A 15 oz football is kicked straight up in the air such that it takes 2.7 s (after separating from the kicker's foot) to achieve its maximum height. Determine the impulse imparted by the kicker to the football, assuming that right before the kick the football is held stationary and that the weight of the football can be neglected while it is in contact with the foot. Also, if the contact between the football and the foot lasts 8×10-3 s, determine the average force exerted by the kicker on the football. olw lsd odrio

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Show all steps. Use linear impulse and average force to solve.
Problem 5.24
18s.a maldo19
A 15 oz football is kicked straight up in the air such that it takes 2.7 s (after separating
from the kicker's foot) to achieve its maximum height. Determine the impulse imparted
by the kicker to the football, assuming that right before the kick the football is held
stationary and that the weight of the football can be neglected while it is in contact with
the foot. Also, if the contact between the football and the foot lasts 8×10¬3 s, determine
the average force exerted by the kicker on the football.
AMIode malay
सोद्रा
Transcribed Image Text:Problem 5.24 18s.a maldo19 A 15 oz football is kicked straight up in the air such that it takes 2.7 s (after separating from the kicker's foot) to achieve its maximum height. Determine the impulse imparted by the kicker to the football, assuming that right before the kick the football is held stationary and that the weight of the football can be neglected while it is in contact with the foot. Also, if the contact between the football and the foot lasts 8×10¬3 s, determine the average force exerted by the kicker on the football. AMIode malay सोद्रा
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