The applied force is no longer applied, and the block is still on the new surface with a force of friction 20N. We now observe the block when it is moving with a velocity of 40m/s.a) How long will it take the block to slow down?b) How far will the block travel before it slows down to a complete rest?c) What is the magnitude of the net force on the block when it is finally at rest? Acceleration = 10. m/s?Frictionalforce F1Appliedforce 50. Nm = 4.0 kg(Not drawn to scale)The applied force is no longer being applied, and the block is still on the new surface with a force of friction of 20 N. We now observe the block when it is moving with a velocity of 40 m/s.How long will it take the block slow down to a complete rest?

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Description: The applied force is no longer applied, and the block is still on the new surface with a force of friction 20N. We now observe the block when it is moving with a velocity of 40m/s.a) How long will it take the block to slow down?b) How far will the bl

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Chapter1: Units, Trigonometry. And Vectors

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The applied force is no longer applied, and the block is still on the new surface with a force of friction 20N. We now observe the block when it is moving with a velocity of 40m/s.

a) How long will it take the block to slow down?

b) How far will the block travel before it slows down to a complete rest?

c) What is the magnitude of the net force on the block when it is finally at rest?

Acceleration = 10. m/s?
Frictional
force F1
Applied
force 50. N
m = 4.0 kg
(Not drawn to scale)
The applied force is no longer being applied, and the block is still on the new surface with a force of friction of 20 N. We now observe the block when it is moving with a velocity of 40 m/s.
How long will it take the block slow down to a complete rest?

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