AP Physics C:Mechanics Question A 10 kg object is constrained to move along the x-axis. At time t= 0, the object is at position x=0 and initially moving 4 m/s to the right; is subsequent motion over ten seconds is shown in the graph. The object is subject only to a conservative net force so that the total energy of the object is 400 J. Explain how a graph of the potential energy function can be constructed from the given information. State three specific points on the potential energy graph and the shapes of the curves connecting these points, and explain your reasoning.
AP Physics C:Mechanics Question A 10 kg object is constrained to move along the x-axis. At time t= 0, the object is at position x=0 and initially moving 4 m/s to the right; is subsequent motion over ten seconds is shown in the graph. The object is subject only to a conservative net force so that the total energy of the object is 400 J. Explain how a graph of the potential energy function can be constructed from the given information. State three specific points on the potential energy graph and the shapes of the curves connecting these points, and explain your reasoning.
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Transcribed Image Text:AP Physics C:Mechanics Question
A 10 kg object is constrained to move along the x-axis. At
time t= 0, the object is at position x=0 and initially
moving 4 m/s to the right; is subsequent motion over ten
seconds is shown in the graph. The object is subject only
to a conservative net force so that the total energy of the
object is 400 J. Explain how a graph of the potential
energy function can be constructed from the given information. State three specific points on the
potential energy graph and the shapes of the curves connecting these points, and explain your reasoning.
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