A certain quantity of real gas occupies a volume of 0.15 dm^3 at 100 atm and 500 K when its compressibility factor is 1.07. Its volume at 300 atm and…

Question

A certain quantity of real gas occupies a volume of 0.15 dm^3 at 100 atm and 500 K when its compressibility factor is 1.07. Its volume at 300 atm and 300 K (When its compressibility factor is 1.4) is ______×10^(-4)dm^3(Nearest integer)

MARKS Content Team · Accepted Answer

Correct answer: 392. The compressibility factor (Z) is given as: Z =( PV)/nRT n=PV/ZRT Z_1=1.07, P_1=100atm, V_1=0.15L, T_1=500KZ_2=1.4, P_1=300atm, V_2=?, T_2=300K Z_1Z_2=(P_1V_1×T_2)/(T_1×P_2V_2) 1.07/1.4=(100×0.15×300)/(500×300×V_2) V_2=0.03925 dm^3

A certain quantity of real gas occupies a volume of $0.15 {dm}^{3}$ at $100 atm$ and $500 K$ when its compressibility factor is $1.07 .$ Its volume at $300 atm$ and $300 K$ (When its compressibility factor is $1.4$ ) is $______\times 10^{- 4} {dm}^{3}$ (Nearest integer)

Solution

Relevant Questions

A certain quantity of real gas occupies a volume of 0.15 dm3 at 100 atm and 500 K when its compressibility factor is 1.07. Its volume at 300 atm and 300 K (When its compressibility factor is 1.4) is ______×10-4dm3(Nearest integer)

Solution

Relevant Questions

A certain quantity of real gas occupies a volume of $0.15 {dm}^{3}$ at $100 atm$ and $500 K$ when its compressibility factor is $1.07 .$ Its volume at $300 atm$ and $300 K$ (When its compressibility factor is $1.4$ ) is $______\times 10^{- 4} {dm}^{3}$ (Nearest integer)