(B) According to Dalton's Law of Partial Pressures,the partial pressure $(p_i)$ of a gaseous component in a mixture is given by the product of its mol

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(B) According to Dalton's Law of Partial Pressures,the partial pressure $(p_i)$ of a gaseous component in a mixture is given by the product of its mole fraction $(x_i)$ and the total pressure $(P_{total})$.$p_i = x_i \times P_{total}$Therefore,the ratio of the partial pressure to the total pressure is:$\frac{p_i}{P_{total}} = x_i$Thus,the ratio is equal to the mole fraction of the component.

Class 11 Chemistry States of Matter Characteristics and Measurable properties of gases

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The ratio of the partial pressure of a gaseous component to the total vapor pressure of the mixture is equal to .......

A
Weight of the component
B
Mole fraction of the component
C
Mass $\%$ of the component
D
Molecular mass of the component

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States of Matter

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Characteristics and Measurable properties of gases

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The ratio of the partial pressure of a gaseous component to the total vapor pressure of the mixture is equal to .......

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$A$ closed vessel contains an equal number of molecules of $N_2$ and $O_2$ at a pressure of $650 \ mm$. If $N_2$ is completely removed,what will be the pressure in the vessel?

Gas $X$ diffuses three times faster than gas $Y$. What is the ratio of their densities,i.e.,$D_x : D_y$?

If $H_2S$ and $NH_3$ gases are released simultaneously from a cylinder through a small hole,which gas will be detected first and why?

If two gases $CH_4$ and $SO_2$ are allowed to enter from the two ends of a $1 \ km$ long vacuum tube at the same time,where will the gases meet from the $CH_4$ end (in $m$)?

$40 \ mL$ of hydrogen diffuses through a fine hole in $25 \ min$. How much time (in $min$) will $20 \ mL$ of oxygen take to diffuse under the same conditions?

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