of the cart at each of the following po A: The bottom of the first hill B: The top of the second hill C: The top of the loop-de-loop
of the cart at each of the following po A: The bottom of the first hill B: The top of the second hill C: The top of the loop-de-loop
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![Daniel is on a date with Jessica, and the two of them decide to go to an amusement park. They
get on a single-cart rollercoaster and climb to a point 50m above the ground before reaching the first
drop. Using your knowledge of energy, and assuming an initial velocity of Om/s, determine the velocity
of the cart at each of the following points:
A: The bottom of the first hill
B: The top of the second hill
C: The top of the loop-de-loop
Start: h=50m
A: h=10m
B: h=25m
C: h=40m
Ignore the effects of friction and air resistance.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8d98fefe-3c3c-41dd-bfcb-0463b7219bf6%2F4c194c2c-9cca-4594-b66b-75573c5388b4%2Fakukjts_processed.png&w=3840&q=75)
Transcribed Image Text:Daniel is on a date with Jessica, and the two of them decide to go to an amusement park. They
get on a single-cart rollercoaster and climb to a point 50m above the ground before reaching the first
drop. Using your knowledge of energy, and assuming an initial velocity of Om/s, determine the velocity
of the cart at each of the following points:
A: The bottom of the first hill
B: The top of the second hill
C: The top of the loop-de-loop
Start: h=50m
A: h=10m
B: h=25m
C: h=40m
Ignore the effects of friction and air resistance.
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