

Given :


We, have to find frequency :





Hope Helps!
The faster the job is done, the greater the power
I can not solve the problem if I do not have the mass.
Answer:
research topic and research question (hypothesis)
Explanation:
Well, if the skydiver is at constant velocity, than there’s no acceleration, as stated by Newton’s first law. Thus the total net force would equate to 0. In order to make this statement true, the answer would have to be exactly 600 N.