25. In problem 24 (above), if total heat entered the container is 500 J, how much is the increase in internal energy of the gas?
25. In problem 24 (above), if total heat entered the container is 500 J, how much is the increase in internal energy of the gas?
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just 25 please

Transcribed Image Text:24.A 5.0 liter container has air (ideal gas) at 20 °C and atmospheric
pressure. We then close its lid and seal it completely, and increase
temperature to 60 °C. The final pressure of the air in container is:
(a) 3.0 atm
(b) 1.0 atm
(c) 1.14 atm
(d) Insufficient information
25. In problem 24 (above), if total heat entered the container is 500 J, how
much is the increase in internal energy of the gas?
(a) 500 J
(b) - 500 J
(c) 0
J
(d) 1.50 J
(e) None of the above
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