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Velocity Problem : Let's look briefly at the velocity problem. Several calculus books will treat it as its own problem. . In this problem we are given a position function of an object, f(t), which gives the position of an object at time t. Then to calculate the instantaneous velocity of the object we just have to recall that the velocity is nothing more than the rate at which the position is changing.
In other terms, to estimate the instantaneous velocity first we would calculate the average velocity,
A.V . = change in position/ time traveled
= f (t ) - f ( a ) /t - a
and then take values of t closer & closer to t = a & use these values to estimate the instantaneous velocity.
Solve 4 sin 2 ( t ) - 3 sin ( t /3)= 1 . Solution Before solving this equation let's solve clearly unrelated equation. 4x 2 - 3x = 1 ⇒ 4x 2 - 3x -1 = ( 4x + 1) ( x
x=+y^2=4
Utilizes the second derivative test to classify the critical points of the function, h ( x ) = 3x 5 - 5x 3 + 3 Solution T
recomendation to a company to implement ERP to succeed
1. (a) Give an example of a function, f(x), that has an inflection point at (1, 4). (b) Give an example of a function, g(x), that has a local maximum at ( -3, 3) and a local min
1-tan^2 A/1+tan^2 = cos A - sinA/cos A
Multiplication Rule: Dependent Events The joint probability of two events A and B which are dependent is equal to the probability of A multiplied by the probability of B given
Three payments of $2000 (originally due six months ago, today, and six months from now) have been renegotiated to two payments: $3000 one month from now and a second payment due in
how do you turn 91 divided by730 into a compatible number
what is an equation for circle?..
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