256.0 students are going to the zoo. They have to be divided into groups so that each teacher has 1.0 group. There are 8.0 teachers. How many  students will be in each group? Answer:

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.

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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1. What is glass made from?
Answer: Limestone, Silica and Soda ash.

261. Electrolysis of the K2SO4 solution was carried out at a current of 5 A for 3 hours. Compose the electronic equations of the processes occurring at the electrodes. What was the mass of water decomposed and what is the volume of gases (nu) released at the cathode and anode?
Answer: 5,03 g; 6,266 l; 3.133 l.

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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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 %.

Smallest prime number greater than 200?
Smallest prime number greater than 200?
Answer : 3 211 Explanation : Answer: C) 211 Explanation: From the trial and error method of division,201 is divisible by 3205 is divisible by 5203 is divisible by 7 Hence, after eliminating three options, remained is 211 and is divisible by only 1 and itself. Therefore, 211 is the smallest prime number greater than 200.

A clock is set right at 5 a.m. The clock loses 16 minutes in 24 hours. What will be the true time when the clock indicates 10 p.m. on 4th day?
A clock is set right at 5 a.m. The clock loses 16 minutes in 24 hours. What will be the true time when the clock indicates 10 p.m. on 4th day?
Answer : 4 11 p.m.

Out of sixty students, there are 14 who are taking Economics and 29 who are taking Calculus. What is the probability that a randomly chosen student from this group is taking only the Calculus class ?
Out of sixty students, there are 14 who are taking Economics and 29 who are taking Calculus. What is the probability that a randomly chosen student from this group is taking only the Calculus class ?
Answer : 2 7/15 Explanation : Answer: B) 7/15 Explanation: Given total students in the class = 60Students who are taking Economics = 24 andStudents who are taking Calculus = 32Students who are taking both subjects = 60-(24 32) = 60 - 56 = 4Students who are taking calculus only = 32 - 4 = 28probability that a randomly chosen student from this group is taking only the Calculus class = 28/60 = 7/15.

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.

5. Out of the remaining 22 nomads, 50% were men.
Can you tell the total number of members in the group and the number of males?
Answer: There were a total of fifty nomads in the group out of which 29 were male.

Read out the two numbers.
Decide if the first number is "greater than", "less than", or "equal to" the second number.
Answer: Compare these numbers. The number 7 comes after 3 while counting. Hence 7 is greater than 3. Using mathematical symbols, "7 is greater than 3" can be written as 7 > 3.

An object moving at a constant speed of 100 meters in 25 sec.
What is the speed of the object?
How far doed the object move in 20 sec?
How longwill it take the object to move 80m?
V = S / t = 100 / 25 = 4 m/s is the speed of the object.
* 20 = 4 * 20 = 80 m.
To move 80 m: t(80) = 80 / V = 80 / 4 = 20 s.

Keegan Goss currently has 24 photos in the database. The photos have been viewed a total of 50,421 times, for an average of 2,100.88 views per photo.
Listed below are all photos in the database by Keegan Goss. The list is sorted to show the most popular photos first, by default. Click on the column headings to sort the list by other criteria.

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?

My father was angry ________my failure.
Answer:My father was angry at my failure.
Do not stay in the grasslands after dark, as some animals become _________when they see humans.
Answer:Do not stay in the grasslands after dark, as some animals become Aggressive when they see humans.
___________you wake me up so early on a Sunday?
The company let me ____ time off work.
Answer:The company let me Take time off work.

TrCel7a is a cellulase: a special enzyme that breaks down cellulose, the most plentiful natural polymer on the planet.
The enzyme works like a microscopic wood chipper. It swallows strands of tightly bound cellulose and breaks them down into simple sugars. It works very slowly but, like a truck operating at a very low gear, it is extremely difficult to stop once it gets going. It is also self-propelling, powered in large part by energy from the cellulose bonds that it breaks.
Finding ways to make enzymes like TrCel7a operate faster and more efficiently could be the key to transforming ethanol made from cellulose into a major new renewable fuel source. In the U.S. each year an estimated 323 million tons of cellulosic wastes are thrown away -- enough to provide as much as 30 percent of current fuel consumption.
"Until now, this system has been something of a black box at the molecular level. We knew what these enzymes did but we didn't know how they worked," said Matthew Lang, professor of chemical and biomolecular engineering at Vanderbilt University.
Working in the Lang Lab, doctoral student Sonia Brady has broken open this black box in the case of TrCel7A and looked inside. Borrowing a technique biophysicists use to study other molecular motors, she has measured the behavior of the enzyme and its constituent parts in unprecedented detail. The results of the study were published Dec. 10, 2015 in the online journal Nature Communications.
"Measuring the behavior of an individual enzyme and its component parts is a new strategy in the study of cellulose decomposition," said Brady. "We hope that it will provide knowledge others can use to integrate biological strategies with industrial processes in new and exciting ways."
For the last eight years, the U.S. government has been backing a major program to develop advanced biofuels. One of the main areas of research in cellulosic ethanol has been to find the most effective and low-cost microorganisms and enzymes to use in the process. Much of this effort has centered on finding ways to get cellulase-producing microorganisms to make larger amounts of these enzymes.
Brady and Lang, on the other hand, decided to study the way individual cellulase enzymes work. To do so, they selected a cellulase produced by the filamentous fungus Trichoderma reesei, one of the microorganisms used commercially to decompose cellulose. T. reesei produces a cocktail of three different enzymes that it uses for this purpose, 60 percent of which (by mass) is TrCel7A.
Once such a sphere is attached and the enzyme is placed on a cellulose fiber, it drags the sphere behind it as it works. This allowed the researchers to track its otherwise invisible movements. Equally as important, the researchers could grab the sphere with the optical tweezers and exert force on it ... force that is transferred to the enzyme. By assisting and resisting the enzyme's motion, the researchers determined how much force it takes to slow TrCel7A down and how much it speeds up when it is pulled along.
The researchers discovered that the enzyme is very slow. It creeps along a cellulose strand at an average of only 0.25 nanometers per second. That's about the width of 10 hydrogen atoms per second. And they found that its movement consisted of an alternation of one-nanometer steps and dwell times of varying lengths.
"It doesn't look as if it's very easy to increase the step length because it appears to be directly related to the length of the glucose units in the cellulose that it is breaking apart," said Lang. "However, when we applied an assisting force we could double to enzyme's velocity by reducing the dwell times."
In addition, the researchers broke down the enzyme into its component parts and clarified the role that each of the parts play.
TrCel7a has three basic components: a main 'catalytic domain (CD),' a much smaller 'carbohydrate-binding module (CBM)' and a flexible 'linker domain (LD)' that connects the two.
"We call the CBM and LD the CD's ball and chain," said Lang.
Using the enzyme's genetic blueprint, the researchers made versions of the catalytic domain without the LD and CBM attached. They discovered that once this naked CD found a strand of cellulose to chew on, it behaved in an identical fashion to the whole enzyme.
"This raised the question of why the CD keeps its ball and chain," Lang said.
The answer seems to be that by attaching to cellulose fiber, the CBM holds the CD in the immediate vicinity of the fiber so it can find loose ends that it can ingest more readily. Their studies show that the rate at which CD without its ball and chain initiates processing of cellulose is only 1/50th that of the whole enzyme.
One of the limitations of TrCel7A is that it needs to find a broken end of a cellulose strand to begin working. That is the reason T. reesei produces another type of enzyme called an endocellulase. This takes short chunks of cellulose fibers, essentially creating loose ends that TrCel7A can begin digesting. As a result, the decomposition rate of the two enzymes working together is substantially higher than what they can achieve working independently.
According to Lang, the next step in their research is to study how ensembles of these enzymes work together at the molecular level.
Coauthors on the study were Vanderbilt doctoral student Yinnian Feng, Sreelatha Sarangapani at the National University of Singapore and Shishir Chundawat at Rutgers, The State University of New Jersey.
The research was funded by National Science Foundation grants 1330792 and 1236120, U.S. Department of Energy grant DE-FC02-07ER64494 and U.S. Department of Education Graduate Assistance in Areas of National Need grant P200A090323 and the Singapore-MIT Alliance for Research and Technology-BioSyM.

Wie nennt man einen männlichen Seelöwen?
Lumbricus terrestris is the scientific name of what animal?
Von wem stammt das Gedicht “Das Sklavenschiff”?
Who wrote Alice in Wonderland and Through the Looking Glass?
What shape does a rugby ball have?
What designer drug, also known as MDMA, is analogous to methamphetamines?
Who does Oedipus fall in love with?
In which of the following games the land has mushrooms, flowers and DDT bombs and the enemies are spiders, ladybugs and other insects?
What is the name of the ‘Silver Pharoh’, the most recently discovered Egyptian Pharoh?
What city is known for the “Alamo”?
What’s the definition of the term “Anatomy”?
Welche Längeneinheit spielt im Zusammenhang mit American Football eine Rolle?
Question : How many Gold medals did the North American Michael Phelps win in the 2008 Olympics?
Answer : Michael Phelps won Eight Gold medals in the 2008 Olympics.

Kinematics is the study of objects in motion and their inter-relationships. There are four (4) kinematic equations, which relate to displacement, D, velocity, v, time, t, and acceleration, a.
1) Bob is riding his bicycle to the store at a velocity of 4 m/s, when a cat runs out in front of him. He quickly brakes to a complete stop, with an acceleration of – 2m/s2. What is his displacement?
Answer: Because Bob is stopped, the final velocity, vf = 0. His initial velocity, vi = 4 m/s. The acceleration, a = -2m/s2. Time is not given, so use equation (d) for displacement, D, because it is not time-dependent.
The total displacement is 4 m.
2) You travel at a constant velocity of 11 m/s for 5 minutes. How far have you traveled?
Answer: At constant velocity, vi = vf = 11 m/s. The time, t = 5 min, or t = (60 sec/min x 5 min) = 300 sec. Now use equation (b) to solve for displacement, D.
D = 3,300 m The total displacement is 3, 300 m.
3) What is the acceleration of a car that speeds up from 11 m/s to 40 m/s after 10 seconds?
Answer: The Vi = 11 m/s. The vf = 40 m/s. Time, t = 10 s. Use kinematic equation c) to solve for acceleration.
4) If a car accelerates at 3.0 m/s2 from a complete stop, how long will it take to go 3000 m?
Answer: The acceleration, a = 2.9 m/s2, and the displacement, D = 3000 m. The car was at rest, so vi = 0. Use equation a) to solve for time.

How fast can a cheetah run per second?
How fast can a cheetah run per second?
A cheetah can run at a speed of 70 miles per hour for a distance of 200 yards For how many seconds is the cheetah able to maintain this speed?
How fast does a lion run per second?
Lions can reach speeds of up to 35 miles per hour, but they don'thave the stamina to keep that up for long distances.
You run at 25 meters per second for 100 seconds how fast did you run?
Your speed is already mentioned in the question. 25 metres per second. If you meant how far, you ran 25000 metres or 25km.
How many miles can a cheetah run per second?
Cheetahs can run up to 73 miles per hour. I saw it on Animal Planet.
How many feet per second can a cheetah run?
At top speed, a cheetah can run about 70 miles per hour. That equates to 102.7 feet per second.
How fast can a cheetah run per second?


A fruit farm packs oranges in boxes that hold 10.0 each. 1.0 day it packs 2650.0 oranges. How many boxes did they use? 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.

88126 records sent, 17625.2 records/sec (16.81 MB/sec), 968.5 ms avg latency, 1409.0 max latency.
113096 records sent, 22587.6 records/sec (21.54 MB/sec), 249.2 ms avg latency, 681.0 max latency.
63205 records sent, 12615.8 records/sec (12.03 MB/sec), 1200.1 ms avg latency, 2560.0 max latency.
137255 records sent, 27451.0 records/sec (26.18 MB/sec), 381.6 ms avg latency, 902.0 max latency.
100020 records sent, 20000.0 records/sec (19.07 MB/sec), 4.2 ms avg latency, 142.0 max latency.
100020 records sent, 20004.0 records/sec (19.08 MB/sec), 1.1 ms avg latency, 18.0 max latency.
29195 records sent, 5839.0 records/sec (5.57 MB/sec), 1365.7 ms avg latency, 3544.0 max latency.
22680 records sent, 4528.8 records/sec (4.32 MB/sec), 5279.9 ms avg latency, 6772.0 max latency.
81390 records sent, 16100.9 records/sec (15.36 MB/sec), 3051.3 ms avg latency, 7415.0 max latency.
139410 records sent, 27693.7 records/sec (26.41 MB/sec), 1115.1 ms avg latency, 1637.0 max latency.
118290 records sent, 23610.8 records/sec (22.52 MB/sec), 1226.4 ms avg latency, 1804.0 max latency.
1000000 records sent, 17737.415304 records/sec (16.92 MB/sec), 962.23 ms avg latency, 7415.00 ms max latency, 831 ms 50th, 3932 ms 95th, 6894 ms 99th, 7285 ms 99.9th.

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.

How long would it take to fly anywhere on Earth using a SpaceX rocket?
How long would it take to fly anywhere on Earth using a SpaceX rocket?
Answer: less than an hour.
Before he gets us to Mars, Elon Musk wants to get us anywhere on Earth in under an hour.
At Friday’s International Astronautical Conference, the CEO of SpaceX revealed the company’s plans for its largest airborne vehicle yet, the BFR. While originally intended to facilitate SpaceX’s goal of putting humans on Mars by 2024, Musk announced that he also envisions using the rocket for high-speed Earth travel.
The world’s longest flight — from Doha, Qatar, to Auckland, New Zealand — currently takes 16.5 hours. However, with SpaceX’s BFR rocket, flight time would be just 45 minutes.

Another example, give 650 mg of liquid acetaminophen (Tylenol®). The liquid acetaminophen comes in a concentration of 120 mg per 5 mL. How much medication would you give? Answer: 27 mL.
It doesn't matter what type of units are used in this calculator. You can figure out how many grams to give or how many milligrams to give, micrograms, units, grains, etc. Remember to be consistent (i.e. don't mix milligrams with grams).

Which is healthier… Whole grain bread or multi grain bread? Answer: Whole-grain bread!!! Seeing the term ‘whole wheat’ or ‘whole grain’ as the first ingredient on the label means the loaf contains complete heart-healthy grains. Multigrain bread is made up of more than one type of grain which means that some grains can be bleached and stripped of the nutrients.

The inflation rate in Chile between 1990 and today has been 393.8%, which translates into a total increase of $393.8. This means that 100 pesos in 1990 are equivalent to 493.8 pesos in 2019. In other words, the purchasing power of $100 in 1990 equals $493.8 today. The average annual inflation rate has been 5.47%.

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!

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.

Land area - 2700.0 sq.m.
The area of building on the ground - 1950.0 sq.m.
The building area above the ground is 1450.0 sq.m.
The building area of one floor is 1640.0 sq.m.
The building area of residential floors is 23200.0 sq.m.
The total built-up area is 30500.0 sq.m.
The area of commercial premises is 1200.0 sq. M.
The total area of apartments - 17580.0 sq.m.

3729.9 Miles (6002.7 Kilometers / 3239 Nautical Miles).
Approximate flight duration time (for a non-stop flight) from Tbilisi, Georgia to Bamako, Mali is 7 hrs, 44 mins. This is the In-The-Air flight time. You should add the taxi time before take-off and taxi time after landing for the total flight duration time. You should also consider airport wait times and possible delays due to bad weather, etc.
You can find out what time you arrive at your destination (Bamako) by checking the time difference between Tbilisi and Bamako.

You can get these Nitto Tire 265/50ZR18 NT-555 103W 28.5 2655018 265 50 18 Inch tires from All Star Motorsports. With the lowest prices on the internet, these Nitto Tire 265/50ZR18 NT-555 103W 28.5 2655018 265 50 18 Inch tires are built with the finest materials and technology to provide a smooth ride and great traction. With a wide range of sizes, All Star Motorsports has the tires you are looking for. Match them up with any of our wide variety of wheels for a complete wheel & tire package. Included in our packages are free mount & balance, free lugs, free locks and free hub rings. Need tire pressure sensors? We offer those for an additional fee. All we need is your vehicle information and in rare occasions, your vehicle identification number (VIN code).

Out of seven consonants and 4 vowels, how many words of 3 consonants and 2 vowels can be formed ?
Out of seven consonants and 4 vowels, how many words of 3 consonants and 2 vowels can be formed ?
Answer : 1 25200 Explanation : Answer: A) 25200 Explanation: Number of ways of selecting (3 consonants out of 7) and (2 vowels out of 4) =( C37×C24 ) = 210.Number of groups, each having 3 consonants and 2 vowels =210Each group contains 5 letters.Number of ways of arranging 5 letters among themselves = 5! = 120. Required number of words = (210 x 120) = 25200.

A beautiful natural wood vintage Indian almirah in perfectly imperfect original condition, with mesh front. A piece with much character and simple charm. Fabulous for storage in any room.
Vintage pieces such as these add a little character and soul to even the most modern of interior spaces, and as no two pieces can ever be exactly the same, the result is a space like no other. We love to upcycle and use atypical things like this in unexpected ways.
These are original vintage pieces, and as such show signs of wear and tear on the wood and paintwork. They are however, steady and strong, the joints have been strengthened, and where necessary they have been restored.
All wood has been fumigated.
Please note, freight will be quoted separately.

2738.3 Miles (4406.9 Kilometers / 2378 Nautical Miles).
Approximate flight duration time (for a non-stop flight) from Libreville, Gabon to Bethlehem, West Bank is 5 hrs, 41 mins. This is the In-The-Air flight time. You should add the taxi time before take-off and taxi time after landing for the total flight duration time. You should also consider airport wait times and possible delays due to bad weather, etc.
You can find out what time you arrive at your destination (Bethlehem) by checking the time difference between Libreville and Bethlehem.

You can find the Nitto Tire 285/40ZR18 NT-555R 101W 26.9 2854018 285 40 18 Inch tires at All Star Motorsports for the best prices online. We offer these Nitto Tire 285/40ZR18 NT-555R 101W 26.9 2854018 285 40 18 Inch tires in a variety of sizes to fit your vehicles needs. Don't Know if they will fit? No problem. Let our fitment experts help you out. We have a vast knowledge of fitments for not only passenger vehicles, but also leveled and lifted truck applications. Let us help you find the right tires, with the right fitment, at the right price!

what are the skills needed to play kendo?
what are the skills needed to play kendo?
What types of skills are needed to play kendo?
Answer: Thank you for your question. This is a very hard question. You do not need any specific skills to do kendō. Anyone can do kendō if they are determined.

You can get these Nitto Tire 285/40ZR18 NT-555 101W 27.0 2854018 285 40 18 Inch tires from All Star Motorsports. With the lowest prices on the internet, these Nitto Tire 285/40ZR18 NT-555 101W 27.0 2854018 285 40 18 Inch tires are built with the finest materials and technology to provide a smooth ride and great traction. With a wide range of sizes, All Star Motorsports has the tires you are looking for. Match them up with any of our wide variety of wheels for a complete wheel & tire package. Included in our packages are free mount & balance, free lugs, free locks and free hub rings. Need tire pressure sensors? We offer those for an additional fee. All we need is your vehicle information and in rare occasions, your vehicle identification number (VIN code).


You want to give your baseball cards to your 5.0 best friends. You have 455.0 baseball cards. How many would each get, if you share them  equally? Answer:

How might your mail be arriving in the future?
How might your mail be arriving in the future?
Answer: in a self-driving mail truck.
But don’t worry, there will still be a person in the truck for your dog to bark their head off at.
The United States Postal Service (USPS) released a report last week stating that the agency plans to integrate self-driving tech into its fleet of 228,000 vehicles. In partnership with the University of Michigan, USPS plans to build an Autonomous Rural Delivery Vehicle and start using it on 28,000 rural routes as early as 2025.

Why are popes often old and sick? Answer: Young and full of health, they'd be too trendy and would be listed in the stock market. A solution for the crisis, perhaps!

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.

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

What tech does the Department of Homeland Security want to implement to improve border security?
What tech does the Department of Homeland Security want to implement to improve border security?
Answer: Facial scanning and recognition.
The U.S. Department of Homeland Security (DHS) may be taking a page out of Apple’s book when it comes to identification and security. Apple’s latest and greatest iPhone, the iPhone X, boasts facial recognition technology that will make proving yourself to your phone more convenient than ever — all you have to do is look at it. DHS wants to provide similar levels of convenience to travelers crossing U.S. borders.
“This call is looking for innovative solutions to capture facial recognition quality photos from travelers in order to facilitate identity checks without requiring occupants to leave the vehicle,” said the call for proposals.
DHS’ Silicon Valley office will host an “industry day” on Nov. 14 in order to explore opportunities for making this idea a reality. According to the call for proposals, DHS wants the system to be able to reliably identify occupants of a vehicle even when their faces are obscured by hats or sunglasses, or turned away from the camera.

Why seeking spouse in Ukraine? Answer: Quality!!

In this series, we are analyzing 1,000,000 deals which were played on-line. These deals cover a wide range of level of play and were provided by Stephen Pickett with Bridge Browser.
On how many deals was 3NT the final contract?
Answer: 181,119 -- or 18.1% of all deals.

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.

What determines the monetary recovery in a personal injury case?
What determines the monetary recovery in a personal injury case?
Answer: Three issues: The 1) nature, 2) extent and 3) duration of the injuries.
If you have a personal injury or wrongful death question, please be sure to get free legal advice by submitting your question here. It is free and confidential. Personal Injury Law can be very complex and scary at times. Know your rights.

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?

How Well Does WordPress Interact with TubePress?
How Well Does WordPress Interact with TubePress?
Answer: There are YouTube plugins available which allow YouTube and Vimeo videos to be available from your webpage and even allow for the display of galleries.

Question: How do you write a good novel in which the protagonist has an evil story goal?
Answer: Though they are more rare, there are stories told from the point of view of an immoral or villainous person. Shakespeare's Macbeth is one example. A Clockwork Orange is another.
In first person narration, reading such a story feels like having a mobster mistake you for his best friend. On the one hand, it's flattering to have him share his life story with you, while on the other hand you can mentally step back and pass judgment on his crimes.
Traditionally, villainous protagonists were the subject of tragedies. You read such stories to see how their mistakes and character flaws led to their downfall. Tragedies were lessons on how to not lead your life -- don't be greedy, selfish, overly ambitious, etc.
More problematic are the villainous protagonists who win in the end. Their stories can be disconcerting because they offend our natural sense of moral justice. The thematic message they deliver is a sense that something is wrong with the world (society, the universe, God, etc.). A system that would allow a villain to win must itself be a corrupt and immoral system in need of reform. Such a story is disturbing because people like to draw comfort from the notion that they understand the rules of the world, and that understanding makes the world fair and just. Seeing a villain win destroys that illusion.
So I would suggest you decide what your thematic message will be. Are your writing a tragedy or an indictment of the world?
Next, it helps a lot if you can make your villain appealing. This may mean giving him charm, humour, a backstory that evokes sympathy, flaws that the reader can relate to, or perhaps one or two traits that are admirable.
Consider that Ebenezer Scrooge has his endearing qualities (he enjoyed games and dancing). Even Satan in Paradise Lost comes across as admirable for his championing of individual freedom: "Better to reign in Hell than serve in Heaven."
Finally, it may help to give your character an inner conflict. Show us either the arc of his downfall or (if he starts out nasty) let him be pressured to reform but ultimately refuse to change.

Who are your next door neighbors?
What are they behaving with you?
What do they do a different festival?
Answer: a proverb says, ‘a good neighbor is better than a bad brother.’ My next-door neighbor is one of my uncles. His house is just opposite to ours. He is about forty years old. He is a businessman. He is an M.A. his wife is a school teacher. She is a B.A.B. Ed. My uncle has three children; one is a son and two are daughters. His son is a college student and daughters are school students. My uncle and aunt are very sociable, frank and well-behaved. They are always on good terms with us. We are also very co-operative with them. We have strong fellow-fillings among ourselves. We share our sorrows and happiness. We often meet together and discuss matters of mutual interests with an open mind. We also exchange greetings, good and other things at different festivals. Both my uncle and my aunt love me dearly. We are very proud of our neighborhood.

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."

How do you score points in a kendo match?
Answer: I think this article, What are the rules of Kendo? , will help you.

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.

Kristen Kwan, PhD. Assistant Professor.
Kristen is a native of Southern California, where she grew up in Agoura Hills, a suburb of Los Angeles. She attended Stanford University, majoring in Biological Sciences, and then moved to Harvard Medical School for her PhD in Cell and Developmental Biology. When not in the lab, Kristen can be found chasing her kids, watching football, knitting, and trying out new restaurants. Click through to see Kristen pictured with Heisman trophy winner and former NFL quarterback Jim Plunkett (no big deal).
Born and brought up in Andhra Pradesh, India, Pratima first came to the US to pursue a Masters in Biology at the University of Cincinnati. After that she moved to College Park to complete a PhD in Biology at the University of Maryland, working on the visual system of African cichlids. Currently, Pratima is interested in understanding the role of primary cilia in the development of the optic cup and the photoreceptors. Outside of the lab, Pratima loves to hike Utah’s many parks, travel and read. Visiting all the National Parks in the US and digging up a fish fossil are a few things on her bucket-list!!!
Emily grew up in Longmeadow, Massachusetts and she completed her undergraduate education at Mount Holyoke College. She attended the University of Bristol in the UK and earned a Master of Science with Distinction in Palaeobiology. She completed her doctoral research in Zoology from the University of Florida where she studied dental development and evolution in mammals. Emily’s interests are broad and span the fields of developmental biology, evolutionary biology, and paleontology, with a special interest in craniofacial morphogenesis and evolution. In her spare time Emily enjoys hiking and climbing and loves riding horses whenever possible.
Originally from Utica, New York, Keith studied physics at Stony Brook University, and earned a Master’s degree in physics at the University of Alaska Fairbanks. He moved to Salt Lake City in 2003 to pursue long track speed skating as a fulltime athlete, and also began working as a lab tech at the University of Utah. Following retirement from skating in 2010, Keith transitioned to research engineering positions, and has worked in several labs prototyping instrumentation and writing software. Keith is a master of MATLAB, but outside the lab, he is a passionate singer/songwriter.
Sarah is from Portland, Oregon. She completed her undergraduate studies in Biology from the University of Oregon where she was first introduced to zebrafish. Following graduation, Sarah continued her research studying axonal transport and microtubule dynamics at Oregon Health & Science University. Sarah is currently interested in understanding the role of Hedgehog signaling and its effectors in early development of the optic cup. When not in lab, Sarah enjoys exploring Utah's wilderness through photography, birding, and beer.
Macaulie grew up in the rural community of Libby, Montana. She received her bachelor's degree in Molecular and Cell Biology from the University of Puget Sound in Tacoma, WA. While there, she got her first taste of research, also utilizing the zebrafish. Macaulie is currently interested in understanding the role of extracellular matrix components in optic cup development. Outside of the lab, she enjoys climbing, hiking, reading, and a healthy dose of Netflix.
Sydney started as an undergraduate researcher in the laboratory of Chi-Bin Chien where she worked on a project examining factors influencing axon branching. After completing a Bachelor’s degree in biology at the University of Utah, she joined the lab of Michael Shapiro where she studied the genetic basis of morphological differences in natural populations using the ninespine stickleback as a model. Sydney works as a teacher at the Salt Lake Center for Science Education and as a seasonal post-doc during her summer vacations. Outside of lab and school, Sydney enjoys hiking, camping, photography and her canine sidekick, Elphie.
Chase Bryan, PhD. Currently post-doc at OHSU.
Hannah Gordon, PhD. Currently at Recursion Pharmaceuticals.
Brooke Froelich Murray, BS. Currently an outdoor brand ambassador.
Ben Jussila, BS. Currently at Nemametrix.
Thomas Brown, BS. Currently at Myriad.
Emily Wirick, MS. Currently at Great Basin Scientific.
Aaron Scoresby, BS. Currently at Biofire Diagnostics.
Shadai Flores Arce, BS. Currently at the University of Utah Medical School.

How can you have four, take away one, and get five?
Answer: Take a piece of paper. Point to the four corners of the paper. Then cut off one of the corners. Now there are five corners.

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Dungeness Crabs – How Dead Is Too Dead?
Answer: Ideally, it’s always safest to keep the crabs alive until you’re ready to put them directly into the cooking pot. To keep them alive for transport, the crabs should be kept cool, moist, covered with fresh seaweed, and then covered with a soaked burlap bag on top. You should be able to keep them alive overnight (and maybe longer) this way, but I wouldn’t push it. To keep them alive for several days, you’ll need a well-aerated saltwater tank, ideally with filtration. Without good aeration and filtration, low dissolved oxygen becomes an issue, and as the crabs urinate in the water (turns bluish), without filtration the meat will slowly spoil.
As far as how long the crabs will remain edible after dying, I wouldn’t wait longer than an hour or so to toss them into the boiling pot. Once crabs die, the meat starts to decompose if not cooked quickly. One reason is because when the crab dies, its mid-gut gland (the source of food digestion enzymes) is soon attacked and damaged by those same enzymes, and then the enzymes spread out into the muscle tissue, breaking it down into mush. Yuck!
Bottom line … Dungeness crab are one of California’s most delicious and popular seafoods, and they are always best enjoyed when kept alive until ready to drop into the cooking pot.
How to buy wildlife mounts to decorate a cabin?
Answer: It is legal to go to states that allow such transactions so long as a declaration of entry for those mounts is made when you bring them back to California (Fish and Game Code, section 2353).
Wildlife mounts from wildlife found in the wild in California, however, can only be given to others – they cannot be bought, sold, bartered or traded (Fish and Game Code, section 3039). No money or compensation can be exchanged. There are no such issues with wild animals not found in the wild in California (such as caribou or moose) as long as they are not protected under other laws, such as the Endangered Species Act.
People often ask us what they can do with mounts they no longer want. We often suggest donating them to schools, stores or community service clubs (e.g. Rotary, Lions, Scouts). You might check with some of these organizations to see if they have any wildlife mounts they no longer need and might be interested in giving to you.
Can I use frozen trout for bait in San Francisco Bay?
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