A single pulse of monoenergetic protons is fired at a small target,and all the protons are absorbed.The speed of each of the protons .The average pressure on the target during this pulse is .The experiment is repeated,but this time the kinetic energy of the protons is doubled,the area of the target is doubled,and the duration of the pulse is doubled although the pulse contains the same number of protons as in the first procedure.What is the average pressure on the target during the second pulse?

Question

A single pulse of monoenergetic protons is fired at a small target,and all the protons are absorbed.The speed of each of the protons  .The average pressure on the target during this pulse is  .The experiment is repeated,but this time the kinetic energy of the protons is doubled,the area of the target is doubled,and the duration of the pulse is doubled although the pulse contains the same number of protons as in the first procedure.What is the average pressure on the target during the second pulse?

Quizplus · Accepted Answer

The Answer of A single pulse of monoenergetic protons is fired at a small target,and all the protons are absorbed.The speed of each of the protons  .The average pressure on the target during this pulse is  .The experiment is repeated,but this time the kinetic energy of the protons is doubled,the area of the target is doubled,and the duration of the pulse is doubled although the pulse contains the same number of protons as in the first procedure.What is the average pressure on the target during the second pulse?

A Single Pulse of Monoenergetic Protons Is Fired at a Small