There is a metal bob hanging from a rod in the image. a. Use the diagram to show the forces acting on the bob in this situation.  b. What force, or its vertical or horizontal component, provides the net force or centripetal force that keeps the hanging bob moving in a circular path?  c. What force or component supports the weight of the bob?

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There is a metal bob hanging from a rod in the image.

a. Use the diagram to show the forces acting on the bob in this situation. 

b. What force, or its vertical or horizontal component, provides the net force or centripetal force that keeps the hanging bob moving in a circular path? 

c. What force or component supports the weight of the bob?

The image depicts a diagram illustrating a physics concept involving a free body diagram (FBD). 

There are two identical objects shown suspended from a rod. Each object is hanging at different angles, demonstrating the effect of force and tension in equilibrium scenarios. The upper object is attached with two yellow lines converging towards the attachment point on the rod, indicating the forces acting on it.

The lower object has "FBD" written on it, highlighting it as the subject of a free body diagram analysis, which typically involves identifying and representing all the forces acting on the object.

Figure 7-13
Transcribed Image Text:The image depicts a diagram illustrating a physics concept involving a free body diagram (FBD). There are two identical objects shown suspended from a rod. Each object is hanging at different angles, demonstrating the effect of force and tension in equilibrium scenarios. The upper object is attached with two yellow lines converging towards the attachment point on the rod, indicating the forces acting on it. The lower object has "FBD" written on it, highlighting it as the subject of a free body diagram analysis, which typically involves identifying and representing all the forces acting on the object. Figure 7-13
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