A ball of mass 150 g is acted upon by a force of 250 dynes for 10 seco

1.	A ball of mass 150 g is acted upon by a force of 250 dynes for 10 seconds. If the ball is initially at rest, then calculate the final velocity.
Answer» Answer:Given that, Force F=100dyn Mass m=5g Time t=10s Initial VELOCITY u=0 Now, the acceleration is F=ma a= m F a= 5×10 −3 100×10 −5 a=0.20m/s 2 Now, from EQUATION of motion v=u+at v=0+0.20×10 v=2m/s v=200cm/s Hence, the velocity produced is 200 cm/s Explanation:

A ball of mass 150 g is acted upon by a force of 250 dynes for 10 seconds. If the ball is initially at rest, then calculate the final velocity.

Answer»

Answer:Given that,

Force F=100dyn

Mass m=5g

Time t=10s

Initial VELOCITY u=0

Now, the acceleration is

F=ma

5×10

−3

100×10

−5

a=0.20m/s

Now, from EQUATION of motion

v=u+at

v=0+0.20×10

v=2m/s

v=200cm/s

Hence, the velocity produced is 200 cm/s

Explanation:

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A ball of mass 150 g is acted upon by a force of 250 dynes for 10 seconds. If the ball is initially at rest, then calculate the final velocity.​

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A ball of mass 150 g is acted upon by a force of 250 dynes for 10 seconds. If the ball is initially at rest, then calculate the final velocity.