A force of 50 N is applied at the end of a wrench handle that is 24 cm long. The force is applied in a direction perpendicular to the handle. a. What is the torque applied to the nut by the wrench? b. What would the torque be if the force were applied halfway up the handle instead of at the end?

9. The picture below shows a rod of mass 4.50 kg which is free to rotate horizontally about one end at point O (the picture is a top view) with two forces acting on it as shown. a. What is the net torque on the rod due to the two F2 = 24.0 N F, = 12.0 N forces? b. What is the angular acceleration of the rod? If this angular acceleration remains constant and the rod is initially at rest, then what is the roď's kinetic energy 30.0% C. 2.50 m 3.50 m after 12.5 s? 10. The picture below shows a 1.75 kg box pressed against a spring whose spring constant is 275 N/m compressing the spring a distance of 0.225 m. When released the box slides along a frictionless surface and down a ramp. After reaching the bottom of the ramp, the box slides for a short distance before encountering a rough patch of floor where friction brings the box to a stop after 1.35 m. a. How fast is the box moving when it reaches the bottom of the ramp before encountering the rough patch? b. What is the magnitude of the…

1. How can the same force applied to a lever produce different torques? A. By applying the force at different points of the lever arm along the length of the lever or by changing the angle between the lever arm and the applied force. B. By applying the force at the same point of the lever arm along the length of the lever or by changing the angle between the lever arm and the applied force. C. By applying the force at different points of the lever arm along the length of the lever or by maintaining the same angle between the lever arm and the applied force. D. By applying the force at the same point of the lever arm along the length of the lever or by maintaining the same angle between the lever arm and the applied force.

A torque of 60 N•m producing a counterclockwise rotation is applied to a wheel about its axle. A frictional torque of10 N•m acts at the axle.a. What is the net torque about the axle of the wheel?b. If the wheel is observed to accelerate at the rate of 2 rad/s under the influence of these torques, what is the rotational inertia of the wheel? Use the right formula to solve and get the correct answer

A force of 50 N is applied at the end of a wrench handle that is 24 cm long. The force is applied in a direction perpendicular to the handle as in the diagram. a. What is the torque applied to the nut by the wrench? b. What would the torque be if the force were applied halfway up the handle instead of at the end?

Prof. de Silva conducted the experiment in terms of physics principles related to rotational motion. The experiment involved Prof. de Silva using a sword to break a long wooden stick that is balanced on two wine glasses. 1. Describe Rotational Force. 2. Provide a diagram showing all the forces acting in the above scenario and their direction of those forces. 3. Your opinion on the performance and apply physics principles to explain the outcome and any limitations.

What torque does the machinist exert about the center of the nut?

Please answer fast Calculate the forces/torques for each question. A .The patellar tendon attaches to the tibial tuberosity 6 cm from the knee joint center and at an angle of 45 degrees to the line passing through the knee joint center and its attachment. If the torque created about the knee joint is 600 Nm, how large is the force (Fp) in the patellar tendon? B.The biceps brachii attaches 6.5 cm down the forearm from the elbow joint center. The center of mass of the forearm and hand combined is located 20 cm from the elbow joint and has a mass of 1.5 kg. If the person can produce 800 N of force at the biceps brachii, what is the maximum mass they can hold in their hand (42 cm from the elbow joint center) when oriented at a 45-degree angle? C.Consider a person standing on a single leg in static equilibrium. The hip adductors must counteract the person's weight to maintain their balance in this position. The person's mass is 75 kg, the length of AB is 5 cm, the length of BC is 10 cm, and…

Please answer all, this is my last question

A mechanic changing the spark plugs in a car notes that the instruction manual calls for a torque with a magnitude of 36 N. m. If the mechanic grasps the wrench as shown in the figure below, determine the magnitude (in N) of the force she must exert on the wrench. N 60 0.30 m