SOLUTION: given that velocity can be described in terms of the acceleration rate and the time period . . . v=at and given that the time period can be described can be described in terms of

Algebra ->  Equations -> SOLUTION: given that velocity can be described in terms of the acceleration rate and the time period . . . v=at and given that the time period can be described can be described in terms of       Log On


   

Question 523114: given that velocity can be described in terms of the acceleration rate and the time period . . . v=at and given that the time period can be described can be described in terms of the distance covered and the acceleration rate . . . t=square root of 2d/a, how would I convert the equation to describe the velocity in terms of distance and acceleration?
Answer by ankor@dixie-net.com(22740) About Me  (Show Source):
You can put this solution on YOUR website!
given that velocity can be described in terms of the acceleration rate and the time period . . . v=at
and given that the time period can be described can be described in terms of the distance covered and the acceleration rate . . . t=square root of 2d/a,
how would I convert the equation to describe the velocity in terms of distance and acceleration?
:
v = a*t
replace t with sqrt%28%282d%29%2Fa%29
v = a%2Asqrt%28%282d%29%2Fa%29
we can also write it
v = sqrt%28%282da%5E2%29%2Fa%29
cancel a
v = sqrt%282ad%29