An ideal gas expands from state (P_(1), V_(1)) to state (P_(2), V_(2)), where P_(2) = 2P_(1) and V_(2) = 2V_(1). The path of the gas is expressed by the following relation, P = P_(1) [1 + ((V - V_(1))/(V_(1)))^(2)]

An ideal gas expands from state (P_(1), V_(1)) to state (P_(2), V_(2))

1.	An ideal gas expands from state (P_(1), V_(1)) to state (P_(2), V_(2)), where P_(2) = 2P_(1) and V_(2) = 2V_(1). The path of the gas is expressed by the following relation, P = P_(1) [1 + ((V - V_(1))/(V_(1)))^(2)]
Answer» <P>`P_(1) V_(1)` `4//3 P_(1) V_(1)` `2P_(1) V_(1)` `4P_(1) V_(1)` Answer :B

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An ideal gas expands from state (P_(1), V_(1)) to state (P_(2), V_(2)), where P_(2) = 2P_(1) and V_(2) = 2V_(1). The path of the gas is expressed by the following relation, P = P_(1) [1 + ((V - V_(1))/(V_(1)))^(2)]

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