Calculate the fall in temperature when a gas initially at 72°C is expandedsuddenly to eight times its original volume. ( = 5/3)

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Arun · Answer

Dear Vaibhav T1 * V1 (gamma-1) = T2* V2 (gamma-1) T2 = T1 (V1/V2) (gamma-1) T2 = 345 *(x/8x) (5/3 -1) on solving T2 = 345 * (1/4) = 86.25 K Regards Arun (askIITians forum expert)

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Calculate the fall in temperature when a gas initially at 72°C is expandedsuddenly to eight times its original volume. ( = 5/3)

Calculate the fall in temperature when a gas initially at 72°C is expandedsuddenly to eight times its original volume. ( = 5/3)

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Calculate the fall in temperature when a gas initially at 72°C is expandedsuddenly to eight times its original volume. ( = 5/3)

Calculate the fall in temperature when a gas initially at 72°C is expandedsuddenly to eight times its original volume. ( = 5/3)

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