otational axis is directed perpendicular to the plane of a square as shown in the figure. Two forces, F₁ and F₂, are applied to diagonally opposite corners and act along the sides of the square, first as shown in part a and then as shown in part b of the figure. In each case the net torque produced by the forces is zero. The square is 1.00 m on a side, and the magnitude of F₂ is two times that of F.What are the distances a and b? F Axis b (a) Oa=0.50 m, b = 0.50 m Oa=0.40 m, b = 0.50 m O a = 0.20 m, b = 0.40 m Oa=0.40 m, b = 0.20 m Oa=0.40 m, b = 0.40 m (b) F₂
otational axis is directed perpendicular to the plane of a square as shown in the figure. Two forces, F₁ and F₂, are applied to diagonally opposite corners and act along the sides of the square, first as shown in part a and then as shown in part b of the figure. In each case the net torque produced by the forces is zero. The square is 1.00 m on a side, and the magnitude of F₂ is two times that of F.What are the distances a and b? F Axis b (a) Oa=0.50 m, b = 0.50 m Oa=0.40 m, b = 0.50 m O a = 0.20 m, b = 0.40 m Oa=0.40 m, b = 0.20 m Oa=0.40 m, b = 0.40 m (b) F₂
Physics for Scientists and Engineers with Modern Physics
10th Edition
ISBN:9781337553292
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter10: Rotation Of A Rigid Object About A Fixed Axis
Section: Chapter Questions
Problem 12P: Review. A small object with mass 4.00 kg moves counterclockwise with constant angular speed 1.50...
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Transcribed Image Text:axis is directed perpendicular to the plane of a square as shown in the figure. Two forces, F₁ and F2, are applied to
diagonally opposite corners and act along the sides of the square, first as shown in part a and then as shown in part b of the figure. In
each case the net torque produced by the forces is zero. The square is 1.00 m on a side, and the magnitude of F₂ is two times that of
F₁. What are the distances a and b?
F₁
t
Axis
F₂
O a=0.50 m, b = 0.50 m
Oa=0.40 m, b = 0.50 m
O a 0.20 m, b = 0.40 m
a=0.40 m, b = 0.20 m
a = 0.40 m, b = 0.40 m
F₁
b
(b)
F₂
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