For an ideal gas, the specific heat at constant pressure Cp is greater than the specific...

  

Transcribed Image Text:

For an ideal gas, the specific heat at constant pressure Cp is greater than the specific heat at constant volume Cv because the O A. pressure of the gas remains constant when its temperature remains constant O B. gas does work on its environment when its pressure remains constant while its temperature is in creased C. increase in the gas's internal energy is greater when the pressure remains constant than when t he volume remains constant O D. heat input per degree increase in temperature is the same in processes for which either the pre ssure or the volume is kept constant For an ideal gas, the specific heat at constant pressure Cp is greater than the specific heat at constant volume Cv because the O A. pressure of the gas remains constant when its temperature remains constant O B. gas does work on its environment when its pressure remains constant while its temperature is in creased C. increase in the gas's internal energy is greater when the pressure remains constant than when t he volume remains constant O D. heat input per degree increase in temperature is the same in processes for which either the pre ssure or the volume is kept constant

Answer rating: 100% (QA)

Correct option is B EXPLANATION For an ideal gas the ... View the full answer