A force in the +x direction varies in time as shown in the graph, with Fmax = 10.0 N. This force is exerted on a 4.00-kg object which is initially at rest and the force delivers an impulse over the 3.00 s it acts on the object (ta = 2.00 s, tp = 5.00 s). At the end of this time interval, what will be the object's final velocity? F (N) Fmax ta O 5.00 m/s O 4.00 m/s O 2.00 m/s O O m/s O 3.75 m/s
A force in the +x direction varies in time as shown in the graph, with Fmax = 10.0 N. This force is exerted on a 4.00-kg object which is initially at rest and the force delivers an impulse over the 3.00 s it acts on the object (ta = 2.00 s, tp = 5.00 s). At the end of this time interval, what will be the object's final velocity? F (N) Fmax ta O 5.00 m/s O 4.00 m/s O 2.00 m/s O O m/s O 3.75 m/s
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![A force in the +x direction varies in time as shown in the graph, with Fmax = 10.0 N. This force is exerted on a 4.00-kg object which is
initially at rest and the force delivers an impulse over the 3.00 s it acts on the object (ta = 2.00 s, tp = 5.00 s). At the end of this time
interval, what will be the object's final velocity?
F (N)
Fmax
ta
O 5.00 m/s
O 4.00 m/s
O 2.00 m/s
O O m/s
O 3.75 m/s](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa2a8f76b-d2c8-44aa-82df-d60567d2d8e8%2F6ec54004-1e24-44e9-99c4-1f4e93df3bc9%2Frutz4to_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A force in the +x direction varies in time as shown in the graph, with Fmax = 10.0 N. This force is exerted on a 4.00-kg object which is
initially at rest and the force delivers an impulse over the 3.00 s it acts on the object (ta = 2.00 s, tp = 5.00 s). At the end of this time
interval, what will be the object's final velocity?
F (N)
Fmax
ta
O 5.00 m/s
O 4.00 m/s
O 2.00 m/s
O O m/s
O 3.75 m/s
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