Important note: Unless otherwise stated, your answer must be in Sl units. A m = 25.0 [kg] block slides down a = 36.0 incline as shown, leaving the end with a speed of um = 1.20 [m/s]. At the same time, an M = 75.0 [kg] cart, whose top end is located h = 3.00 [m] below the end of the chute, moves to the left with a speed of UM = 3.00 [m/s], and catches the block as it falls. Once the cart catches the block, both move with the same speed. You may ignore friction. h 07 UM Um M What is the speed of the block just as it hits the cart? What is the velocity of the block-cart system after the cart catches the block? What is the change in energy of the cart and block immediately before and immediately after collision?
Important note: Unless otherwise stated, your answer must be in Sl units. A m = 25.0 [kg] block slides down a = 36.0 incline as shown, leaving the end with a speed of um = 1.20 [m/s]. At the same time, an M = 75.0 [kg] cart, whose top end is located h = 3.00 [m] below the end of the chute, moves to the left with a speed of UM = 3.00 [m/s], and catches the block as it falls. Once the cart catches the block, both move with the same speed. You may ignore friction. h 07 UM Um M What is the speed of the block just as it hits the cart? What is the velocity of the block-cart system after the cart catches the block? What is the change in energy of the cart and block immediately before and immediately after collision?
College Physics
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ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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![Important note: Unless otherwise stated, your answer must be in SI units.
Am = 25.0 [kg] block slides down a 0 = 36.0 incline as shown, leaving the end with a speed of um = 1.20 [m/s]. At the same time, an M = 75.0 [kg] cart, whose top end is located h = 3.00 [m] below the end of the chute, moves to the left
with a speed of u = 3.00 [m/s], and catches the block as it falls. Once the cart catches the block, both move with the same speed. You may ignore friction.
Ꮎ
h↑
UM
Um
M
What is the speed of the block just as it hits the cart?
What is the velocity of the block-cart system after the cart catches the block?
What is the change in energy of the cart and block immediately before and immediately after collision?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F490b18f4-fabd-4560-9cbf-14445effffcd%2F59211250-ed5b-4996-9fb0-3f12bf6b2429%2Fd1ddrdm_processed.png&w=3840&q=75)
Transcribed Image Text:Important note: Unless otherwise stated, your answer must be in SI units.
Am = 25.0 [kg] block slides down a 0 = 36.0 incline as shown, leaving the end with a speed of um = 1.20 [m/s]. At the same time, an M = 75.0 [kg] cart, whose top end is located h = 3.00 [m] below the end of the chute, moves to the left
with a speed of u = 3.00 [m/s], and catches the block as it falls. Once the cart catches the block, both move with the same speed. You may ignore friction.
Ꮎ
h↑
UM
Um
M
What is the speed of the block just as it hits the cart?
What is the velocity of the block-cart system after the cart catches the block?
What is the change in energy of the cart and block immediately before and immediately after collision?
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