4 Please change the force from 20 N into 10 N in the following problem and complete the problem. The figure below shows two masses connected by a string. The masses accelerate left at 4 m/s/s. Find the tension in the connecting string and find the force F. 20 N 3 kg 5 kg F

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5. Please change the mass of object from 5 kg to 10 kg in the following problem and
complete the problem.
The figure below shows a 5 kg object's horizontal velocity
versus time in SI units. During the time period from 0 to 2,
two horizontal forces F₁ and F₂ are acting on the mass. During
the time period from 2 to 5, only F2 is acting on the mass. Draw
free body diagrams and solve for the forces.
91
4+
3+
2₁
1
2
t
3
50
Transcribed Image Text:5. Please change the mass of object from 5 kg to 10 kg in the following problem and complete the problem. The figure below shows a 5 kg object's horizontal velocity versus time in SI units. During the time period from 0 to 2, two horizontal forces F₁ and F₂ are acting on the mass. During the time period from 2 to 5, only F2 is acting on the mass. Draw free body diagrams and solve for the forces. 91 4+ 3+ 2₁ 1 2 t 3 50
4 Please change the force from 20 N into 10 N in the following problem and complete the
problem.
The figure below shows two masses connected by a string.
The masses accelerate left at 4 m/s/s. Find the tension in the
connecting string and find the force F.
20 N
3 kg
5 kg
F
Transcribed Image Text:4 Please change the force from 20 N into 10 N in the following problem and complete the problem. The figure below shows two masses connected by a string. The masses accelerate left at 4 m/s/s. Find the tension in the connecting string and find the force F. 20 N 3 kg 5 kg F
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