In order to measure physical quantities in the sub-atomic world, the quantum theory often employs energy [E] , angular momentum [J] and velocity [c] as fundamental dimensions instead of the usual mass, length and time. Then, the dimension o

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In order to measure physical quantities in the sub-atomic world, the quantum theory often employs energy [E] , angular momentum [J] and velocity [c] as fundamental dimensions instead of the usual mass, length and time. Then, the dimension of pressure in this theory is

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Correct answer: A. [E]^4 [J]^3[c]^3

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In order to measure physical quantities in the sub-atomic world, the quantum theory often employs energy [E] , angular momentum [J] and velocity [c] as fundamental dimensions instead of the usual mass, length and time. Then, the dimension of pressure in this theory is

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