A ball is dropped from rest from the top of a 10 m building. a) Find the ball's velocity when it has fallen a distance of 3.0 m b) Find the ball's velocity as it hits the ground. Use the work-energy theorem to solve the problem.

answer

watching

views

For unlimited access to Homework Help, a Homework+ subscription is required.

You have 0 free answers left.
Get unlimited access to 3.8 million step-by-step answers.

Get unlimited access

Already have an account? Log in

Reid WolffLv2

15 Jun 2019

Unlock all answers

Get 1 free homework help answer.

Already have an account? Log in

Related questions

A 0.34 kg, 0.22 m diameter ball is dropped from rest from theorigin at yo = 0.

a) What is the ball's position at time t = 3.4 s?

b) What is the ball's velocity at time t = 3.4 s?

c) How long did it take the ball to fall half the distancecalculated in part (a) above?

d) What was the ball's velocity when it was at half the distancecalculated in part (a) above?

e) How long did it take the ball to get to half the velocitycalculated in part (b) above?

f) What was the ball's position when it had half the velocitycalcualted in part (b) above?

A 0.66 kg, 0.37 m diameter ball is dropped from rest from theorigin at yo = 0.

a) What is the ball's position at time t = 4.6 s?

b) What is the ball's velocity at time t = 4.6 s?

c) How long did it take the ball to fall half the distancecalculated in part (a) above?

d) What was the ball's velocity when it was at half the distancecalculated in part (a) above?

e) How long did it take the ball to get to half the velocitycalculated in part (b) above?
f) What was the ball's position when it had half the velocitycalcualted in part (b) above?

velocity
Question Details
A 0.66 kg, 0.37 m diameter ball is dropped from rest from theorigin at yo = 0.

a) What is the ball's position at time t = 4.6 s?

b) What is the ball's velocity at time t = 4.6 s?

c) How long did it take the ball to fall half the distancecalculated in part (a) above?

d) What was the ball's velocity when it was at half the distancecalculated in part (a) above?

e) How long did it take the ball to get to half the velocitycalculated in part (b) above?

f) What was the ball's position when it had half the velocitycalcualted in part (b) above?

Weekly leaderboard

Home

Homework Help 3,900,000

Physics 110,000

A ball is dropped from rest from the top of a 10 m building. a) Find the ball's velocity when it has fallen a distance of 3.0 m b) Find the ball's velocity as it hits the ground. Use the work-energy theorem to solve the problem.

Unlock all answers

Related textbook solutions

Physics: Principles with Applications

Related questions

Weekly leaderboard