Solving for Initial Velocity in Kinematic Equations

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To solve for initial velocity (Vo) in the kinematic equation Vf = Vo + at, it can be rearranged to Vo = Vf - at. For the second question involving the equation P1V1 = P2V2, the variable V1 can be isolated by rearranging the equation to V1 = (P2V2)/P1. The discussion highlights the importance of correctly isolating variables in both equations. Participants emphasize the need for careful rearrangement to arrive at the correct solutions. Understanding these fundamental concepts is crucial for success in Physical Science.
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Homework Statement


Question 1:
Vf = Vo + at
Find Vo

Question 2:

P1V1 = P2V2
Find V1

Homework Equations





The Attempt at a Solution



Vo = at - vf

I'm new to taking Physical Science. Could someone help me on understanding how to solve the above problems. I got stuck on the second one. Thanks.
 
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i can't understand what you are asking
 
The question is Vf = Vo + at
I got to find Vo
 
Ummm ... just rearrange them?
 
Vo = at - vf

is what I got by isolating variables.
 
Rearrange correctly

it must be: Vo = Vf - at
 
cupid.callin said:
Rearrange correctly

it must be: Vo = Vf - at

Thanks so much. :)
 
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