A force is applying on a wrench handle as shown in the figure. If the required torque is 45 N.m, the force needed is (in N) Find the minimum force needed for the same torque A. 150 N at q = 90o B.150 N at q = 45o C.15 N at q = 45o D.150 N at q = 0o E.15 N at q = 90o
A force is applying on a wrench handle as shown in the figure. If the required torque is 45 N.m, the force needed is (in N) Find the minimum force needed for the same torque A. 150 N at q = 90o B.150 N at q = 45o C.15 N at q = 45o D.150 N at q = 0o E.15 N at q = 90o
College Physics
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ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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A force is applying on a wrench handle as shown in the figure. If the required torque is 45 N.m, the force needed is (in N)
Find the minimum force needed for the same torque
A. 150 N at q = 90o
B.150 N at q = 45o
C.15 N at q = 45o
D.150 N at q = 0o
E.15 N at q = 90o

Transcribed Image Text:The diagram presents a mechanical scenario involving a lever system. It includes a hexagonal bolt or pin as the pivot point. A force applied perpendicular to the lever is shown as "F" with an unknown magnitude.
The lever arm is depicted with an angled line extending upward and to the left from the pivot point. The length of this arm is marked as 0.30 meters. There is a horizontal line representing the direction of the force F.
Additionally, there is an angle θ, which is 50 degrees, between the force line and the lever arm. This angle is crucial for calculating torque or determining the component of force acting perpendicularly to the lever arm.
The illustration is likely related to problems involving torque, equilibrium, or resolving forces into components based on the mechanical advantage provided by the lever arm and the angle of force application.
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