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The Free Body Diagram Below Represents a 1 500 Kg

Question 26

Multiple Choice

The free body diagram below represents a 1 500 kg car sitting on a 3 000 kg bridge supported at its far ends.The car's position is three quarters of the length L from the left end of the bridge.Identify the one error in the torque equation below: The free body diagram below represents a 1 500 kg car sitting on a 3 000 kg bridge supported at its far ends.The car's position is three quarters of the length L from the left end of the bridge.Identify the one error in the torque equation below: A) never produces a torque on the bridge no matter where the axis of rotation is placed. B) never produces a torque on the bridge no matter where the axis of rotation is placed. C) cannot produce a torque on the bridge no matter where the axis of rotation is taken since it is at the center of the bridge. D) Because the perpendicular distance to from the left end of the bridge is 0,F<sub>1</sub>L should be 0. E) Because the perpendicular distance to from the right end of the bridge is 0,F<sub>2</sub>L should be 0.
The free body diagram below represents a 1 500 kg car sitting on a 3 000 kg bridge supported at its far ends.The car's position is three quarters of the length L from the left end of the bridge.Identify the one error in the torque equation below: A) never produces a torque on the bridge no matter where the axis of rotation is placed. B) never produces a torque on the bridge no matter where the axis of rotation is placed. C) cannot produce a torque on the bridge no matter where the axis of rotation is taken since it is at the center of the bridge. D) Because the perpendicular distance to from the left end of the bridge is 0,F<sub>1</sub>L should be 0. E) Because the perpendicular distance to from the right end of the bridge is 0,F<sub>2</sub>L should be 0.


A) The free body diagram below represents a 1 500 kg car sitting on a 3 000 kg bridge supported at its far ends.The car's position is three quarters of the length L from the left end of the bridge.Identify the one error in the torque equation below: A) never produces a torque on the bridge no matter where the axis of rotation is placed. B) never produces a torque on the bridge no matter where the axis of rotation is placed. C) cannot produce a torque on the bridge no matter where the axis of rotation is taken since it is at the center of the bridge. D) Because the perpendicular distance to from the left end of the bridge is 0,F<sub>1</sub>L should be 0. E) Because the perpendicular distance to from the right end of the bridge is 0,F<sub>2</sub>L should be 0. never produces a torque on the bridge no matter where the axis of rotation is placed.
B) The free body diagram below represents a 1 500 kg car sitting on a 3 000 kg bridge supported at its far ends.The car's position is three quarters of the length L from the left end of the bridge.Identify the one error in the torque equation below: A) never produces a torque on the bridge no matter where the axis of rotation is placed. B) never produces a torque on the bridge no matter where the axis of rotation is placed. C) cannot produce a torque on the bridge no matter where the axis of rotation is taken since it is at the center of the bridge. D) Because the perpendicular distance to from the left end of the bridge is 0,F<sub>1</sub>L should be 0. E) Because the perpendicular distance to from the right end of the bridge is 0,F<sub>2</sub>L should be 0. never produces a torque on the bridge no matter where the axis of rotation is placed.
C) The free body diagram below represents a 1 500 kg car sitting on a 3 000 kg bridge supported at its far ends.The car's position is three quarters of the length L from the left end of the bridge.Identify the one error in the torque equation below: A) never produces a torque on the bridge no matter where the axis of rotation is placed. B) never produces a torque on the bridge no matter where the axis of rotation is placed. C) cannot produce a torque on the bridge no matter where the axis of rotation is taken since it is at the center of the bridge. D) Because the perpendicular distance to from the left end of the bridge is 0,F<sub>1</sub>L should be 0. E) Because the perpendicular distance to from the right end of the bridge is 0,F<sub>2</sub>L should be 0. cannot produce a torque on the bridge no matter where the axis of rotation is taken since it is at the center of the bridge.
D) Because the perpendicular distance to The free body diagram below represents a 1 500 kg car sitting on a 3 000 kg bridge supported at its far ends.The car's position is three quarters of the length L from the left end of the bridge.Identify the one error in the torque equation below: A) never produces a torque on the bridge no matter where the axis of rotation is placed. B) never produces a torque on the bridge no matter where the axis of rotation is placed. C) cannot produce a torque on the bridge no matter where the axis of rotation is taken since it is at the center of the bridge. D) Because the perpendicular distance to from the left end of the bridge is 0,F<sub>1</sub>L should be 0. E) Because the perpendicular distance to from the right end of the bridge is 0,F<sub>2</sub>L should be 0. from the left end of the bridge is 0,F1L should be 0.
E) Because the perpendicular distance to The free body diagram below represents a 1 500 kg car sitting on a 3 000 kg bridge supported at its far ends.The car's position is three quarters of the length L from the left end of the bridge.Identify the one error in the torque equation below: A) never produces a torque on the bridge no matter where the axis of rotation is placed. B) never produces a torque on the bridge no matter where the axis of rotation is placed. C) cannot produce a torque on the bridge no matter where the axis of rotation is taken since it is at the center of the bridge. D) Because the perpendicular distance to from the left end of the bridge is 0,F<sub>1</sub>L should be 0. E) Because the perpendicular distance to from the right end of the bridge is 0,F<sub>2</sub>L should be 0. from the right end of the bridge is 0,F2L should be 0.

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