A 2,050 kg roller coaster cart is pulled by a tow cable at a constant speed of 1.9 m/s to the top of a 53.5 m tall ramp that has a 40° incline. The coefficient of friction between the cart and the roller coaster ramp is μ = 0.10. When the roller coaster cart makes it to the top of the ramp, the cable breaks and the cart accelerates down to the bottom of the ramp. tow cable, You might need: Calculator Calculate the work done by friction on the roller coaster cart as it rolled back down the ramp after the cable broke. kJ 53.5 m Write your answer to three significant figures. Show Calculator

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ISBN:9781305952300
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Chapter1: Units, Trigonometry. And Vectors
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esenta
entur
Servati
2:5g
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A 2,050 kg roller coaster cart is pulled by a tow cable at a constant speed of 1.9 m/s to the top of a
53.5 m tall ramp that has a 40° incline. The coefficient of friction between the cart and the roller coaster
ramp is = 0.10.
tow cable
Work and mechanical energy
When the roller coaster cart makes it to the top of the ramp, the cable breaks and the cart accelerates
down to the bottom of the ramp.
You might need: Calculator
kJ
Calculate the work done by friction on the roller coaster cart as it rolled back down the ramp after the
cable broke.
Show Calculator
53.5 m
Write your answer to three significant figures.
Transcribed Image Text:esenta entur Servati 2:5g tice w on the a t test E your k is in this A 2,050 kg roller coaster cart is pulled by a tow cable at a constant speed of 1.9 m/s to the top of a 53.5 m tall ramp that has a 40° incline. The coefficient of friction between the cart and the roller coaster ramp is = 0.10. tow cable Work and mechanical energy When the roller coaster cart makes it to the top of the ramp, the cable breaks and the cart accelerates down to the bottom of the ramp. You might need: Calculator kJ Calculate the work done by friction on the roller coaster cart as it rolled back down the ramp after the cable broke. Show Calculator 53.5 m Write your answer to three significant figures.
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