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Graham's law of diffusion

According to Graham's law, at a given temperature the ratio of

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According to Graham's law, at a given temperature the ratio of the rates of diffusion $\frac{r _{A}}{r _{B}}$ of gases $A$ and $B$ is given by

Name: Video solution 1: According to Graham's law, at a given temperature the ratio of the rates of diffusion rBrA of gases A and B is given by
Uploaded: 2022-12-03T14:37:43.000Z
Duration: 7 min
Description: Video solution 1: According to Graham's law, at a given temperature the ratio of the rates of diffusion rBrA of gases A and B is given by

\frac{P _{A}}{P _{B}} (\frac{M _{A}}{M _{B}})^{1/2}

(\frac{M _{A}}{M _{B}}) (\frac{P _{A}}{P _{B}})^{1/2}

\frac{P _{A}}{P _{B}} (\frac{M _{B}}{M _{A}})^{1/2}

\frac{M _{A}}{M _{B}} (\frac{P _{B}}{P _{A}})^{1/2}

Views: 6,211 students

Updated on: Dec 3, 2022

Book:

Physical Chemistry I for IIT JEE Main and Advanced (McGraw Hill)

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Oliver Discussed

According to Graham's law, at a given temperature the ratio of the rates of diffusion

\frac{r _{A}}{r _{B}}

of gases

A

and

B

is given by

6 mins ago

Discuss this question LIVE

6 mins ago

Text solutionVerified

(c)According to Graham's law of diffusion, for two gases undergoing diffusion at different pressures throught same hole

\frac{r _{A}}{r _{B}} = \frac{M _{B}}{M _{A}} \times \frac{P _{A}}{P _{B}}

(r \propto P \times \frac{1}{M} At constant temperature)

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Question Text	According to Graham's law, at a given temperature the ratio of the rates of diffusion $\frac{r _{A}}{r _{B}}$ of gases $A$ and $B$ is given by
Updated On	Dec 3, 2022
Topic	States of Matter
Subject	Chemistry
Class	Class 11
Answer Type	Text solution:1 Video solution: 1
Upvotes	148
Avg. Video Duration	7 min

According to Graham's law, at a given temperature the ratio of the rates of diffusion $\frac{r _{A}}{r _{B}}$ of gases $A$ and $B$ is given by

Text solutionVerified

Filo tutor solutions (1)

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According to Graham's law, at a given temperature the ratio of the rates of diffusion $\frac{r _{A}}{r _{B}}$ of gases $A$ and $B$ is given by