Consider the pV cycle A

B

C below. With the given pressure and volumes for points A, B and C, find the change in thermal energy for the each process for this single mole of monatomic ideal gas.

pA= 7100 Pa

pC= 28400 Pa

VA=1.6 m3

VC=0.4 m3

Path [ Select ]

["A to B

", "B to C

", "C to A

"]is an [ Select ]

["isochor

", "isobar

", "adiabat

", "isotherm

"]at a temperature of [ Select ]

["1673 C

", "1367 C

", "372 K

", "372 C

", "1673 K

", "1367 K

"].

The change in internal energy on path A to B is [ Select ]

["-51,119 J

", "-5468 J

", "51,119 J

", "5468 J

", "0 J

"].

The change in internal energy on path B to C is [ Select ]

["51,119 J

", "-51,119 J

", "0 J

", "-5468 J

", "5468 J

"].

The change in internal energy on path C to A is [ Select ]

["51,119 J

", "0 J

", "-5468 J

", "-51,119 J

", "5468 J

"].

The change in internal energy in one complete cycle is [ Select ]

["0 J

", "102,238 J

", "51,119 J

", "-102,238 J

", "-5468 J

", "-51,119 J

", "5468 J

"].

Consider the pV cycle A-B-C below. With the given pressure and volumes for points A, B and C, find the change in thermal energy for the each process for this single mole of monatomic ideal gas. PA - 7100 Pa pc= 28400 Pa VA=1.6 my Vc=0.4 m3 C B pressure A volume Path [ Select ] is an [ Select ] V at a temperature of [ Select ] V The change in internal energy on path A to B is [ Select ] The change in internal energy on path B to C is [ Select ] The change in internal energy on path C to A is [ Select ] The change in internal energy in one complete cycle is [ Select ]