Consider a sample of an ideal gas with 10 molecules in the sample. 580 J of heat is added to the sample quasi-statically. Answer questions below. Hint a. If the ideal gas is monatomic, how much does the temperature of the gas rise, if: o the gas is heated at constant volume? Temperature rises by 20.02 X K. o the gas is heated at constant pressure? Temperature rises by b. If the ideal gas is diatomic, how much does the temperature of the gas rise, if: o the gas is heated at constant volume? Temperature rises by K. K. o the gas is heated at constant pressure? Temperature rises by K. c. For monatomic gas, how much work is done by the gas as 580 J of heat is added while the gas remains at constant pressure? Hint for (C) Monatomic gas J of work as 580 J is added at constant pressure.

Consider a sample of an ideal gas with 10 molecules in the sample. 580 J of heat is added to the sample quasi-statically. Answer questions below. Hint a. If the ideal gas is monatomic, how much does the temperature of the gas rise, if: o the gas is heated at constant volume? Temperature rises by 20.02 X K. o the gas is heated at constant pressure? Temperature rises by b. If the ideal gas is diatomic, how much does the temperature of the gas rise, if: o the gas is heated at constant volume? Temperature rises by K. K. o the gas is heated at constant pressure? Temperature rises by K. c. For monatomic gas, how much work is done by the gas as 580 J of heat is added while the gas remains at constant pressure? Hint for (C) Monatomic gas J of work as 580 J is added at constant pressure.