Question 22 A m-4kg object at rest is taken from origin O(0,0) (m) to the point...

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Question 22 A m-4kg object at rest is taken from origin O(0,0) (m) to the point C(5,5) (m) by the path O-C line in a vertical plane from rest. During this movement, the forces acting on the object are its weight and an applied force which is given as F = (20xt +10y)) (N) as a function of position. Calculate work is done by the gravitational force (weight) and the applied force F on the object when it is moved on the O-C line, and Calculate the speed of the object at the point C(5,5) (m). c(s) y=x m 2 0(0,0) X(M) Als,p) A) W-375J; uy =m/s B) W-350J; vy = 150 m/s 200 275 D) Wy-300J; vy m/s E) W-275J; vy= m/s C) W-325J = m/s Question 22 A m-4kg object at rest is taken from origin O(0,0) (m) to the point C(5,5) (m) by the path O-C line in a vertical plane from rest. During this movement, the forces acting on the object are its weight and an applied force which is given as F = (20xt +10y)) (N) as a function of position. Calculate work is done by the gravitational force (weight) and the applied force F on the object when it is moved on the O-C line, and Calculate the speed of the object at the point C(5,5) (m). c(s) y=x m 2 0(0,0) X(M) Als,p) A) W-375J; uy =m/s B) W-350J; vy = 150 m/s 200 275 D) Wy-300J; vy m/s E) W-275J; vy= m/s C) W-325J = m/s

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The question asks us to calculate the work done by gravitational force and applied force on a 4 kg object as it is moved from the origin O00 to the po... View the full answer