Asmall rubber ball is thrown at a heavier, larger basketball that is still. the small ball bounces off the basketball. assume there are no outside forces acting on the balls.
a. how does the force on the small ball compare to the force on the basketball?
b. compare the total momentum of the two balls before and after the collision?
c. the mass of the basketball is 600 grams and its velocity before the small ball hits is 0 m/s. the mass of the small ball is 100 grams and its velocity is +5 m/s before the collision and -4 m/s afterward. what is the velocity of the basketball after the collision?

A 100-gram rubber ball was launched at a wall with different amounts of force. The speed of the ball was measured after it hit the wall and bounced off. The table below shows the data collected during the investigation.

Force Investigation Data

Launch Force on BallReturn Speed after Bounce

0.5 N5 m/s

1.5 N9 m/s

2.0 N18 m/s

Which of the following best explains the trend shown by the data?

A 100-gram rubber ball was launched at a wall with different amounts of force. The speed of the ball was measured after it hit the wall and bounced off. The table below shows the data collected during the investigation.

Force Investigation Data

Launch Force on BallReturn Speed after Bounce

0.5 N5 m/s

1.5 N9 m/s

2.0 N18 m/s

Which of the following best explains the trend shown by the data?

answer: 802.3 kilo joules of energy represents 191.75 kilo calorie of energy.

explanation:

energy released during combustion of one mole methane = 802.3 kilo joules

if 1 kilo joule = 0.239006   kilo calorie

then ,802.3 kilo joule will be = 802.30.239006 kilo calorie

802.3 kilo joule = 191.75 kilo calorie

hence, the energy in kilo calorie is 191.75 kilo calorie.

grav potential energy