9. How much external work would have to be done inreducing the volume of an ideal gas by 2.4 x 104 mat normal temperature and normal (constant)pressure ( 1.0 x 10° N m 2)? If, on absorbing 12 Jof energy, the temperature of the gas rises through1°C, calculate the final temperature of the compressedgas.Ans. 24J, 2°C.
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250 J. How much external work would have to be done in reducing the volume of an ideal gas by 2.4 x 10 m at normal temperature and normal (constant) pressure ( 1.0 x 10 N m2)? If, on absorbing 12 J of energy, the temperature of the gas rises through 1°C, calculate the final temperature of the compressed gas.
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