Respuesta :
Answer:
Greater than 30 J
Explanation:
We know that if the resistance air is nothing then the potential energy is directly translated into the energy of the kinetic i.e kinetic energy also there is second condition is arises If the resistance of air is used to operate towards the air resistance then the potential energy is greater then the kinetic energy .
In the given mention question the ball is gaining the 30 J of the kinetic energy on drooping it on the air resistance it simply means that the ball is losing the potential energy of 30 J.Therefore the gravitational potential energy of the ball is greater then than 30 J
The gravitational potential energy where the ball loses should be Greater than 30 J
Translation of the potential energy to the kinetic energy:
In the case when the resistance air should be nothing so this transformation could be done. Also there should be the second condition when the air resistance should be used for operating other than the potential energy that should be more than the kinetic energy.
Since in the given situation, the ball should be gained the 30 J of the kinetic energy so here the ball should lose the potential enery of 30 J.
learn more about energy here: https://brainly.com/question/15182235
