Magnitude of the Torque generated at Pivot Point.

AI Thread Summary
To calculate the torque generated about the pivot point, the formula used is torque = r * F * sin(theta). In this scenario, the force applied is 10 N, the length of the torque wrench (radius) is 0.63 m, and the angle is 45 degrees. The key factors in determining the torque are the moment arm and the force applied perpendicular to it. The user expresses uncertainty about how to start the calculation but identifies the necessary variables for the equation. Understanding these components is essential for solving the torque problem effectively.
Mr. Sinister
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Homework Statement



A force of 10 N is applied to the end of a 0.63 m long torque wrench at an angle 45 degrees from a line joining the pivot point to the handle. What is the magnitude of the torque generated about the pivot point?

Homework Equations



rFsin=




3. The Attempt at a Solution [
Not quite sure how to get started?

/b]
 
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Mr. Sinister said:

Homework Statement



A force of 10 N is applied to the end of a 0.63 m long torque wrench at an angle 45 degrees from a line joining the pivot point to the handle. What is the magnitude of the torque generated about the pivot point?

Homework Equations



rFsin=




3. The Attempt at a Solution [
Not quite sure how to get started?

/b]
rFsintheta=Torque; what is r, what is theta, and what is F??
 
Force is 10 N, Theta must be 45 degrees, and the radius must be 0.63 m I think?
 
Thank you, that link helped.
 

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