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Section C: Applications (30%) 4. A 4.0 kg block is pushed upward at point X and gained an initial velocity of 9.0 m/s [upward]. The ramp has a negligible friction. a. Draw a free body diagram, and label all forces acting on the block. 350 b. Calculate the acceleration of the block as it moves up the ramp. c. What is the maximum distance, d, travelled by the block before it comes to a complete stop? 4.0 kg X

Section C: Applications (30%) 4. A 4.0 kg block is pushed upward at point X and gained an initial velocity of 9.0 m/s [upward]. The ramp has a negligible friction. a. Draw a free body diagram, and label all forces acting on the block. 350 b. Calculate the acceleration of the block as it moves up the ramp. c. What is the maximum distance, d, travelled by the block before it comes to a complete stop? 4.0 kg X

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Section C: Applications (30%) 4. A 4.0 kg block is pushed upward at point X and gained an initial velocity of 9.0 m/s [upward]. The ramp has a negligible friction. a. Draw a free body diagram, and label all forces acting on the block. 35⁰ b. Calculate the acceleration of the block as it moves up the ramp. c. What is the maximum distance, d, travelled by the block before it comes to a complete stop? 4.0 kg X
Transcribed Image Text:Section C: Applications (30%) 4. A 4.0 kg block is pushed upward at point X and gained an initial velocity of 9.0 m/s [upward]. The ramp has a negligible friction. a. Draw a free body diagram, and label all forces acting on the block. 35⁰ b. Calculate the acceleration of the block as it moves up the ramp. c. What is the maximum distance, d, travelled by the block before it comes to a complete stop? 4.0 kg X
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