Two masses on rigid rods rotate about a central pivot point, as shown Liz and Jeff each want to calculate the system's kinetic energy Liz reasons that the system is a rotating system, and calculates its kinetic energy using the formula K 12I 2 Jeff, on the other hand, reasons that at any given instant, each of the masses has some specific linear velocity He calculates the kinetic energy of the system with the sum K 12m1v21 12m2v22 How does Liz's value for the system's kinetic energy compare to Jeff's value

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Two masses on rigid rods rotate about a central pivot point, as shown  Liz and Jeff each want to calculate the system's kinetic energy  Liz reasons that the system is a rotating system, and calculates its kinetic energy using the formula K 12I 2  Jeff, on the other hand, reasons that at any given instant, each of the masses has some specific linear velocity  He calculates the kinetic energy of the system with the sum K 12m1v21 12m2v22  How does Liz's value for the system's kinetic energy compare to Jeff's value

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Two masses on rigid rods rotate about a central pivot point, as shown. Liz and Jeff each

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Intermediate Accounting

Two masses on rigid rods rotate about a central pivot point, as shown. Liz and Jeff each

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Intermediate Accounting

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