Sally had 760 quarters in her bank. She received 418 more quarters.  How many quarters does she have now? Answer:

You need 40 quarters (10 years) to get SSI when you retire. You need to have worked within the last 5 years to get SSDI.
I don’t think you can get around those two rules.
You do not need to work for 10 years to get SSDI. An example would be when you get/got hurt right after you got into the work force.
The Social Security system, both SSI and SSDI are like the VA compensation system. No one knows about them until it is too late some/most of the time.
Both, should be taught in High School. You start working at that time and you have to sign up for selective service.
Would not hurt to know the rules before the game starts.
Not too many people know that you have had to have worked in the past 5 years to get SSDI. Just think how many persons toughed it out for 6-10 years and finally gave up and went to get thier SSDI only to find out they were a day short.

The oldest dynasty still ruling in which country ?
The oldest dynasty still ruling in which country ?
Answer : 3 Japan Explanation : Answer: C) Japan Explanation: The longest-surviving dynasty in the world is the Imperial House of Japan.

Which team became the first team in history to win 100 T20 matches ?
Which team became the first team in history to win 100 T20 matches ?
Answer : 4 Mumbai Indians Explanation : Answer: D) Mumbai Indians Explanation: Two times IPL champions Mumbai Indians (MI) reached a new milestone as they became the first team in history to win 100 T20 matches. The Mumbai outfit defeated Kolkata Knight Riders (KKR) at the Eden Gardens by 9 runs in their final match of the league stage of IPL 2017.

Question: What are next two numbers in the given series? 2, 12, 360, 75600, ?, ?
The next two numbers are 174636000 and 5244319080000.

Some children goto ice-cream shop. 9 flavours are available there. Each child takes a cone with two different flavours. No two children take same combination and they have taken all such possible combinations. How many children went to ice cream shop ?
Some children goto ice-cream shop. 9 flavours are available there. Each child takes a cone with two different flavours. No two children take same combination and they have taken all such possible combinations. How many children went to ice cream shop ?
Answer : 4 36 Explanation : Answer: D) 36 Explanation: Given there are 9 flavours of ice creams. Each child takes the combination of two flavours and no two children will have the same combination This can be done by ways i.e children. Number of children=C29 = 9 x 8 / 1x 2 = 36.

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.

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.

The More You Have, The Less You See. What is it?
The More You Have, The Less You See. What is it?
Answer : 2 Darkness Explanation : Answer: B) Darkness Explanation: The More You Have the Darkness, The Less You See i.e, visible less.

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.

so i'm trying to solve this word problem.
"a rectangular sheet of cardboard fora poster measures 5 feet by 4 feet. The margins at the top and bottom and on the sides are to be the same width. if the overall perimeter of the poster is 1 1/2 times the perimeter of the picture area, how wide are the margins?"
okay, so the perimeter of the poster is 5(2)+4(2), or 18. the perimeter of the poster is 1 1/2 times as big as the perimeter of the picture, so if the perimeter of the picture is x, we get 3x/2=18? is that right? i think this is the part i can't get.
let's see. you'd have to multiply the perimeter of the picture by 1 1/2 to yield the perimeter of the poster.
so. 3x=32 or x=10 2/3. so far so good. the proportion of the picture will be the same as the proportion of the poster so if we define y so that 5y yields the length of the tops and bottoms and 4y the length of the sides of the picture, we end up with, er... 2(5y)+2(4y)=10 2/3. or 18y=10 2/3. (22/3)/18 is 22/54, or 11/12. oo! actually, that makes sense. sorta. cuz, like, a foot has 12 inches.
so, er, the width of the tops and bottoms of the picture is 5(11/12), or 55/12, or 4 7/12 feet. the margin is going to be half the difference between the width of the poster's top or bottom and the pictures top or bottom. so (5 - 4 7/12)/2, or (5/12)/2, 5/24, or two and a half inches.
this has been bugging me all afternoon.
that was a "B" difficulty question. here's a "C".
"Starting from the same point and at the same time, three men travel in the same direction around a circular track 90 yards in circumference. If the men move at the respective average rates of 9 yards, 6 yards, and 3 yards per second, where and when will they first be together again?"
and the answer is... um... fudge if i know.
So the poster board is 5x4. That means its perimeter is 5+4+5+4 = 18.
If 18 is 1.5 times the perimeter of the picture, that means the picture is 18/1.5, or 12.
If we set the margin as x, then the picture's perimeter can be defined as (5-2x)+(5-2x)+(4-2x)+(4-2x)=12.
Solving for x, we can x = 3/4.
ah that's where i goofed up, then, figuring the perimeter of the picture. maybe just as well i didnt take that job calculating trajectories for artillery shells.
that was a "B" difficulty question. here's a "C".
"Starting from the same point and at the same time, three men travel in the same direction around a circular track 90 yards in circumference. If the men move at the respective average rates of 9 yards, 6 yards, and 3 yards per second, where and when will they first be together again?"
and the answer is... um... fudge if i know.
Man A = 9 yards/sec, therefore can complete a circuit in 10 seconds.
Man B = 6 yards/sec, therefore can complete a circuit in 15 seconds.
Man C = 3 yards/sec, therefore can complete a circuit in 30 seconds.
Note that 30 seconds is the lowest common multiple, so based on this, I believe the men will meet up at the same point at the same time at 30 seconds...but that sounds too simple so there's gotta be a trick to it!
i begged off and did a couple of really easy inequalities.
Man A = 9 yards/sec, therefore can complete a circuit in 10 seconds.
Man B = 6 yards/sec, therefore can complete a circuit in 15 seconds.
Man C = 3 yards/sec, therefore can complete a circuit in 30 seconds.
Note that 30 seconds is the lowest common multiple, so based on this, I believe the men will meet up at the same point at the same time at 30 seconds...but that sounds too simple so there's gotta be a trick to it!
yeah, it seems like there must be a catch. hmm.
yeah, it seems like there must be a catch. hmm.
Actually I think the answer I gave is probably fine, because you figure that Man A laps Man B before Man B is able to lap Man C, and by the time Man B laps Man C, Man A is already at that very same point, so there probably isn't a trick after all.
And that entire sentence sounded really gay and dirty.
oops. :-[ this is hard!
oh i see what i did, i forgot to reverse the operator in front of the second x^2 in step 7.
Wheeee :P I probably screwed that up at some point, oh well.
well crap. here was my second try.
Wheeee :P I probably screwed that up at some point, oh well.
I divided the answer out since the 2 in front of the w^2 just complicates things :D Then I used the quadratic formula.
I also have to say that because the quadratic equation gives two answers, we have to take the one that fits the inequality...since it has to be less than 0, the only answer is 1-sqrt(7), or about -1.6.
this equation builder feature in microsoft word is so cool.
so i'm trying to solve this word problem.
"a rectangular sheet of cardboard fora poster measures 5 feet by 4 feet. The margins at the top and bottom and on the sides are to be the same width. if the overall perimeter of the poster is 1 1/2 times the perimeter of the picture area, how wide are the margins?"
okay, so the perimeter of the poster is 5(2)+4(2), or 18. the perimeter of the poster is 1 1/2 times as big as the perimeter of the picture, so if the perimeter of the picture is x, we get 3x/2=18? is that right? i think this is the part i can't get.
let's see. you'd have to multiply the perimeter of the picture by 1 1/2 to yield the perimeter of the poster.
so. 3x=32 or x=10 2/3. so far so good. the proportion of the picture will be the same as the proportion of the poster so if we define y so that 5y yields the length of the tops and bottoms and 4y the length of the sides of the picture, we end up with, er... 2(5y)+2(4y)=10 2/3. or 18y=10 2/3. (22/3)/18 is 22/54, or 11/12. oo! actually, that makes sense. sorta. cuz, like, a foot has 12 inches.
so, er, the width of the tops and bottoms of the picture is 5(11/12), or 55/12, or 4 7/12 feet. the margin is going to be half the difference between the width of the poster's top or bottom and the pictures top or bottom. so (5 - 4 7/12)/2, or (5/12)/2, 5/24, or two and a half inches.
this has been bugging me all afternoon.
ha! i'm looking back over this and i fudged up like 5 times. really bad basic fudge ups. it's like karaokelgebra.
that was a "B" difficulty question. here's a "C".
"Starting from the same point and at the same time, three men travel in the same direction around a circular track 90 yards in circumference. If the men move at the respective average rates of 9 yards, 6 yards, and 3 yards per second, where and when will they first be together again?"
and the answer is... um... fudge if i know.
Man A = 9 yards/sec, therefore can complete a circuit in 10 seconds.
Man B = 6 yards/sec, therefore can complete a circuit in 15 seconds.
Man C = 3 yards/sec, therefore can complete a circuit in 30 seconds.
Note that 30 seconds is the lowest common multiple, so based on this, I believe the men will meet up at the same point at the same time at 30 seconds...but that sounds too simple so there's gotta be a trick to it!
You are correct, but only so far as the time portion, so there is a "trick". You solved for the "when", but not the "where".
Another way to look at is Man A is running 3x faster than man C, and Man B is running 2x faster than Man C. Taking your previous calculations, man A runs three laps, Man B 2 laps and Man C 1 lap, but they all meet at the start/finish line.
You are correct, but only so far as the time portion, so there is a "trick".
Another way to look at is Man A is running 3x faster than man C, and Man B is running 2x faster than Man C. Taking your previous calculations, man A runs three laps, Man B 2 laps and Man C 1 lap, but they all meet at the start/finish line.
sounds like you might be ready for the wriggly worm problem i was reading about on the metro back from work today. it's the idea that a worm gets restless at night so it wriggles randomly, and its parents need to find a blanket that will cover it up from the cold, but blanket material is expensive so they're trying to find the smallest blanket possible to cover the wriggling worm.
first solution is that they assume the wriggling worm wriggles from one of the endpoints on its body, so a circle with a radius equivalent to the fully stretched length of the worm is assumed to be the blanket. this is actually a very bad solution, but it has the advantage of being simple.
then some wiseacre sez if you assume the worm is stationary in the middle then you come up with an ellipse defined by both endpoints of the wriggling worm, head and tail. yeah? i followed as long as that but then it went into this whole bit about "Cantor sets," which emerge from this repetitive operation of trisecting line segments, leaving the middle segment empty, and then trisecting the two resulting line segments on the ends and repeating the result iteratively. you end up with this line that's all endpoint and no segment, or something. it got really weird at that point and i just started staring out of the window wondering when i'd reach my metro stop. interesting book though.
quick! someone compute the minimum area necessary to design a blanket to cover jessica's exploded brain parts! assuming that said blanket is conveyed by three paramedics, each of whom runs one-half again faster than the paramedic preceding him or her.
You are correct, but only so far as the time portion, so there is a "trick".
Another way to look at is Man A is running 3x faster than man C, and Man B is running 2x faster than Man C. Taking your previous calculations, man A runs three laps, Man B 2 laps and Man C 1 lap, but they all meet at the start/finish line.
racers. Horses, on the other hand, are SOL.
quick! someone compute the minimum area necessary to design a blanket to cover jessica's exploded brain parts! assuming that said blanket is conveyed by three paramedics, each of whom runs one-half again faster than the paramedic preceding him or her.
Is there enough slack in the blanket to allow for differing paramedic velocities?
Is there enough slack in the blanket to allow for differing paramedic velocities?
yes but it must be absolutely held to a minimum because of the aforementioned blanket-being-expensive provision.
karaokelgebra! i think i can make it catch on.
racers. Horses, on the other hand, are SOL.
Yes, they do start at the same point. If it were a 90 yard dash, the problem of concentricity would not be an issue: each runner runs 90 yards in a straight line (in that case it's irrevelant what lane they start in because they each travel 90 yards).
There also would be a different answer: they would never meet (until sometime after all three crossed the finish line and drank Gatorade togther: an undefined/undeterminable answer).
Seeing as how they run in a circle, the runners in the outside lanes have to run a longer distance than those on the inside, which is why real races always have runners taking the shortest path (the inside lane). Staying in the outermost lane of a typical 8-lane run would put a runner at an extreme disadvantage (auto racing, like NASCAR, is a different animal altogether, but that's an algebra problem for another day).
As a purely mathematical problem, Kin and my answers make the whole problem solved. Bring in physics, and this hypothetical race becomes a nightmare to correctly calculate.
sounds like you might be ready for the wriggly worm problem i was reading about on the metro back from work today. it's the idea that a worm gets restless at night so it wriggles randomly, and its parents need to find a blanket that will cover it up from the cold, but blanket material is expensive so they're trying to find the smallest blanket possible to cover the wriggling worm.
first solution is that they assume the wriggling worm wriggles from one of the endpoints on its body, so a circle with a radius equivalent to the fully stretched length of the worm is assumed to be the blanket. this is actually a very bad solution, but it has the advantage of being simple.
then some wiseacre sez if you assume the worm is stationary in the middle then you come up with an ellipse defined by both endpoints of the wriggling worm, head and tail. yeah? i followed as long as that but then it went into this whole bit about "Cantor sets," which emerge from this repetitive operation of trisecting line segments, leaving the middle segment empty, and then trisecting the two resulting line segments on the ends and repeating the result iteratively. you end up with this line that's all endpoint and no segment, or something. it got really weird at that point and i just started staring out of the window wondering when i'd reach my metro stop. interesting book though.
IOW, if the worm if 2 ft long, pi r2 would be a blanket of ~12.56 sq ft (the worm moves as in the first solution you presented: length = radius).
My solution would be 2 x (1ft2 x pi) + (undetermined negligable amount for middle section), or ~6.28 sq ft.
Of course, that again is assuming the blanket can hold down the worm. As it wiggles randomly, I don't think there is a true solution to this problem.
Her issue appears to be undefined.
Her issue appears to be undefined.
quick! someone compute the minimum area necessary to design a blanket to cover jessica's exploded brain parts! assuming that said blanket is conveyed by three paramedics, each of whom runs one-half again faster than the paramedic preceding him or her.
I like to consider myself more the artistic sort, but the equation is fool proof.
now it's clear as mud! you're welcome.
the upshot of what the book was saying, i think, is that questions asking to determine the least possible area of something are often hard to solve, i think for reasons kinda like why it's hard to prove a negative. you can establish that something is non-zero (that's sorta what the cantor set is, i think? nonzero but as close to zero as makes no odds) but beyond that it's easy to propose a solution that might be the least possible area, but hard to prove that there isn't some undiscovered alternative that could be less still.
"Let the regions within or on the indicated rectangles in the adjoining diagram represent the subsets R, S and T of a set U. Redraw and shade the region representing the subset of U specified in each exercise."
that's a difficulty C. seemed pretty easy to me.
What exactly is Cramer's rule?
that must be new math!
It's going to take me a few hours to get it. Eventually I will.
Because math have a Superiority complex, anything less is nonexistant.
Because math have a Superiority complex, anything less is nonexistant.
why does it say "leet" for my # of posts???
oh, that's weird...after i posted this it went back to normal. it was because the # was "1337" and for some reason it changed to letters and said "leet"... strange!
why does it say "leet" for my # of posts???
oh, that's weird...after i posted this it went back to normal. it was because the # was "1337" and for some reason it changed to letters and said "leet"... strange!
oops. :-[ this is hard!
howard and bill, taking a cue from the politicians in office, decide to start paying one another for their nights of love. in the beginning they pay each other equal amounts. howard receives $200 more per year at the end of every half-year, while bill receives $400 more per year at the end of each year. By how much will howard's love dividend over ten years exceed bill's?
howard and bill, taking a cue from the politicians in office, decide to start paying one another for their nights of love. in the beginning they pay each other equal amounts. howard receives $200 more per year at the end of every half-year, while bill receives $400 more per year at the end of each year. By how much will howard's love dividend over ten years exceed bill's?
actually i dont know how. :-[ i bet rice or red ant can do it.
actually i dont know how. :-[ i bet rice or red ant can do it.
I bet they couldn't even if they tried.
A side of an equilateral triangle is 20 inches long. A second equilateral triangle is inscribed in it by joining the midpoints of the sides of the first triangle. The process is continued, as shown in the accompanying diagram. Find the perimeter of the fourth inscribed circle.
Crap, that can’t be right. The triangles are supposed to be getting smaller, not monstrously huge.
Okay, the question of perimeter vs. side is trivial anyway since the one is just three times the other. So let’s just figure out what the sides are. This means r will be ½ and a(1) becomes 20.
and i think the perimeter would be three times this, or 7 1/2.
It's an equilateral triangle. That means that if you join midpoints of each side, that new line would make another equilateral triangle and so on.
Unless I totally screwed that up, geometry was a long time ago.
It's an equilateral triangle. That means that if you join midpoints of each side, that new line would make another equilateral triangle and so on.
Unless I totally screwed that up, geometry was a long time ago.
i already did that one! admittedly the long way round.
forget that one. do the howard and bill love dividend one.
A side of an equilateral triangle is 20 inches long. A second equilateral triangle is inscribed in it by joining the midpoints of the sides of the first triangle. The process is continued, as shown in the accompanying diagram. Find the perimeter of the fourth inscribed circle.
Crap, that can’t be right. The triangles are supposed to be getting smaller, not monstrously huge.
Two things. First, r should be 1/2 - not 3/2. Second, involution goes before multiplication, as I've been taught (so you get (1/2)^3 times 60, not (60 x 1/2)^3).
If you alter these two factors, it also results in 7.5.
Wow...Did I actually do that? :o I'm surprised myself.
i already did that one! admittedly the long way round.
forget that one. do the howard and bill love dividend one.
Okay im going to give it a shot.
howard and bill, taking a cue from the politicians in office, decide to start paying one another for their nights of love. in the beginning they pay each other equal amounts. howard receives $200 more per year at the end of every half-year, while bill receives $400 more per year at the end of each year. By how much will howard's love dividend over ten years exceed bill's?
Okay, I think that’s wrong because that’s quite a big difference. Damn math.
you know what i think it is? you have to divide howard's number in half because it's done by half years rather than full years. this would lead to 38,000/2=19,000, which is a thousand more than bill would get. I think that might make sense because if you raise the amount of love dividend twice a year rather than once, that means that for half the year howard will be making $200 a year more than bill. and half of 200 is 100, times ten for ten years is 1000.
anyway, you get more money. i thought you'd be pleased.
This is the algebra thread Howard. Expect thing to be done in equation or line graph.
Okay im going to give it a shot.
howard and bill, taking a cue from the politicians in office, decide to start paying one another for their nights of love. in the beginning they pay each other equal amounts. howard receives $200 more per year at the end of every half-year, while bill receives $400 more per year at the end of each year. By how much will howard's love dividend over ten years exceed bill's?
Okay, I think that’s wrong because that’s quite a big difference. Damn math.
you know what i think it is? you have to divide howard's number in half because it's done by half years rather than full years. this would lead to 38,000/2=19,000, which is a thousand more than bill would get. I think that might make sense because if you raise the amount of love dividend twice a year rather than once, that means that for half the year howard will be making $200 a year more than bill. and half of 200 is 100, times ten for ten years is 1000.
anyway, you get more money. i thought you'd be pleased.

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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Interaction Workspace is the key agent interface for Genesys 8. Interaction Workspace is built on top of the primary Genesys 8 SDKs. See the Table - Components of Interaction Workspace for a list and description of the components of Interaction Workspace and the Table - Miscellaneous Deliverables of Interaction Workspace for a list of miscellaneous deliverables that ship with Interaction Workspace.
This section shows the key components of the Interaction Workspace network topology and indicates how Interaction Workspace is related to other Genesys components.
The Figure - Simple client-server deployment of Interaction Workspace shows a minimal deployment that consists of agent workstations that are connected directly to the Genesys back-end servers. For the procedure on deploying Interaction Workspace in this configuration, see the Procedure: Installing Interaction Workspace Deployment Package on the Windows operating system.
The Figure - Standard deployment of Interaction Workspace with a ClickOnce server shows the standard deployment of Interaction Workspace in an environment in which the deployment is controlled from a centralized place and in which remote agents can be connected to Genesys back-end through a Virtual Private Network.
Interaction Workspace features a modular design that divides the application into several components that are served out to agents based on their roles. All agents receive common modules such as the Login and Go Ready module and the Main Window module, while other modules, such as the Contact Management module and the Team Communicator module are distributed only to agents whose roles include those modules.
Interaction Workspace relies on both Enterprise SDK and Platform SDK (refer to the Figure - Interaction Workspace architecture). This architecture enables developers to build customization for Interaction Workspace at any level.
Refer to the Interaction Workspace Developer's Guide and .NET API Reference and the Interaction Workspace 8.1 Extension Examples for information on how to customize Interaction Workspace. Refer to the Enterprise SDK Developer's Guide and the Platform SDK 8.0 .NET API Reference and Developer's Guide for information on lower-level customization capabilities.
The goal of Genesys 8 and Interaction Workspace is to provide a consistent, simplified, and comprehensive application that enables each user at every level to be efficient and productive. Genesys 8 and Interaction Workspace focus on a set of criteria that deliver a higher level of productivity. Interaction Workspace is designed "from the ground up" to have a high degree of usability, with the goal of enhancing agent productivity.
Interaction Workspace is designed to maximize content readability for screen-reader applications. Interaction Workspace can be configured to be compatible with screen readers that support Microsoft UI Automation API, such as the Freedom Scientific application: Job Access With Speech (JAWS) version 11. Screen readers enable visually impaired (blind and low-vision) agents to use the desktop interface through text-to-speech or text-to-Braille systems. Interaction Workspace must be configured in the Configuration Layer to enable this compatibility (see Accessibility). These options can be set in the Configuration Layer as default values that can be overridden in the Agent Annex following the standard hierarchy configuration.
You can navigate the Interaction Workspace interface by using a keyboard or other accessibility device that is enabled by keyboard navigation. This feature improves the accessibility of the interface by not forcing the user to navigate by using the mouse. Navigation works panel to panel and, within a panel, component to component.
Interaction Workspace follows the Microsoft Windows convention of enabling interface navigation by using access keys. Access keys are alphanumeric keys that are employed in combination with the ALT key to replicate a menu command or button click on the interface.
Interaction Workspace also provides shortcut keys. Shortcut keys, which are intended mostly for advanced users, enable quick access to frequently performed actions. Shortcut keys can be reconfigured by Tenant, Group, and/or User by using Genesys Administrator. These key combinations are documented in the Genesys Interaction Workspace 8.0 User's Guide.
Interaction Workspace implements the Remote Authentication Dial-In User Service (RADIUS) security protocol to prevent illegal system access, track system use, and limit the access of authenticated users. To access the system, users must provide their credentials and connection parameters for authentication before they can be granted limited system access.
Interaction Workspace also employs Transport Layer Security (TLS), which is a cryptographic protocol that provide security and data integrity for communications over networks such as the Internet. TLS encrypts the segments of network connections at the transport layer from end to end.
For more information about TLS, refer to the Genesys TLS Configuration chapter of the Genesys 8.0 Security Deployment Guide.
In the event of a disaster, Interaction Workspace can be configured to maintain a dual connection to a pair of SIP Servers, a pair of Stat Servers, and a pair of Configuration Servers at two different sites.
Interaction Workspace always tries to connect to the Preferred server. If it is not available it connects to the alternate (Peer) server until the Preferred server becomes available again. The agent state is set to Not Ready until a connect with one or the other server is established.
Note: The current interaction might be lost.
Refer to the Procedure: Configuring Interaction Workspace for Business Continuity to enable Business Continuity for your agents.
There are no technical licensing requirements for Interaction Workspace.
Retrieved from "https://docs.genesys.com/Documentation:IW:Dep:InteractionWorkspaceAndGenesys8:8.1.2 (2019-04-24 22:47:32)"
This page was last modified on January 25, 2018, at 11:29.

There was a crash on the A27 this evening.
DRIVERS are facing delays after a multiple-vehicle crash on the A27.
The incident, which happened earlier this evening just after 6pm, closed two lanes on the westbound carriageway near Cosham.
Police and firefighters were called to the scene and a tweet from Hants Fire Control said crews from Havant and Cosham had to cut three people from two cars.
Traffic had been building for around two miles along the A27 causing queues on the A3(M) and back towards Havant.
There are still delays while the vehicles are recovered.

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This listing consists of two parcels, 0710000000130 & 110, (MLS#'s 10190920 & 10190935) which must be sold together along with 1597 Shillelagh Road, two parcels 0710000000120 & 100 (MLS#'s 10100919 & 10190934 ). All structures are sold in "AS IS" condition. Beautiful wooded area with nature right in your backyard. Enjoy seeing the deer as they graze in the field. Country living with the conveniences of shopping, banking, restaurants, and the interstate just minutes away.
This listing consists of two parcels, 0710000000130 & 110, (MLS#'s 10190920 & 10190935) which must be sold together along with 1597 Shillelagh Road, two parcels 0710000000120 & 100 (MLS#'s 10100919 & 10190934 ). All structures are sold in "AS IS" condition. Beautiful wooded area with nature right in your backyard. Enjoy seeing the deer as they graze in the field. Country living with the conveniences of shopping, banking, restaurants, and the interstate just minutes away.
I was searching for a Property and found this listing (MLS® #10190935). Please send me more information regarding 1601 Shillelagh Rd, Chesapeake, VA, 23323. Thank you!
I'd like to request a showing of 1601 Shillelagh Rd, Chesapeake, VA, 23323 (MLS® #10190935). Thank you!

We all recognize the power of volunteering, but Matt Bowen puts that knowledge into action. The Business grad regularly offers his free time to several organizations, including the Big Brothers/Big Sisters of Toronto and Fife House, which provides support services and affordable housing for people living with HIV/AIDS. In his work with the Junior Achievement program, Matt uses his business skills in presentations to Grade 7 students about financial literacy.
Matt has worked for Bank of Montreal MasterCard for the past seven years. Currently, he is Customer Contact Administrator with Retail Cardholder Products and Marketing. “I enjoy being involved in MasterCard marketing campaigns from the very beginning development stages, to when they are introduced to customers.” A large part of Matt’s job is to create products, features and monthly statement messages for MasterCard customers.

My dad is the first to tell you he doesn’t know anything about budgeting or saving money. As he puts it, he’s “not one to let a dollar get warm in his hand.” He’s done all right over the years, but I don’t think he would ever suggest someone should follow his path as an example. He may have never given me advice on how to manage my money or make investments but he had taught me a lot of valuable lessons over the years.
My sister and I used to tease him because he always buys his jeans at the thrift store. I watched him refuse to buy a pair of new jeans because they were$13 and he could getter a better pair at Goodwill for $3 . In high school we couldn’t understand why he just wouldn’t shop in a regular store. He didn’t understand why people were getting rid of things that had years of use left in them. I’m not as avid a thrift store shopper as he still is, but I check second-hand shops first when I am in the market for something.
He also taught me too that it’s ok to splurge when I really want something. He wears those thrift store jeans with a pair of custom made cowboy boots that he had to go to Texas to have made. At the time, he was a long-haul truck driver so it was on the way, but they were still quite an indulgence. I haven’t tested the waters of custom footwear myself, but I do have a couple of things I like to spend on. And that’s ok.
My dad has always stressed the importance of being able to take care of myself. I can call roadside assistance to change my tire if I want, but he made sure I could do it myself before he let me take the car out in high school. Before I moved out of his house he taught me how to turn off the water main and change a fuse and he gave me a fully stocked tool box to take to my new apartment.
Probably the most important thing my dad has taught me is to be generous. To give materially to charity when possible, but to always give my time and energy when friends or family are in need. He has taught me that it’s worth taking an evening to help a friend with their problems, or to spend a weekend helping a family member move even if there is something else I would rather do.
I once asked my dad to tell me about his grandfather. He didn’t remember much; they had only been to visit him a few times during my dad’s childhood. But he remembered that his grandfather worked on a railway. He always had coins, which were flattened by the trains, for my dad and his sisters. Fortunately, my dad gets to see his grandkids more often than a lot of grandparents, but he always has something for them to take home, a small toy or some loose change for their piggy banks. Because my father learned a long time ago that it’s the little things a person remembers.

Atlanta—When discussing the appropriateness of antibiotic therapy for sinusitis, the most common condition for which outpatient antibiotic therapy is prescribed in the United States, the focus usually is on whether to prescribe the drugs and, if so, which one to choose.
A new study in JAMA Internal Medicine has raised another question, however: Why are prescriptions written for so many more days than recommended in clinical guidelines?
Researchers from the CDC point out that, when antibiotics are deemed necessary for the treatment of acute bacterial sinusitis, the Infectious Diseases Society of America evidence-based clinical practice guidelines recommend 5 to 7 days of therapy for patients with a low risk of antibiotic resistance who have a favorable response to initial therapy.
Yet, study results indicate that 69.6% of antibiotic prescriptions were written for 10 days or longer; the percentage soared to 91.5% when azithromycin was excluded.
Antibiotics were grouped as penicillins, tetracyclines, fluoroquinolones, cephalosporins, azithromycin, or other. The researchers also described treatment duration in days for all antibiotic prescriptions, as well as those excluding azithromycin, and by drug group.
The study points to past research indicating that shorter courses of antibiotics, 3 to 7 days, have been shown to produce similar outcomes with fewer adverse drug reactions, compared to longer durations of 6 to 10 days.
Also of concern to the researchers was that more than 20% of prescriptions were for a 5-day course of azithromycin. IDSA specifically recommends against the use of azithromycin for the treatment of sinusitis, because of its strong link to the development of drug resistance.
“In addition, because of high and persistent concentrations of azithromycin in tissue, 5 days of azithromycin therapy approximates 10 days of erythromycin therapy; therefore, a shorter course of treatment with azithromycin does not involve a shorter duration of antibiotic exposure,” study authors explain.

Answer: I want to study doctor, know medicine.
Answer: Literacy is a person who went to school, education is a person who went to school.
Answer: I see myself with great potential, during that time I see myself working in a hospital.
Answer: I admire the president of America (Barack Obama).
Answer: My dream is to be a doctor in the future.


Melanie grew 139.0 turnips. Benny grew 113.0 turnips. How many more turnips did Melanie grow than Benny? Answer:

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.
Next articleCan Chinese herbal medicine Zengru Gao encourage breastfeeding?

There were two twins. One of them was sleeping 8 hours a day, and the other one was sleeping 6 hours a day, every day.
They were living like this until they turned 72 years old.
How many years did each of them spend sleeping?
Answer: 24 and 18 years.
The first one was sleeping 8 hours a day, so he was sleeping 1/3 of his life, so in total he was sleeping 72/3 = 24 years.
The second one was sleeping 6 hours a day, so he was sleeping 1/4 of his life, so in total he was sleeping 72/4 = 18 years.
Next articleIs body mass index still an effective way to determine your health status?

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.

Right now, Dr. Johnson is three times older than his son.
When Dr. Johnson was 37 years old, his son was 3 years old.
How old are Dr. Johnson and his son now?
Answer: Dr. Johnson is 51 and his son is 17 years old.
Assume that Dr. Johnson is X years old and his son is Y years old.
Then 3Y = X, and X – Y = 34.
Solving for X and Y, we get X = 51 and Y = 17.

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?

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

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.

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.

Dr. Johnson needs to buy the same number of needles and syringes. The syringes are sold in packages of 6 and the needles are sold in packages of 10. What’s the smallest number of packages of syringes, and the smallest number of packages of needles, that Dr. Johnson can buy to have a matching number of each?
Answer: 5 packages of syringes and 3 packages of needles.
Dr. Johnson needs to come up with the smallest number that is divisible by both 6 and 10.
Since 6=2×3 and 10=2×5, the smallest number that is divisible by 6 and 10 is 2x3x5=30.
Therefore, Dr. Johnson needs 30/6=5 packages of syringes, and 30/10=3 packages of needles.

Will a Sterling Axis bridge fit on a EBMM Axis Super Sport?
Do Cutlass pickups still sound great without the silent circuit? Answer: YES!
Anybody up for a fake axis ?

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.

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.

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?

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.

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.

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.

Answer: You can sleep but not immediately after having lunch.
Answer: Hi dear, Yes,why not.sleep whenever you feel.like and importantly whenever you get time.as post delivery it is difficult to get sleep.so if you like to sleep in afternoon you can and infact it will boost your energy too.
Question: Mam can I sleep afternoon..?
Answer: Hi dear, yes you can sleep when ever you get time and you feel tired, but don't take complete bed rest if your pregnancy is healthy , do some walk to be fit in pregnancy.
Question: Can i sleep during afternoon?

Question: where is your laundry room?
Answer: Thank you for your inquiry. The laundry room is in the basement.
Question: where is your laundry room?
Answer: Thank you for your inquiry. The laundry room is in the basement.

A drove of sheep and chickens have a total of 99 heads and feet. There are twice as many chickens as sheep. How many of each are there?
On a man's tombstone, it is said that one sixth of his life was spent in childhood and one twelfth as a teenager. One seventh of his life passed between the time he became an adult and the time he married; five years later, his son was born. Alas, the son died four years before he did. He lived to be twice as old as his son did. How old did the man live to be?
There are 600 tennis players 4% wear wrist band on one wrist Of the remaining, 25% wear wrist bands on both hands How many players don't wear a wrist band?
Then what is the value f( 2 a b c ) = ?

We start and end the tour here!
Come and enjoy a lovely, private sailing trip in Naxos, as we take you to enjoy the regions astounding natural beauty and breath-taking sunsets. It is the perfect thing for couples looking for some time alone, although families on holiday and groups of friends would also enjoy!
We depart from the marina and make our way toward the south of Naxos. This is where you will witness Greece's nautical beauty at its best. Amazing coves, hidden bays, underwater caves, and crystal clear waters will leave you stunned. End the voyage by relaxing in front of an enchanting sunset in Greece!
You can capture these beautiful moments on the GoPro camera we will provide you. The crew will take care of the rest, so just sit back, relax and enjoy the beauty of Naxos!


Jason has 676.0 Pokemon cards. Alyssa bought Jason 224.0 new Pokemon cards. How many Pokemon cards does Jason have now? Answer:

Diameter of a Ping Pong Ball?
Diameter of a Ping Pong Ball?
Answer : 3 40 mm Explanation : Answer: C) 40 mm Explanation: The ball with which Table Tennis is played is called Ping Pong Ball.According to the International rules, the diameter of the ping pong ball must be not less than 39.5 millimeters and not greater than 40.5 millimeters having a mass of 2.7 grams.

Dentures represent a financial investment, but they are also an investment in your appearance, health, and self-esteem. Taking care of your dentures is an important factor in their long-term cost effectiveness. The team at West Chester Dental Group provides this advice for Cincinnati area patients to keep dentures affordable and lasting a long time.
To maintain a sanitary mouth and dentures, always wash your hands before removing dentures. They can get away from you, and may break on impact with the countertop, sink, or floor, so work over a clean, folded towel when handling dentures.
Unless your dentist recommends otherwise, it’s usually best to keep dentures moist when they aren’t in your mouth, to preserve their shape. If you don’t wear your dentures at night, soak them in a mild denture cleanser. Soaking solution may cause metal attachments on some dentures to tarnish, so that type should go in plain, fresh water.
Plaque forms on dentures just like it does on natural teeth. If you don’t remove it with routine cleaning, bacteria will cause bad breath and mouth sores. Daily brushing also keeps dentures attractively stain-free. Use a soft bristled brush to scrub all areas of the denture and attachments gently. Rinse in cool or warm water (hot water may warp the acrylic).
Use a mild denture cleaner or clear dishwashing liquid when brushing. Toothpastes and household cleansers are too abrasive – they leave scratches that dull your dentures and hold bacteria. Stay away from bleach; it may lighten the pink gum portion of dentures.
Dentures with broken parts, chips, cracks, loose teeth, or areas of breakage put a strain on your entire mouth.
West Chester Dental Group provides high-quality dentures, but even the best occasionally need repair or adjustment. This is very precise work that impacts stability, fit, comfort, and function so please DO NOT attempt to repair or adjust dentures on your own. Do-it-yourself kits may permanently damage dentures or contain glue with harmful chemicals.
You’ll get the best value from your dentures by seeing us if they need repair or adjustment. We can often take care of it in house, or we will arrange for our professional dental laboratory to fix your dentures.
Great-fitting dentures can be an affordable way to restore your enjoyment in smiling, speaking, and eating. West Chester Dental Group helps patients in the Cincinnati area get long life from their dentures, with regular examinations and advice on home care. Call 513-942-8181 today to schedule a denture consultation.

Use Peanut Butter Icecap Chips to add a creamy smooth peanut butter flavor to baked goods. These drops are large and contain 1,000 drops per pound.
Sugar, Palm Kernel Oil, Partially Defatted Peanut Flour, Peanut Butter (peanuts, salt), Nonfat Milk, Hydrogenated Palm Oil, Salt, Soy Lecithin (an emulsifier). Contains: Milk, Soy and Peanut Ingredients. May contain tree nuts and wheat products.

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.

Help creating a custom electrical symbol from scratch. Tutorials needed.
Obtain Part Type in Family for schedule?
if() statement for two different sets of Lookup Tables?
Family 90% Complete. Who can help with remaining 10%?
Family creation. check box options?
Making a text edit window.
Creating Pipe Fittings - Best practice and problem solving.
Shared parameter that schedules other parameters?
Lighting Family w/annotation - what am I doing wrong?
Changes in Line Weights in family not saving?
Issue at the most basic level of extrusion?
Oddly shaped duct - thoughts?
How do I edit this family?
Facebased family symbol won't show.
Visibility, Formulas and the Yes/No button.
Create New MEP VG sub category then assign geometry to it - How to help?
Where do I start creating Light fixture families?

And here she is, in all of her glory. We've been hearing plenty about the Lumia 1020 in the lead up to this event, and now, after a proper on-stage unveiling, we've finally got our hands on one. Granted, it's not the eye-popping yellow version Elop showed off on-stage (we got to play with the white and black versions), but it'll do nicely. As expected, the hardware's a beauty on this thing. There's that slick unibody design we've come to expect from recent Lumia devices, and in spite of amped up optics, the company hasn't really done too much to sacrifice weight and profile. On the front is an eye-catching 4.5-inch AMOLED PureMotion HD+, 1,280 x 768-pixel display, which nicely complements Windows Phone 8's bright UI. Nokia's also promised that the Gorilla Glass 3 display works well with gloves and is still readable in sunlight, but we'll have to get back to you on both of those.
Remember that thing we said about the slim profile? Well there's one important, but understandable caveat to that. The lens juts out a bit on the back of the thing, so if you try to lay it on that side, it won't sit flatly -- but as Elop said, the back is the new front, so maybe rest it on that shiny display, we guess... About a third of the back side is monopolized by that big lens. Along the top, you'll see a large flash along with three buttons -- one for volume (for that amped up speaker Nokia's built in), one for power and one, naturally, for the camera. That, after all, is kind of the point here.
Check out all the news from today's Nokia event at our hub!
Software-wise, you're talking mostly standard Windows Phone 8 fare, though if you're mostly interested in the photo aspect (as many surely are), the camera button will take you exactly where you want to go. As Elop said, it works right out of the box, and certainly we found that to be the case. Take a shot and zoom in and out to reframe it after the fact. Photos may take a bit longer to show up than on other devices, since it's making a 5MP copy at the same time, for all that WP8 social sharing you plan on doing.
If you want to fiddle with the settings, as you no doubt do, a button will bring you to different apps that play nicely with the new camera, including Bing Vision, Panorama, Photosynth, Vyclone and Nokia Pro Camera. Naturally, we started with the latter, which offers up instantaneous changes to settings like the white balance, ISO and exposure. It's simple to use, and photo pros are no doubt going to want to spend a lot of time in there.
Now, about that optional camera grip. Think of it like a Mophie Juicepack mixed with, well, a grip and a shutter button. The phone slides in from the top and locks in with a micro-USB connector at the bottom. On the exterior, you'll find a tripod thread along the side, while the bottom houses a micro-USB input for charging the battery packed inside -- four LEDs are onboard to check the charge level at the touch of a button. The shutter button thankfully has a nice and tactile click, with a pleasing amount of tension between a half and full push. Lastly, a strip of rubber for your fingertips adds to the secure feel of of its matte finish. Sure, it's a bit bulky, but we'll bet some folks won't mind.
Edgar Alvarez and Joe Pollicino contributed to this report.

Hi Gez! I've decided to give you your final vote as you've been actively participating in a variety of ways and even kept in touch while you were taking a break to cat sit. With that done, I'm happy to say that you've now received all the votes required to become a full member! We'll promote you in game shortly! Congratulations!
Nice guy to have around. Has my vote.
I also give a vote. Great in G chat.
Lovable guy to have around and I like his/your approach to the game comming back to it from such a long spell. I gief vote.
Hi Gez! Thanks for your patience while we reviewed your application. I’m happy to announce that we’ve decided to accept you into our guild! Message myself or another office in-game for an invite.
at this point it would be levelling but I’m happy to help and be a part of anything really, I like to get stuck in.
my most memorable moment was when I was raiding with my old guild it was my first raid, we had to drop down but my priest had levitate on and floated right into the boss by myself with everyone in the ledge... I never used that spell again!
Hi Gez, thanks for your application!
As you've expressed interest in some of the projects/ events the guild has to offer, I was wondering if there were any other sorts of events that you would like to see or possibly run them yourself?
My other question is, what is your most memorable moment during your time playing WoW?
the changes are quite big, the biggest one is no longer getting xp from dungeons which I found out the hard way after waiting for ages in dungeon finder. Also not rolling for loot was a weird one but I’m really enjoying it. I stopped playing mainly as I knew it would be a distraction from doing an access course at college and uni.
But im really enjoying it so far.
Hey there, yes that link is correct that’s my character.
Thanks very much for applying. My question I guess is: what made you want to return to the game? It's quite a long break you had (tbh you missed *nothing* with Warlords!!). How are you finding the changes?

Practice the questions given in the worksheet on word problems on four operations i.e. addition (+), subtraction (-), multiplication (×) and division (÷).
1. The population of a town is 198568. Out of them 45312 are men and 35678 are women. Find the number of children in the town.
2. A shopkeeper has 2425 boxes of 24 pencils each. How many pencils do all the boxes have in all?
3. Linda bought a coat for $2265 and a saree for $2150. She gave $5000 to the shopkeeper. How much money did the shopkeeper return to her?
4. The cost of 21 TV sets is $95844. Find the cost of one TV set.
5. A factory produces 24532 bulbs in a month. What is its annual production?
6. There are 145968 bags of sugar, 236487 bags of wheat and some bags of rice in a godown. It the total number of bags in the godown is 450000, find the number of bags of rice.
7. A factory manufactured 483685 toys in three weeks. The production in first week was 146345 toys and in second week 138152 toys. Find the production in the third week.
8. The cost of a sofa set is $9372. How much will 124 such sofa sets cost?
9. There are 86 rooms in a school. 4356 students study there. Equal number of students sits in each room?
10. 1575 students of a school want to go Agra by bus. If one bus can carry 75 students, how many buses are required to carry all the students?
11. The cost of a radio set is 1475. What is the cost of 35 such radio sets?
12. In an election, 52496 people voted for Ron, 44929 people for Jhon and 36824 people for Mike in a town. If everyone voted in the town, what is the total number of voters?
13. Maria bought 96 toys priced equally for $12960. The amount of $1015 is still left with her. Find the cost of each toy and the amount she had.
Answers for the worksheet on word problems on four operations are given below to check the exact answers of the above questions on addition, subtraction, multiplication and division.

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

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.

Harley Davidson has 360 football cards and 432 baseball cards.How an he place all the cards in staks of each type?
Looking for Calculus tutor. Tutor needs to be able to log on at9EST May 28 2013 so I can send them problems.

There are 6 persons seating on a round table in which two individual have the same names. What is the probability that the two same-named individuals will be neighbors?
Answer: Total no of ways in which 6 persons can sit on a round table is (6-1)! = 5! = 120.
If we consider two same-named individuals as one person there are 5 persons who can sit in (5-1)! ways and these individuals can be seated together in 2! ways.
So, required probability =(2*(5-1)!)/(6-1)!= 2/5.
So, the answer is 2/5 = 0.4.

How many North American birds use the boreal forest every year?
Correct Answer: C. The boreal forest is used by nearly half of the birds in North America every year. That’s a pretty important habitat, if you ask us! And with the boreal making up more than half of Canada’s land area, it’s pretty enormous too.
CWF Helps Determine Migratory Bird Populations in the North.

Hi Traders and welcome to a new week on EverythingFX.
Our members had a great result with our USDJPY long trade given this morning achieving 40-50 PIPs profits so far and I am now currently watching NZDUSD at this very interesting area.
Last week we saw a very nice decline on this pair once price broken back below the 0.6900 weekly support level, retested this as resistance and then fell 170 PIPs to the lows of 0.6730. Once we hit this level last week we have seen a slow down in price action and have not been able to decline any further as price has now been stuck range bound between 0.6730 support and 0.6770 resistance as highlighted on my chart.
I am watching price action around this support very carefully. Though initially this pair looks set to decline further, after a fast decline last week we may see more of a retracement from this pair before we head further south. The break out of this range will be our sign as to where this pair goes next but should we reject the support of 0.6730 once again, this may be an early sign of some bullish momentum about to enter the market.
If we break below 0.6730 and the consolidation zone, 0.6700 is sure to be hit very soon. However, if bulls enter the market and the 0.6730 level can hold, we could see price break out of the upper side of the consolidation zone and head back towards 0.6800 and then 0.6850.

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.

c. Radio New Zealand Listener Survey (2014/4) between 5 September and 2 December 2014.
will automatically receive one (1) entry into the Quarter 4 2014 Prize Draw for each Completed Survey. Limit of one (1) entry per eligible respondent for each of (a) – (c) above.
will automatically receive five (5) entries into the Quarter 4, 2014 Prize Draw for each Completed Survey. Limit of one Completed Survey (d) per eligible respondent.
A 'Completed Survey' is any one of (a) – (d) above that is completed and returned to Nielsen by eligible respondents within the designated time period.
Please read the Terms and Conditions below that apply to this competition.
1. Entry is only open to residents of New Zealand who are eligible for the Quarterly Prize Draw. Employees of the Promoter and their immediate families are ineligible.
2. Promotion commences on 11 September 2015 and closes on 14 January 2014. The closing date for each type of Completed Survey is stated in clause 1 above.
3. The draw will take place at 11am on 28 January 2015. The winner will be notified within 10 days of the draw by telephone, email or post and the winner’s name will be published in The Sunday Star Times on 8 February 2015. Promoter’s decision is final and no correspondence will be entered in to.
4. The first valid entry drawn will win the TOTAL prize, a NZD$5,000 cheque. The prize winner is responsible for any tax associated with the prize.
5. Prizes are not transferable or exchangeable. No responsibility is accepted for late, lost, misdirected or illegible entries.
6. The Promoter shall not be liable for any loss or damage whatsoever which is suffered (including but not limited to indirect or consequential loss) or for personal injury which is suffered or sustained, as a result of taking any of the prizes, except for any liability which cannot be excluded by law.
8. If the winner is under the age of 18 years the prize will be awarded to the winner’s parents or guardian.
9. All personal contact details of the entrants will be stored securely at the office of the Promoter and used to operate and administer this Prize Draw and to contact you about participating in additional surveys. As per the relevant privacy legislation, a request to access, update or correct any personal information should be directed to that office.
10. The Promoter is ACNielsen (NZ) ULC, L3 129 Hurstmere Road, Takapuna, Auckland, New Zealand, 0622. Phone: +64 9 970 4188.

A Chinese car manufacturer and an international manufacturer of transmission systems have both commissioned automation specialist Teamtechnik to develop custom functional test systems for dual-clutch transmissions.
For the OEM in China, the company is to design and develop a new test facility and extend an existing facility for hybrid vehicles. Teamtechnik specialists will be involved on-site working closely with the project team.

TAICHUNG, TAIWAN—On Sunday, two male soccer coaches at the Morrison Academy gave birth to a stellar soccer team consisting of 19 male teenagers. No sooner had coaches Abraham Sbardolini, 36, and Sera Sera, 48—both of whom were frustrated by what they perceived to be an incompetent soccer team—prayed zealously for a better soccer team than the latter experienced excruciating pain in his lower abdomen.
Sbardolini said that he “felt it kick a few times” before he underwent labor, during which a Morrison student promptly rushed to a school nurse to fetch a stretcher. According to Sera, The student single-handedly dragged the coach-laden, 200-pound stretcher across five miles of asphalt before giving up and abandoning both the stretcher and the coach before the hospital.
Ultimately, the nineteen sons were delivered without incident. They were promptly baptized and indoctrinated into Evangelical Protestantism. They are all named Isaac.
I’m glad that Morrison soccer team is improving. Rock on!


Sam grew 4.0 watermelons and then grew 3.0 more watermelons. How many watermelons does Sam have? Answer:

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!

Question: There are several books on a bookshelf. If one book is the 4th from the left and 6th from the right, how many books are on the shelf?
Answer: 9. Try sketching the problem out to see it.
Haha. There could also be seventeen in that case.

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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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.

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.

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.

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

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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Next articleWhy do allergic diseases differ across environments?

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.

For information about the funds we offer, please visit the First Investors Funds site.
If you’re thinking about life insurance, the process can sometimes seem overwhelming. People are often confused about the various options and the steps involved. We have prepared some simplified resources to help you understand how life insurance works, why you might need it and how to purchase it.

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.

The Antal Global Snapshot is a regular survey that determines hiring and firing intentions in some of the world’s key employment markets.
The data is collected through more than 9.000 questionnaires and we have been publishing this regularly since the Summer of 2008. The survey includes research from around 35 key countries that span five continents.
We hope you find it both interesting and useful.
Survey forms and telephone interviews help us populate the data in the ‘Antal Global Snapshot’. We question Line Managers and HR Managers to fill these surveys. The people replying to this survey work for companies, professional partnerships and financial institutions across 50 countries.
We ask each respondent whether they were currently hiring or letting go professional / managerial staff. through the survey, we also find out if they intended to do so over the coming quarter. We guarantee anonymity to all respondents to encourage open and honest answers.

An American silver creamer by Thomas You.
Thomas You is thought to be the son of the silversmith Daniel You. He was one of South Carolina’s well known patriotic craftsman. Thomas You boycotted British imports and was imprisoned for several months after refusing to sign a petition to surrender during the 1780 British siege of Charleston. Furthermore, he was the only silversmith to not sign the petition to surrender.
This piece by You not only is beautifully crafted, but also marks an important time in American history. It is representative of how one South Carolina craftsman reacted to unjust tax, with the promotion of locally manufactured goods.
Thomas You’s work is highly sought after and very rare. This silver creamer from Lamb Silver is in excellent condition. The initials “T*Y” on the base shows its authenticity. A very desirable piece of Charleston history.

“Jobs esl” in China is very popular nowadays. There are different types of schools but mainly public schools language training centers. You need to know the difference between these two types of schools, do you will know which you prefer or more suitable for you.
Public schools have a normal schedule, usually from 8am to 5pm, Mondays through Fridays. These students study at school every day and the whole day. They usually have text books ready and the specific courses taught. These students’ English levels vary depending on their own situation. Public schools will have around one month holiday for winter and one month for summer. Most schools will pay for one holiday, since they usually sign for ten months’ contract. The class size is usually from 40 to 60. There will be a Chinese assistant in the classroom. The pay for public schools is usually from 8,000 to 13,000rmb per month, for English teachers. Some public schools don’t have office hours. So the total hours might be 20h only per week, it depends. Public schools have more rules to follow, and not very flexible with everything.
Training centers have a very different schedule from public schools. The classes usually start in the afternoon, since this is a afterschool class. Students will have time to study after studying at public schools. There are also adults studying in training centers after working. Most of these students have more specific goals. Some come to study IELTS or TOEFL in order to pass the exam and study abroad. Most like to improve their speaking skills, since public schools don’t have much chance to practice speaking English. Some adults come to study for their business. Different students have different goals they want to achieve. Training centers don’t have long vacation like winter or summer holiday. They are busier during that time. The days off is usually during the weekdays, one or two days. The pay is higher, normally 10,000-16,000rmb per month. Training centers are more flexible and the class size is much smaller, usually 5-15, sometimes there are also one on one classes. It’s easier to control and to communicate with each student.
If you want a lighter work and want paid vacations, public schools might be more suitable. If you want a higher pay and don’t want to teach a big class, then training centers are more suitable.

A high-energy, rock n' roll band who makes "rockabilly music" seem like it's all brand new again. Perfect for corporate events, school parties, city events, festivals, etc. This show really appeals to all ages (at the same time)! Featuring: crowd-pleasing, easy-to-follow-dances, synchronized video projection behind-the-band with scenes from the 1950's-60's and lots of interactive, audience hijinks!

1. How many enterprise architects does it take to define “enterprise architecture”?
Answer: Well, that depends on what you mean by “enterprise architecture”.

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.

The M80 Stepps to Haggs DBFO is this year's Saltire Society Civil Engineering Award winner.
Maureen Watt msp Convener of the Infrastructure and Capital Investment Committee and Heather Reid, Meteorologist and Education Consultant presented the Award to representatives of the project at a ceremony in the National Museum of Scotland on the 31st October.
The M80 Stepps to Haggs project – which has dramatically reduced traffic congestion and journey times for drivers between Glasgow and Stirling – has beaten off stiff competition to pick up this year’s Saltire Society Civil Engineering Award.
The award recognises, the importance of civil engineering and the role it plays in society providing vital infrastructure including roads, bridges, stations, stadia and water systems. The M80 Stepps to Haggs project completes the 18km non-motorway section of one of Scotland’s busiest roads, providing the ‘missing link’ in a key strategic route linking Glasgow, Stirling and the North East. The judges commended the ‘ingenuity and enterprise’ of the project team in overcoming challenges involving a series of complex structures, highway construction and geotechnical issues.
In securing the accolade, the M80 joins previous winners, such as the Kessock Bridge at Inverness, the Falkirk Wheel and the Clyde Arc in Glasgow.
“The Saltire Society is delighted to recognise such a major project that affects the daily lives of so many people. The expertise and imagination required of such a project often remains unseen for those who ultimately benefit, but these are the very qualities that our awards strive to celebrate.” said Jim Tough, Executive Director of the Saltire Society.
Ten schemes from across Scotland were nominated for the prestigious award, with four others being selected for commendation: The Tay Road Bridge pier collision protection project in Dundee, Glasgow’s East End Regeneration route and both the Waverley Steps renovation and Advocates close and Motel One schemes in Edinburgh.
The project demonstrates an exceptionally high level of civil engineering expertise in a demanding environment to provide a system that will protect one of Scotland’s most important bridges against ship collision.
The project demonstrated a high level of initiative and original thinking to develop the design and overcome challenging conditions to execute the construction in an extremely restricted site in a busy urban environment.
The project demonstrates the value to the wider community of investment in infrastructure through environmental improvement and as a catalyst for further economic development.
The project demonstrated considerable initiative to develop the design and overcome challenging and extremely restricted construction conditions, the resulting scheme bringing a disused quarter of Edinburgh back into use.