Do I Need the Acceleration Force for a Loop de Loop Diagram?

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The discussion focuses on the necessity of including acceleration force in free body and net force diagrams for a loop de loop scenario. It is established that in a free body diagram, only individual forces such as the normal force and gravitational force should be illustrated, while acceleration does not need to be depicted. For net force diagrams, the vector sum of forces must be considered, and centripetal acceleration is crucial for understanding the net force direction, which can be upward depending on the context of the forces acting on the object.

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sarahaha288
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When making a free body diagram of a loop de loop i know that the downward force of gravity and the downward normal force are acting on it, and it is the acceleration force that works upward. But in the diagram is the acceleration force needed?

and also, in a net force diagram do you illustrate the acceleration force there? because without it then the net force would be going downward, which is obviously not that case. thanks!
 
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When you make a free body diagram just include all the individual forces. In your example include the normal force of the track on the cart traveling in the loop and the weight of the cart. You don't need net force or acceleration on a free body diagram.

After you have your forces the vector sum of those is equal to the mass times the acceleration of the object you drew the diagram for.
 
thanks that helps a lot for the free body diagram, but for the net force diagram i will then have to vectors pointing downward for the normal and the gravitational force. So then would the net force be pointing downward as well? or do i include something about centripetal acceleration in there?
 

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