Torque Free Body Diagram

Diagram

Torque Free Body Diagram. Read draw and label a rough figure. There are three equivalent ways to determine this torque as shown in the diagram below.

Every Macroscopic And Microscopic Body Or Object In The Universe Exerts Different Forces On The Surro Physics Classroom Physics And Mathematics Physics Lessons
Every Macroscopic And Microscopic Body Or Object In The Universe Exerts Different Forces On The Surro Physics Classroom Physics And Mathematics Physics Lessons

So we have σ m x 0 this implies t ab 35n m. There is a reaction force r at the wall where the beam touches it. The force of gravity acting on the yo yo green arrow is pulling downward on the yo yo as it would on any object in ideal circumstances.

As measured from the bottom rear of the rod 13.

Draw an extended free body diagram of the 55 m long beam. In order to hold the rod tip up the hand in front must lift up while the hand in back pushes down. With only those two forces the beam will spin like a propeller. Then holding the body still we rotate adjacent points of motion one at a time and add the torques due to the adjacent motion to the free body diagram.