A 60 g sample of di-atomic Nitrogen (N) gas is at a temperature of 100 C....

 

Transcribed Image Text:

A 60 g sample of di-atomic Nitrogen (N) gas is at a temperature of 100 C. Calculate the total energy (translational kinetic energy) of the sample. (atomic mass of nitrogen is 14 u. ) (1 point) A. O 3573.419 J B. O 6639.485 J C. O 11783.735 J D. O 5050.94 J E. O 9951.107 J A 20 g sample of di-atomic Nitrogen (N) gas is at a temperature of 80 C. Calculate the RMS (root mean square) speed of the molecules of the sample. (atomic mass of Nitrogen i is 14 u.) (1 point) A. O619.943 m/s B. 560.284 m/s C. O 879.053 m/s D. O 444.372 m/s E. O 93.69 m/s A 60 g sample of di-atomic Nitrogen (N) gas is at a temperature of 100 C. Calculate the total energy (translational kinetic energy) of the sample. (atomic mass of nitrogen is 14 u. ) (1 point) A. O 3573.419 J B. O 6639.485 J C. O 11783.735 J D. O 5050.94 J E. O 9951.107 J A 20 g sample of di-atomic Nitrogen (N) gas is at a temperature of 80 C. Calculate the RMS (root mean square) speed of the molecules of the sample. (atomic mass of Nitrogen i is 14 u.) (1 point) A. O619.943 m/s B. 560.284 m/s C. O 879.053 m/s D. O 444.372 m/s E. O 93.69 m/s

Answer rating: 100% (QA)

To calculate the total energy translational kinetic energy of the sample of diatomic Nitrogen gas we ... View the full answer