See the figure below: ● Mass of the ball = 3 kg, mass of steel block J.900 kg. The length of the string is 56 cm. Initially, the steel block is at rest on a surface that has a coefficient of kinetic friction of 0.25. The group must answer the following: ● You observe that after "inelastic" collision, the block travelled a distance of 50 cm. Calculate the speed of the ball after hitting the block and specify its direction. ● Calculate the total kinetic energy before and after. Comment/interpret of it.
See the figure below: ● Mass of the ball = 3 kg, mass of steel block J.900 kg. The length of the string is 56 cm. Initially, the steel block is at rest on a surface that has a coefficient of kinetic friction of 0.25. The group must answer the following: ● You observe that after "inelastic" collision, the block travelled a distance of 50 cm. Calculate the speed of the ball after hitting the block and specify its direction. ● Calculate the total kinetic energy before and after. Comment/interpret of it.
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Transcribed Image Text:TASK 3
See the figure below:
●
Mass of the ball = 3 kg, mass of steel block J.900 kg. The length
of the string is 56 cm.
Initially, the steel block is at rest on a surface that has a
coefficient of kinetic friction of 0.25.
The group must answer the following:
You observe that after "inelastic" collision, the block
travelled a distance of 50 cm. Calculate the speed of the ball
after hitting the block and specify its direction.
Calculate
kinetic energy before and after.
the total
Comment/interpret of it.
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