Question

a cricket ball is at rest is hit by a batsman such that the that the he was at on the word for 0.08 seconds if the ball is of mass 80 gram and covers a distance of hundred metre in 1.8 second find the magnitude of force


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Answer 1

Answer:

Cricket ball,

u = 0 m/s

Mass = 80 g

= 0.08 kg

Connection between ball and bat = 0.08 s

S = 100 m

Time to cover the distance = 1.8 s

S = ut+0.5at²

S = 0.5at²

100 = 0.5at²

100/0.5t² = a

= 100/(0.5*1.8*1.8) = a

= 100/1.62 m/s² = a

= 61.72 m/s² = a

F = ma

= 0.08*61.72 N

= 4.93 N

Hope this helps.