(b) Find the torque r about P due to each of the three forces shown in the figure. Assume that the magnitude of each force is246 N and the wrench is 0.25 m long.(Use symbolic notation and fractions where needed. Let T; be the torque due to F;.)T1 = (0,0,61.5)T₂ =Incorrect(0,0,61.5)T3 = (0,0,0)4Question Source: Sullivan 2e Calculus When a force F acts on an object at some distance r from a point P, called the pivot point, it can cause the object to rotate ratherthan translate. The ability of a force to cause rotation is called the torque about P due to the force F and is symbolized by theGreek lowercase letter tau T. Torque equals the cross product between the applied force F and the distance vector r = PQ thatpoints from P to the point Q where F acts on the object. That is,T=rxFThe figure shows a wrench that is being used to turn a nut and three separate forces that could be applied to the end of thewrench. The point P is at the origin of the coordinate system and the point Q is at the end of the wrench at (0.25, 0, 0), wherethe forces are applied.F₁4Q45°F₂F3

Concept: To determine the Torque about P will use the Formula τ=r×Fwhere,τ=Torquer=RadiusF=Force…

Answered: When a force Facts on an object at some…

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