can buy 10000000 candies and you have $0.0 left in your pocket.
You have $1000000.0 in your pocket.
Candies are priced at $0.1.
According to our calculation, you can buy 10000000 candies and you have $0.0 left in your pocket.

May is American Stroke Awareness Month. The American Stroke Association shares facts, tips, and other important info to help individuals prevent strokes and respond to strokes in the best way possible.
A stroke happens when blood flow to part of the brain is cut off. The cells in the brain that do not receive oxygen via this blood flow will die. The dead cells in the brain can no longer operate, meaning whatever functions they performed prior are damaged or lost.
A hemorrhagic stroke is when a brain aneurysm bursts or a blood vessel in the brain leaks.
An schemic stroke is when a blood vessel to the brain is blocked by a blood clot.
Transient Is schemic Attacks (TIAs) are "mini-strokes," when brain blood flow stops only briefly. These are caused by blood clots.
Some stroke risk factors are not preventable. For example, the risk of stroke increases with age, especially after age 55. Women are more than likely to stroke than men, and African Americans are at higher risk than Caucasians.
Other risk factors can be managed, reduced, or prevented entirely. For instance, individuals with blood and circulatory diseases, like diabetes or arterial disease, are at greater risk. Those with unhealthy lifestyles, especially obesity or lack of exercise, are also more likely to have a stroke.
Doctors must diagnose and treat strokes quickly to reduce the impact of the stroke and potentially save a life. The medication used to treat stroke immediately, tissue plasminogen activator, (or Alteplase IV r-tPA) must be administered within 3 hours of a stroke. Physical treatment to remove clots can also be performed.
Recovery from a stroke is lifelong because brain cells have died. The disabilities caused by strokes depend on the part of the brain affected. Many individuals lose partial use of a limb, elements of speech, or portions of their memory. Therapies are often prescribed for months or years to help individuals adapt to disabilities caused by strokes.
F Face Drooping: Does one side of the face droop or is it numb? Ask the person to smile.
A Arm Weakness: Is one arm weak or numb? Ask the person to raise both arms. Does one arm drift downward?
S Speech Difficulty: Is speech slurred, are they unable to speak, or are they hard to understand? Ask the person to repeat a simple sentence like, "The sky is blue." Is the sentence repeated correctly?
T Time to call 9-1-1: If the person shows any of these symptoms even if the symptoms go away, call 9-1-1 and get them to the hospital immediately.

Home » Frequently Asked Questions » How can I find out if my license is suspended in California?
If your license was suspended for a California DUI or any other reason, you should have been notified when it was suspended—but often, you won’t be. Likewise, you may have been told that you could lose your license depending on how your case went, but never got confirmation as the case progressed. This can be frustrating, especially with the steep penalties for driving on a suspended license in California.
Luckily, you can find out easily whether your license is currently suspended—and whether you are at risk of it. We’ll go over the two types of suspension in a DUI case, how you get notified of each one, and how to find out definitely the status of your license.
Administrative suspension. Also known as “Admin Per Se” suspension, this kind of suspension is handled by the California DMV. It happens automatically 30 days after your DUI arrest, even if you have not been found guilty—unless you fight it.
Suspension as part of your sentence. Regardless of administrative suspension, if convicted of DUI you will be given a license suspension as part of your sentence.
You can end up getting your license suspended for either or both of these reasons. Notice is given differently for each type of suspension.
How Do You Know If You’ve Gotten Administrative Suspension?
Important: If you do not request your hearing within the 10 day periods, your license will be suspended after 30 days. Talk to a DUI lawyer immediately and ask them to file your hearing request.
Unfortunately, police don’t always do this. If they forget, you should receive written notice from the DMV within several days of your arrest. If this doesn’t come, or you’re not sure you received it, your license will most likely be suspended after 30 days anyway. However, if you were given no notice you may be able to fight it. A DUI lawyer can help you.
How Do You Know If Your License Was Suspended as Part of Your DUI Sentence?
All DUI sentences now include license suspension in California. The process for a court-ordered suspension is much clearer: you will be informed of your suspension at your sentencing.
Normally, you will be asked to sign paperwork regarding your sentence which includes information about your suspension. But it’s easy to lose this paperwork, and since license suspension rules are complex, you still might not be sure whether your license is currently suspended or not.
Request your driver record online. This requires that you create a login (free) and pay a $2.00 printout fee. Request your record online here. Note: records printed out online are not considered “official documents.” If you need the document for legal reasons, see the options below.
Go to your local DMV office. You will need to fill out a form INF1125, which you can print out for free here. Find your local DMV office here. There will be a $5.00 fee to request the record in person, but this record is considered official.
Do it by mail. You can also print out the form and mail it to DMV headquarters. You will need to include a $5.00 fee, and the record is considered official. Address it to: Department of Motor Vehicles, P.O. Box 944247 MS G 199, Sacramento, CA 94244-2470.
Remember: if you know for a fact that your license was suspended, it does not automatically reinstate when the suspension period is up. If you have not taken steps to reinstate your license, it is still suspended.
The rules around DUI and driver license suspension are complicated. If you want to fight for your license, your best option is to speak to a Los Angeles DUI lawyer. We can match you with a top DUI lawyer and get you a FREE consultation. Fill out the form to the right or call (310) 862-0199 and get your free consultation today.

What ate those things called that look like bowls but you cook with them on a stove top?
What ate those things called that look like bowls but you cook with them on a stove top?
What ate those things called that look like bowls but you cook with them on a stove top?

Strategic Alliance - Axa Parenteral Ltd.|| indian pharmaceutical companies | drug manufacturing | pharmaceutical research companies | pharmaceutical manufacturing industry | formulation and drugs.
With the prudent decisions of Management, AXA Parenterals Ltd. has made its associations internationally with the key companies / distributors in order to grow multiple times in the shortest time of span.
The overseas associates has got renowned positions in the pharma worlds, which is further helping AXA Parenteral Ltd. to be established in the market with strong foundations. All the companies has got rich experience of more than 25-30 years in the distribution / registration and business development.
AXA Parenterals has got its strategic business partners in CIS / South East Asia / Africa.
In Philippines AXA has its alliance with leading distributary as AMBICA INTERNATIONAL.
In Myanmar the responsibility of developing the market for AXA`s brands is shouldered by Y T K trading company, owned by Burmese guy.
For other markets, where the registrations are going on, AXA has appointed independent firm for FDA work.
For West Africa management has taken a strategic decision to move along with French connections to cater the complete francophone market.
For CIS, as the biggest challenge is language so company has decided to tie-up with local partners only and setting up its own marketing team in coming years.
AXA parenterals also has plan to move with expansion and setup new infusion plant in southern part of India to beat the logistic challenge.

A dark-haired man leans over a marble balustrade. In the ballroom below, his assistants tinker with animatronic elephants that trumpet and with potions for improving black-and-white photographs. The man is an inventor near the turn of the 20th century. Cape swirling about him, he watches technology wed fantasy.
Welcome to the steampunk genre. A stew of science fiction and Victorianism, steampunk has invaded literature, film, and the Wall Street Journal. A few years after James Watt improved the steam engine, protagonists build animatronics, clone cats, and time-travel. At sci-fi conventions, top hats and blast goggles distinguish steampunkers from superheroes.
The closest the author has come to dressing steampunk.
I’ve never read steampunk other than H. G. Wells’s The Time Machine—and other than the scene recapped above. The scene features in The Wolsenberg Clock, a novel by Canadian poet Jay Ruzesky. The novel caught my eye at an Ontario library.
In Ontario, I began researching the intersection of QI with thermodynamics. Thermodynamics is the study of energy, efficiency, and entropy. Entropy quantifies uncertainty about a system’s small-scale properties, given large-scale properties. Consider a room of air molecules. Knowing that the room has a temperature of 75°F, you don’t know whether some molecule is skimming the floor, poking you in the eye, or elsewhere. Ambiguities in molecules’ positions and momenta endow the gas with entropy. Whereas entropy suggests lack of control, work is energy that accomplishes tasks.
Thermodynamics sprouted from the Industrial Revolution. Not content with inventing locomotives and factories, engineers wanted to improve efficiencies. How much heat does an engine waste, they asked, while burning fuel? How high can the engine’s work-to-waste ratio rise?
During the 20th century, information invaded thermodynamics. Leó Szilárd showed that we can “spend” information on work: If you know molecules’ positions, you can lift a weight while sacrificing that knowledge. Reversing the process, Rolf Landauer wrote, amounts to erasure: Deleting information costs work.
As technology shrinks, work and information couple in smaller and smaller systems. The spotlight has swept from trains to nanoscale engines, living cells’ molecular motors, and the smallest possible refrigerators. Not only roomfuls of molecules, but also single particles, need analyzing. Having partnered with information theory, thermodynamics must partner with quantum theory.
So I learned in Ontario. As I bustled from library to office, head full of Szilárd and Ruzesky, the two colluded. The penny dropped.
Or—since it sounds Victorian—the shilling.
Thermodynamic quantum information is steampunk.
Like steampunk storylines, thermodynamics matured when lamps burned gas and Charles Dickens burned midnight oil. Like thermo QI, steampunk involves the romanticism of a bygone age, the thrill of cutting-edge technology, and the fundamental natures of energy and information. Falling into thermo QI, I learned why steampunkers fall for stories like Lord Kelvin’s Machine. Doing QI, I do what people fantasize about. Apart from cloning cats.
Perhaps I should attend QI conferences in a hoop skirt and bustle. Would a corset hinder a presentation? Would a steampunk social night fly? On the other hand, theoretical physics needs no hoop skirts to be steampunk. It needs no goggles beyond bifocals, no stovepipes beyond thinking caps. Like physics, novels involve thought experiments. Like novels, physics transports us to the 1800s, into a train, and into living cells—without our leaving our desks.
For different steampunk physics, see Charles Day’s blog for Physics Today.
For technical primers on thermo QI, stay tuned. Noteworthy results appear here, here, here, and in many other publications.
This entry was posted in Reflections, Theoretical highlights and tagged entropy, Quantum Information, Steampunk, thermodynamics by Nicole Yunger Halpern. Bookmark the permalink.
Thanks! I’m glad you liked the article and the enchantment-of-theory idea. It’s one of the reasons why I’m doing theoretical physics.

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Hello guys….No that didn’t sound so good. Hello my darlings!!!!(Yes this is it), How have you been and how’s the month of October treating you?! I’m having a very good month with so much work to do and guess what?! It’s my only sisters birthday today!! Happy birthday Fumfum, I wish you so much happiness and that your heart desires are granted.
I know many of us have seen celebrities, style bloggers and even our friends drape their blazers over their shoulders and wonder how they effortlessly rock this look or how come the blazers never fall off their shoulders.
Since your shoulders are occupied, it’s advisable you switch your hand bag or shoulder bag with a clutch or with a cross body bag, While draping your blazers over your shoulders.
When you layer your blazers over your shoulders, be sure to make your outfit very interesting and don’t be afraid to mix patterns or flash colors. I’m wearing a floral shirt dress and I paired it with a red blazers and white sneakers.
I won’t lie to you that it’s an easy trend to pull off because if you’re not careful, you’ll end up adjusting the blazers so it doesn’t slip for the entire day. Make sure the fabrics of both the blazers and top aren’t the same because that can be a major buzz killer for this trend. Imagine if you decide to drape a blazers over a silk blouse?.
The length of your blazers is extremely important if you want to pull off this trend. Over sized blazers tend to stay over the shoulders for a longer time than blazers that are fitted but if you want to pair an over sized blazers, make sure the dress, skirt, shorts you’re wearing is fitted so that you don’t end up looking funny and not smart.
One of my favorite thing about this trend is the fact that you can reuse your old blazers and it will still pop. I’m currently wearing one of my mums old blazers and you can see that it’s not quite noticeable that it belongs to my mum and that it’s old . I’m all for affordable fashion and this is one trend you should try if you don’t want to be bothered about getting any new clothes or on days when you don’t seem to find what to wear.
This trend is very chic and easy to pull off. Lagos Fashion week is fast approaching and you could totally rock this trend and make a statement.
Have you tried this trend? What’s your favorite thing about it? I’ll really love to hear from you and so kindly share your views and comment in the comment section.
Have an amazing week darlings.
The best clothing treasures are found in mom’s closet. I can definitely attest to that.
I actually enjoyed reading this post. Thanks for sharing these tips.

This research develops software that reinforces healthy brainwave patterns by giving auditory feedback for better control of central nervous system activity. It will impact people’s life by employing the therapeutic benefits of neuro-feedback (NF) and music therapy (MT) for treating academic stress, for example students’ anxiety during examination periods. Its effectiveness will be investigated in training programmes and demonstrated in concerts using brainwaves to generate computer-aided compositions with traditional instruments. The impact is of national significance as over 105 million days are lost to stress each year, costing UK employers £1.24 billion according to the Health and Safety Executive. Full proposal here.

Reflexive verbs: Express an action done by the subject to itself, such as Je me regarde (I look at myself).
Reciprocal verbs: Indicate that two subjects are doing something to one another, as in Ils se parlent (They talk to each other).
Idiomatic pronominal verbs: The extra pronoun indicates neither to oneself nor to one another, like tu te souviens (you remember).
You can identify a pronominal verb by its infinitive; it always has the pronoun se right before the infinitive, like in se préparer (to get oneself ready). These verbs are otherwise conjugated as if they didn’t have a reflexive pronoun. The only difference is that you also conjugate the added pronoun.
Here’s how to match the reflexive pronouns to the subjects.
If a sentence has two verbs (one conjugated, the other in the infinitive), as in I want to wash myself or I‘m going to wash myself, place the correct form of the reflexive pronoun before the infinitive like so: Je vais me laver.

This Tuesday the Portland Food Adventures took off from Departure Restaurant and Lounge for another awesome culinary experience. Nestled upon the 15th floor of The Nines, the super hip lounge couldn't have asked for a more beautiful day to look upon our fine city of Portland.
While the great staff of Departure got us started with a crisp spritzer and many delicious appetizers, us Adventurers mingled and enjoyed the atmosphere.
As the courses began, the wine began to flow, starting off with a fantastic Machio Prosecco. After a hearty "cheers!" the first course was brought out. A Tuna Poke with big eye tuna, chili, sesame and white ponzu, garnished with rice crisps that paired with a seasonally appropriate asian pear and apple salad. Our host Chris Angelus then introduced us to the man behind the menu, Gregory Gourdet. A very eloquent and soft spoken chef, he explained a bit about the menu and his process before taking off back to the kitchen. Next up, an amazing second course. The crispy pork belly (left) was extremely rich with a sweet hint, cooked with pickled cherries, ginger and pumpkin seeds. Along side was a smoked salmon roll (right) with asparagus tempura and black sesame, paired with a Joel Gott Sauvignon Blanc. As our excited Adventurers quickly consumed these delectable plates, we moved on to the third course.
This was a great combination of dishes, sweet soy chicken, chili prawns and brussels sprouts. The chili prawns were packed with a spicy kick, and the soy chicken again had a dichotomy of sweet and spicy, created with plums, ginger, takuwan and shiso.
Good wine, eats and conversing continued as the sun went down and Departure began to glow with the lights of the city. Gregory returned to bring us a coconut pearl tapioca dessert, and to help Chris present us with our PFA gift certificates. Included this time were Double Dragon, Boke Bowl, Prasad and Petunia's Pastries.
Applause all around! The night wound to a close and the Adventurers departed (pun intended) with happy food and happy memories. I took one last look over the great Portland skyline before taking off myself. Another very successful Portland Food Adventure has come to an end! Until next time!