A 1.0 kg object is in a conservative system and its potential energy is shown in the graph Fig. 3. The object starts from rest at x = 0.5 m. (a) Does the system have return and equilibrium points? Which ones? Describe them. (b) What is its velocity at x = 3, 0 m? (c) Draw a graph of force versus position showing the force Fx acting on the object as it moves at this potential. Include an appropriate numerical scale on the force axis
A 1.0 kg object is in a conservative system and its potential energy is shown in the graph Fig. 3. The object starts from rest at x = 0.5 m. (a) Does the system have return and equilibrium points? Which ones? Describe them. (b) What is its velocity at x = 3, 0 m? (c) Draw a graph of force versus position showing the force Fx acting on the object as it moves at this potential. Include an appropriate numerical scale on the force axis
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A 1.0 kg object is in a conservative system and its potential energy is shown in the graph Fig.
3. The object starts from rest at x = 0.5 m. (a) Does the system have return and equilibrium points? Which ones?
Describe them. (b) What is its velocity at x = 3, 0 m? (c) Draw a graph of force versus position showing
the force Fx acting on the object as it moves at this potential. Include an appropriate numerical scale on the
force axis. (d) Draw a graph of kinetic energy as a function of position.
Transcribed Image Text:U (J)
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x (m)
1
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