Following data is given for two ideal gas samples taken in two separate containers :
& $\frac{( Z _{11} ) _{X}}{( Z _{11} ) _{Y}} = \frac{1}{16}$
Find the ratio of rate of diffusion of gas X and gas Y in similar condition of pressure, temperature, etc.

Question

Following data is given for two ideal gas samples taken in two separate containers :

& $\frac{( Z _{11} ) _{X}}{( Z _{11} ) _{Y}} = \frac{1}{16}$

Find the ratio of rate of diffusion of gas X and gas Y in similar condition of pressure, temperature, etc.

TestHub · Accepted Answer

( Z 11 ​ ) Y ​ ( Z 11 ​ ) X ​ ​ = ( Z 1 ​ N ∗ ) Y ​ ( Z 1 ​ N ∗ ) X ​ ​ = λ X ​ λ Y ​ ​ ⋅ P Y ​ P X ​ ​ ⋅ T X ​ T Y ​ ​ ⋅ T Y ​ T X ​ ​ ⋅ M X ​ M Y ​ ​ ​ (Using λ = Z 1 ​ v ​ & N ∗ = RT PN A ​ ​ ) 16 1 ​ = ( 0.08 0.02 ​ ) ⋅ ( 8 2 ​ ) ⋅ ( 800 200 ​ ) ⋅ 200 800 ​ ⋅ M X ​ M Y ​ ​ ​ ⇒ M X ​ M Y ​ ​ ​ = 2 ⇒ r Y ​ r X ​ ​ = 2

Chemistry - Ideal Gas Question with Solution | TestHub

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