Calculate the tension (in pounds) in the cable.The drawbridge's weight: W = Mg = 7800 lbIts length: ℓ = 33 ftThe height the cable reaches: h = 18 ft This is a drawbridge, held in place by a cable. The hinge is frictionless. This problem and the nexttwo involving this situation use American units: weight and other forces are in pounds, and torque isin pound-feet. Calculate the torque (positive number) on the drawbridge due to its weight, in Ib*ft.(Use the hinge as your axis.)hhinge38/4

Name: Calculate the tension (in pounds) in the cable.The drawbridge's weight
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Description: Calculate the tension (in pounds) in the cable.The drawbridge's weight: W = Mg = 7800 lbIts length: ℓ = 33 ftThe height the cable reaches: h = 18 ft This is a drawbridge, held in place by a cable. The hinge is frictionless. This problem and the nextt

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lculate the tension (in pounds) in the cable. The drawbridge's weight: W = Mg = 7800 lb Its length: ℓ = 33 ft The height the cable reaches: h = 18 ft

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter12: Static Equilibrium And Elasticity

Section: Chapter Questions

Problem 25P: When opening do you push on it perpendicularly with a force of 55.0 N at a distance of 0.850 m from...

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This is a drawbridge, held in place by a cable. The hinge is frictionless. This problem and the next two involving this situation use American units: weight and other forces are in pounds, and torque is in pound-feet. Calculate the torque (positive number) on the drawbridge due to its weight, in lb*ft. (Use the hinge as your axis.) The drawbridge's weight: W = Mg = 5900 lb Its length: ℓ = 60 ft The height the cable reaches: h = 20 ft
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