Asked by AMY
The velocity ( v meters per second ) of a body is known to be proportional to the sqaure root of it's kinetic energy ( e ejoules). When the velocity of a body is 120m/s it's kinetic energy is 1600J.
Write down the relationship between v , e using k as the constant of varation.
Calculate the value of k
v = 21 , calculate the kenetic energy of the body in joules.
Can someone explain me please the right method in solving each quesion with the steps.
Write down the relationship between v , e using k as the constant of varation.
Calculate the value of k
v = 21 , calculate the kenetic energy of the body in joules.
Can someone explain me please the right method in solving each quesion with the steps.
Answers
Answered by
bobpursley
v= k sqrtKe
120=k sqrt 1600 solve for k, the proportionality constant.
Then,
v= k sqrt KE
ke= (v/k)^2
120=k sqrt 1600 solve for k, the proportionality constant.
Then,
v= k sqrt KE
ke= (v/k)^2
There are no AI answers yet. The ability to request AI answers is coming soon!
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.