Question

A heavy stone of mass 25 kg is raised to the top of a building 10m high and then dropped

freely under gravity with velocity 36km/h ( g= 10 m/s2

).

13(a) Calculate the work done in raising the heavy stone to the top of the building.

13(b) What is the value of the gravitational potential energy at the top of the building?

13(c) By what factor will the gravitational potential energy of the same stone increase if it is

jjjjjjjjjjjjjjjjraised to the top of a multistoried building 30m high?

13(d) What will be the kinetic energy of the stone just before touching the ground?

13(e) Is the stone experiencing free fall? Why?

* I need only the answers for the above questions and no procedure is required.​

Answer 1

Answer:

Writing is a medium of human communication that involves the representation of a language with symbols. Writing systems are not themselves human languages; they are means of rendering a language into a form that can be reconstructed by other humans separated by time and/or space.

Answer 2

Answer:

A heavy stone of mass 25 kg is raised to the top of a building 10m high and then dropped

A heavy stone of mass 25 kg is raised to the top of a building 10m high and then dropped freely under gravity with velocity 36km/h ( g= 10 m/s2

A heavy stone of mass 25 kg is raised to the top of a building 10m high and then dropped freely under gravity with velocity 36km/h ( g= 10 m/s2).

A heavy stone of mass 25 kg is raised to the top of a building 10m high and then dropped freely under gravity with velocity 36km/h ( g= 10 m/s2). 13(a) Calculate the work done in raising the heavy stone to the top of the building.

A heavy stone of mass 25 kg is raised to the top of a building 10m high and then dropped freely under gravity with velocity 36km/h ( g= 10 m/s2). 13(a) Calculate the work done in raising the heavy stone to the top of the building.13(b) What is the value of the gravitational potential energy at the top of the building?

A heavy stone of mass 25 kg is raised to the top of a building 10m high and then dropped freely under gravity with velocity 36km/h ( g= 10 m/s2). 13(a) Calculate the work done in raising the heavy stone to the top of the building.13(b) What is the value of the gravitational potential energy at the top of the building?13(c) By what factor will the gravitational potential energy of the same stone increase if it is

A heavy stone of mass 25 kg is raised to the top of a building 10m high and then dropped freely under gravity with velocity 36km/h ( g= 10 m/s2). 13(a) Calculate the work done in raising the heavy stone to the top of the building.13(b) What is the value of the gravitational potential energy at the top of the building?13(c) By what factor will the gravitational potential energy of the same stone increase if it is jjjjjjjjjjjjjjjjraised to the top of a multistoried building 30m high?

A heavy stone of mass 25 kg is raised to the top of a building 10m high and then dropped freely under gravity with velocity 36km/h ( g= 10 m/s2). 13(a) Calculate the work done in raising the heavy stone to the top of the building.13(b) What is the value of the gravitational potential energy at the top of the building?13(c) By what factor will the gravitational potential energy of the same stone increase if it is jjjjjjjjjjjjjjjjraised to the top of a multistoried building 30m high?13(d) What will be the kinetic energy of the stone just before touching the ground?

A heavy stone of mass 25 kg is raised to the top of a building 10m high and then dropped freely under gravity with velocity 36km/h ( g= 10 m/s2). 13(a) Calculate the work done in raising the heavy stone to the top of the building.13(b) What is the value of the gravitational potential energy at the top of the building?13(c) By what factor will the gravitational potential energy of the same stone increase if it is jjjjjjjjjjjjjjjjraised to the top of a multistoried building 30m high?13(d) What will be the kinetic energy of the stone just before touching the ground?13(e) Is the stone experiencing free fall? Why?

A heavy stone of mass 25 kg is raised to the top of a building 10m high and then dropped freely under gravity with velocity 36km/h ( g= 10 m/s2). 13(a) Calculate the work done in raising the heavy stone to the top of the building.13(b) What is the value of the gravitational potential energy at the top of the building?13(c) By what factor will the gravitational potential energy of the same stone increase if it is jjjjjjjjjjjjjjjjraised to the top of a multistoried building 30m high?13(d) What will be the kinetic energy of the stone just before touching the ground?13(e) Is the stone experiencing free fall? Why?* I need only the answers for the above questions and no procedure is required.