Calculate the final temperature, in degrees Celsius, for each of the following, if n and V are constant: a. A sample of xenon gas at 25 °C and 740. mmHg is cooled to give a pressure of 620. mmHg. b. A tank of argon gas with a pressure of 0.950 atm at -18 °C is heated to give a pressure of 1250 torr. c. a. A tank of helium gas with a pressure of 250 torr at 0 °C is heated to give a pressure of 1500 torr. d. A sample of air at 40. °C and 740. mmHg is cooled to give a pressure of 680. mmHg.

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Calculate the final temperature, in degrees celsius, for each of the following, if n and V are constant
Calculate the final temperature, in degrees Celsius, for each of the following, if n and V are constant:
a. A sample of xenon gas at 25 °C and 740. mmHg is cooled to give a pressure of 620. mmHg.
b. A tank of argon gas with a pressure of 0.950 atm at -18 °C is heated to give a pressure of 1250 torr.
c. a. A tank of helium gas with a pressure of 250 torr at 0 °C is heated to give a pressure of 1500 torr.
d. A sample of air at 40. °C and 740. mmHg is cooled to give a pressure of 680. mmHg.
Transcribed Image Text:Calculate the final temperature, in degrees Celsius, for each of the following, if n and V are constant: a. A sample of xenon gas at 25 °C and 740. mmHg is cooled to give a pressure of 620. mmHg. b. A tank of argon gas with a pressure of 0.950 atm at -18 °C is heated to give a pressure of 1250 torr. c. a. A tank of helium gas with a pressure of 250 torr at 0 °C is heated to give a pressure of 1500 torr. d. A sample of air at 40. °C and 740. mmHg is cooled to give a pressure of 680. mmHg.
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