2) A drawbridge has mass M and length L and is approximately uniform. It has a hinge at the right end, and is being pulled up via a cable (F7) that is pointed 45° up from "to the right" and is connected at L/3 from the left end. Assume that the tension is just enough that there's no normal force at the left end of the bridge. Draw a torque diagram (as taught in this course) for the bridge, with the hinge as the pivot point. Assume it is stationary and not accelerating.
2) A drawbridge has mass M and length L and is approximately uniform. It has a hinge at the right end, and is being pulled up via a cable (F7) that is pointed 45° up from "to the right" and is connected at L/3 from the left end. Assume that the tension is just enough that there's no normal force at the left end of the bridge. Draw a torque diagram (as taught in this course) for the bridge, with the hinge as the pivot point. Assume it is stationary and not accelerating.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![2) A drawbridge has mass M and length L and is approximately uniform. It has a hinge
at the right end, and is being pulled up via a cable (F7) that is pointed 45° up from “to
the right" and is connected at L/3 from the left end. Assume that the tension is just
enough that there's no normal force at the left end of the bridge. Draw a torque diagram
(as taught in this course) for the bridge, with the hinge as the pivot point. Assume it is
stationary and not accelerating.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5fb1edcb-e378-4007-8f8b-0be0a89cb7b5%2F6031e744-2629-4cd8-818e-d4805ccf5033%2Ff6kf9d_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2) A drawbridge has mass M and length L and is approximately uniform. It has a hinge
at the right end, and is being pulled up via a cable (F7) that is pointed 45° up from “to
the right" and is connected at L/3 from the left end. Assume that the tension is just
enough that there's no normal force at the left end of the bridge. Draw a torque diagram
(as taught in this course) for the bridge, with the hinge as the pivot point. Assume it is
stationary and not accelerating.
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