Adapt the velocity equation v = v 0 + a ⋅ t to solve for average acceleration where the ball starts at t = 0.0 seconds and v 0 = 0.00 meters/second

Question

Adapt the velocity equation   v  =      v    0    +  a  ⋅  t to solve for average acceleration where the ball starts at t = 0.0 seconds and       v    0    =  0.00 meters/second

Giovanni Salazar · Accepted Answer

Let be   v  =      v    0    +  a  ⋅  t ,which can be adapted by using the following substitution:   t  =      t    ′    −      t    0  Where:      t    ′   - Final instant, measured in seconds.      t    0   - Initial instant, measured in seconds.  v  =      v    0    +  a  ⋅  (  t  −      t    0    )Where:v - Final velocity, measured in meters per second.      v    0   - Initial velocity, measured in meters per second.a-Average acceleration, measured in meters per square second.Now, average acceleration is cleared:  a  =            v      −              v        0                            t        ′            −              t        0            Given that       t    0    =  0     s and       v    0    =  0     m      /    s , then:   a  =      v          r      ′

Adapt the velocity equation v=v_0 + at to solve for average acceleration where the ball starts at t = 0.0 seconds and v_0 = 0.00 meters/second

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