Duplicate Question
The question on this page has been marked as a duplicate question.
Original Question
A 31.0 kg child on a swing reaches a maximum height of 1.92 m above their rest position. Assuming no loss of energy: a) At what...Asked by Matt Damon
A 31.0 kg child on a swing reaches a maximum height of 1.92 m above their rest position.
Assuming no loss of energy:
a) At what point during the swing will she attain their maximum speed?
b) What will be her maximum speed through the subsequent swing?
c) Assuming this maximum height was the result of one push from her parent, what was the
Assuming no loss of energy:
a) At what point during the swing will she attain their maximum speed?
b) What will be her maximum speed through the subsequent swing?
c) Assuming this maximum height was the result of one push from her parent, what was the
Answers
Answered by
Leila
-at the bottom (max KE)
-max KE = max GPE
1/2 (31.0) v^2 = 584 J
v^2 = 37.67
v = 6.14 m/s
-idk what the last question is
-max KE = max GPE
1/2 (31.0) v^2 = 584 J
v^2 = 37.67
v = 6.14 m/s
-idk what the last question is
Answered by
Matt Damon
so max KE = max GPE, I never thought of that. Can you explain this part?
Answered by
Leila
bc at the bottom of her swing (KE=GPE), which equals 584 J
Answered by
Chanz
Since mass is irrelevant for part b I'm assuming they want the force of the push in part c which will be 584/1.92 (Fd =mgh)
There are no AI answers yet. The ability to request AI answers is coming soon!