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Calculate the compressibility factor for...

Calculate the compressibility factor for `CO_(2)` if one mole of it occupies `0.4` litre at `300K` and `40 atm`. Comment on the result:

A

`0.40, CO_(2)` is more compressible than ideal gas

B

`0.65, CO_(2)` is more compressible than ideal gas

C

`0.55, CO_(2)` is more compressible than ideal gas

D

`0.62, CO_(2)` is more compressible than ideal gas

Text Solution

Verified by Experts

The correct Answer is:
B

`Z=(PV)/(RT)implies (40xx0.4)/(300xx0.082)`
`Z= 0.65`
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