MHT CET202520 Apr 2025Morning ShiftChemistryStates of MatterActual

If compressibility factor of real gas is 1.05 at STP. What is molar volume of real gas?

Options

A22 40 dm ^3
B21 33 dm ^3
C23.52 dm ^3
D23.52 dm ^3

Correct answer

C. 23.52 dm ^3

Step-by-step solution

The compressibility factor Z for a real gas is defined as Z = V_ m, real V_ m, ideal . At STP, the molar volume of an ideal gas is known to be 22.4 dm ^3 . Given Z = 1.05 , the molar volume of the real gas becomes V_ m, real = Z V_ m, ideal = 1.05 22.4 = 23.52 dm ^3 . Among the options provided, both C and D state 23.52 dm ^3 , representing the correct value.

Practice States of Matter on Quantrex Academy →

More from States of Matter

If the molar masses of two chemically non-reacting gases A ₂ and B ₂ are 28 amu and 32 amu respectively and 0.8g of A ₂ and 0.4g of B ₂ are enclosed in a container with a total pre 2026 Identify the correct graph for an ideal gas ( y -axis = compressibility factor, Z ; x -axis = pressure, p ) 2025 Identify the correct statements from the following. I. Glass is an extremely viscous liquid. II. Increase in temperature decreases the surface tension of liquids. III. Compressibil 2025 2.0 g of H ₂ diffuses through a porous container in 10 minutes. How many grams of O ₂ would diffuse from the same container in the same time under similar conditions? 2025 At T ( K ) , the u _ rms of CO ₂ is 412 ~ms ⁻¹ . What is its kinetic energy (in kJ mol ⁻¹ ) at the same temperature ? ( CO ₂=44 u ) . 2025 The correct equation for one mole of a real gas is (a, b are constants) 2025 A and B are ideal gases. At T(K), 2 L of ' A ' with a pressure of 1 bar is mixed with 4 L of ' B ' with a pressure p _ B bar in a 100 L flask. The pressure exerted by gaseous mixtu 2025 Consider the following Statement-I : If thermal energy is stronger than intermolecular forces, the substance prefers to be in gaseous state. Statement-II : At constant temperature, 2025 Full States of Matter list All MHT CET PYQs