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5. Suppose an object at a given location has potential energy of Ui = 10 J and kinetic energy of Ki= 20 J. Assuming there are no othe outside forces acting on the object, how much potential energy does the object have when its kinetic energy is Kf= 15 J. (a) Uf= 5 J (b) Uf = 10 J (c) Uf = 15 J (d) This situation cannot be achieved.

5. Suppose an object at a given location has potential energy of Ui = 10 J and kinetic energy of Ki= 20 J. Assuming there are no othe outside forces acting on the object, how much potential energy does the object have when its kinetic energy is Kf= 15 J. (a) Uf= 5 J (b) Uf = 10 J (c) Uf = 15 J (d) This situation cannot be achieved.

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(d) 5. Suppose an object at a given location has potential energy of Ui = 10 J and kinetic energy of Ki = 20 J. Assuming there are no other outside forces acting on the object, how much potential energy does the object have when its kinetic energy is Kf= 15 J. (a) Uf = 5 J (b) Uf= 10 J (c) Uf= 15 J (d) This situation cannot be achieved. onormy of Ii = 200 J. Assuming there are no other
Transcribed Image Text:(d) 5. Suppose an object at a given location has potential energy of Ui = 10 J and kinetic energy of Ki = 20 J. Assuming there are no other outside forces acting on the object, how much potential energy does the object have when its kinetic energy is Kf= 15 J. (a) Uf = 5 J (b) Uf= 10 J (c) Uf= 15 J (d) This situation cannot be achieved. onormy of Ii = 200 J. Assuming there are no other
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