Home-stretch 15. The coaster needs to come to a complete stop by the time it reaches point I. Calculate the deceleration of the coaster as it moves from point H>L 16. How much force is required to produce this deceleration (ignore friction). 17. Calculate the impulse imparted onto the coaster to make it stop (hint.think change in momentum)
Home-stretch 15. The coaster needs to come to a complete stop by the time it reaches point I. Calculate the deceleration of the coaster as it moves from point H>L 16. How much force is required to produce this deceleration (ignore friction). 17. Calculate the impulse imparted onto the coaster to make it stop (hint.think change in momentum)
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Transcribed Image Text:Mechanics and Energy Combo Activity
Mass of coaster = 1000 Kg
E
150 m
100 m
Radiem
40 m
station
A
F
H.
25 meters
**The train starts from rest at point A and accelerates to point B
Home-stretch
15. The coaster needs to come to a complete stop by the time it reaches point I. Calculate the deceleration of the coaster as it moves from
point H →1.
16. How much force is required to produce this deceleration (ignore friction).
17. Calculate the impulse imparted onto the coaster to make it stop (hint.think change in momentum)
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