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[" 4(A) PV = nRT- (na )/( ) V "" (B) PV...

[" 4(A) PV = nRT- (na )/( ) V "" (B) PV = nRT +nbP (C) PV = nRT "quad " (D) "P=(11)/(V-b)],[" B."6" .Compressibility factor for Hz behaving as real gas is: "],[[" (A) "1," (B) "(1-(a)/(-2))," (C) "(1+(Pb)/(L))," (D) "(RTV)/(V-2I)]]

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For gases behaving as per PV= nRT

For H_(2) gas, the compressibility factor, Z = pV //nRT is :

The compressibility factor Z = ((PV)/(nRT)) of a gas above T = (a)/(Rb) will be :

The compressibility factor Z = ((PV)/(nRT)) of a gas above T = (a)/(Rb) will be :

The compressibility factor of a gas is defined as Z =(PV)/Nrt . The compressibility factor of an ideal gas is :

Assertion : Compressibility factor for ideal gas is one. Reason : For an ideal gas PV = nRT equation is obeyed.