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2 moles of Xenon is present in a one lit...

2 moles of Xenon is present in a one litre vessel. For Xenon gas `a = 4.19 l t^2`. atm. `mol^(-2)`, b = 0.05 lt/mol. The volume of free space available for random motion of molecules is

A

900 c. c

B

100 c.c

C

950 c.c

D

50c.c

Text Solution

AI Generated Solution

To find the volume of free space available for the random motion of Xenon molecules in a one-liter vessel, we can follow these steps: ### Step 1: Understand the Variables - We have 2 moles of Xenon gas. - The Van der Waals constant \( b \) (which accounts for the volume occupied by the gas molecules) is given as \( 0.05 \, \text{L/mol} \). ### Step 2: Calculate the Volume Occupied by the Gas Molecules The volume occupied by the gas molecules can be calculated using the formula: ...
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