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I've never taken the Bar exam but I have taken the Series 7 Exam and passed my first try with a 94. The Series 7 is very comprehensive and contains information you are not likely to run into as a practicing financial advisor. You best prepare for 8 weeks or more if you have any hope to pass.

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KC Acampora

Lvl 2
5y ago

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Continue Learning about Calculus

Real life application of a four bar linkage?

vice grips


A sentence with the word calorie?

That candy bar has way to many calories for you to be eatting.


What are spatial derivatives?

A spacial derivativeis a measure of how a quantity is changing in space. This is in contrast to a temporal derivative which would be a measure of how a quantity is changing in time.For instance, is you placed a metal bar with one end in ice water, and the other end in boiling water, you could measure the temperature along the bar. The temperature would be different at each point along the bar. The rate of change of this temperature along the bar is a spacial derivative.(A temporal derivative would be if you took a hot piece of metal and put one end in ice, then measured the temperature at the other end over time, and found the rate at which it cools down.)In mathematics it is usual, if given some function F, to denote spacial derivatives as dF/dx, dF/dy, dF/dz, or Fx, Fy, Fz, when dealing with normal Cartesian coordinates.


Can you install carpet over floating wood floors?

Yes, but only if it's glue-down carpet. You cannot install tack-strip and pad, and then stretch carpet over a floating floor because it will pull up sections of the flooring at the edges and very likely buckle in the middle. Then your carpet comes loose. Floating floors are incredibly EASY to remove - just bust a piece out at an edge, and the rest will come up like puzzle pieces. Only tools needed are a pry-bar, gloves and eye protection. Take it out - easy to do.


How many calories does it take to raise 1 kg 1 meter?

The work done is transformed into potential energy (in the object lifted) so W = m x g x dz where W = Work m = mass g = acceleration due to gravity dz = change in height => W = 1kg x 1m x 9.81m/s/s => W = 9.81J 1J = 0.239 calories => It takes 2.345 calories to lift 1kg by 1m NOTE These are "real" calories. The calories usually talked about in relation to dieting etc are kilo-calories so to equate this value to the calories in a chocolate bar, divide by 1000