In the following compressibility factor Z vs pressure graph at 300

In the following compressibility factor Z vs pressure graph at 300 K, the compressibility of CH 4 at pressure
In the following compressibility factor Z vs pressure graph at 300 K- the compressibility of CH 4 at pressure -200 bar deviates from ideal behaviourA- The molar volume of CH 4 is less than its molar volume in the ideal stateB- The molar volume of CH 4 is same as that in its ideal stateC- Intermolecular interactions between CH 4 molecules decresasesD- The molar volume of CH 4 is more than its molar volume in the ideal state

The van derWaals constant a for different gases are given below Gas aatmlit2mol2 O2 136 N2 139 CH4 225 NH3 417 The gas that can be most easily liquefied is

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WPILARIVIANN ZU 60. ollowing compressibility factor (2) vs pressure graph 300 K, the compresability of Cheatre 200 bar deviates from ideal behaviour because Compressibility Factor (2) Ideal gas 02 0 200 600

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Assuming that the behaviour of ammonia is correctly described by the van der Waals equation near the critical point and knowing the critical molar volume of 072500 mol L1 and critical temperature of 4053 K determine the critical pressure of ammonia

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In the following compressibility factor Z vs pressure graph at 300 K, the compressibility of CH 4 at pressure

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For a given gas, a graph is shown between compressibility factor (Z) and Pressure (P).Select the incorrect statement(s) about the various temperature relations.a)Temperature T1 must be above critical temperature (TC).b)Temperature T2 may

What is the compressibility factor (Z) for 0.02 mole of a van der Waal