To make sure you know how to calculate the clockwise and counterclockwise torque using any point, do the same using the center of mass of the bar (the halfway point) as the axis for your torque calculations.5. Calculate the magnitude of net clockwise torque.6. Calculate the magnitude of the net counterclockwise torque. E oPhysics->i ophysics.com/r6.htmlEquilibrium Problem: Bar Supported by CableMass of Bar (between 10 and 50 kg) 50Mass of Box (between 10 and 50 kg) 30Length of Bar (between 1 and 8 meters) 6Position of Box (between 0.25 and length of bar) 2Angle of Bar (between 20° and 60° from horizontal) 30°Show Free Body DiagramProblem: A uniform bar with a length of 6 metersB = 30°and a mass of 50 kg is attached to a building byan axis at its left end. A box of mass 30 kg sitson the bar at a distance of 2 m from the left end.The right end of the bar is supported by a cable thatis also attached to the building. The angle betweenTension = 686 Nthe cable and the bar is 30°.Show valueDetermine the tension in the cable.dDescriptionThis is an adjustable equilibrium problem involving a uniform bar with a mass on it. The bar has an axis at its leftend and is supported at its right end by a cable. The mass of the bar and box, the length of the bar, the positionof the box and the angle of the cable can all be adjusted. Use the given quantities to determine the tension in thecable. Check your free body diagram, equations, and your determined tension.ENG 9:26 PMUS 10/21/2020P Type here to search

Consider the FBD of the problem as shown below: Here, W1 and W2 are the weights of the rod and…

To make sure you know how to calculate the clockwise and counterclockwise torque using any point, do the same using the center of mass of the bar (the halfway point) as the axis for your torque calculations. 5. Calculate the magnitude of net clockwise torque. 6. Calculate the magnitude of the net counterclockwise torque.

To make sure you know how to calculate the clockwise and counterclockwise torque using any point, do the same using the center of mass of the bar (the halfway point) as the axis for your torque calculations. 5. Calculate the magnitude of net clockwise torque. 6. Calculate the magnitude of the net counterclockwise torque.