three moles of an ideal gas are compressed isothermally and reversibly to a volume of 2L the work done - Chemistry -

Question

three moles of an ideal gas are compressed isothermally and
reversibly to a volume of 2L the work done is 2 983 kJ at 295 K
calculate the initial; volume of the gas
pls show log calculations
experts pls ans it fast its urgent

Geetha · Accepted Answer

W= -2 303 nRT log V2V1  2
983 × 103  = -2
303 × 3× 8
314 × 295× log 2V1  = -2
303 × 3 × 8
314 × 298 × (log 2 - log V1)- (log 2 - log V1) = 2
983 × 103  2
303 × 3 × 8
314 × 298 = 0
1743log V1 - log 2 = 0
1743log V1 = 0
1743 + log 2          = 0
1743 + 0 3010      = 0
4753V1 = A log ( 0
4753)   = 2 987 L

three moles of an ideal gas are compressed isothermally and reversibly to a volume of 2L. the work done is 2.983 kJ at 295 K. calculate the initial; volume of the gas pls show log calculations experts pls ans it fast its urgent....

three moles of an ideal gas are compressed isothermally and reversibly to a volume of 2L. the work done is 2.983 kJ at 295 K. calculate the initial; volume of the gas
pls show log calculations
experts pls ans it fast its urgent....