A body moving from rest along a straight line with an acceleration which equation is \(a = 4 - \frac{{{t^2}}}{g}\) where a-m/s2 and t-seconds. Its velocity and distance travelled in 6 seconds:

A body moving from rest along a straight line with an acceleration whi

1.	A body moving from rest along a straight line with an acceleration which equation is \(a = 4 - \frac{{{t^2}}}{g}\) where a-m/s2 and t-seconds. Its velocity and distance travelled in 6 seconds:
A.	10 m/s, 40 m
B.	12 m/s, 50m
C.	16 m/s, 60 m
D.	14 m/s, 55 m
Answer» D. 14 m/s, 55 m

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A body moving from rest along a straight line with an acceleration which equation is \(a = 4 - \frac{{{t^2}}}{g}\) where a-m/s2 and t-seconds. Its velocity and distance travelled in 6 seconds:

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