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11th
Chemistry
States of Matter
Ideal Gas Equation
$Dalton's Law of Partial Pre...$

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Dalton's Law of Partial Pressures

Dalton's Law of Partial Pressures

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Dalton's Law of Partial Pressures

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Dalton's Law of Partial Pressures

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At $973$ K, $K_{p}$ is $1.50$ for the reaction:

$C (s) + C O_{2} (g) ⇌ 2 C O (g)$

Suppose the total gas pressure at equilibrium is $1.0$ atm. What are the partial pressures of $C O$ and $C O_{2}$ ?

A mixture of dihydrogen and dioxygen at one bar pressure contains $20$ % by weight of dihydrogen. What would be the partial pressure of dihydrogen in bar?

The total pressure of a gaseous mixture is equalto the sum of the partial pressures is:

Equal weights of two gases of molecular weight $4$ and $40$ are mixed. The pressure of the mixture is $1.1$ atm. The partial pressure of the light gas in this mixture is :

The sum of pressure inside compartments I & II after sufficient time has passed is:

What is Dalton's law of partial pressure?

A gaseous mixture containing $2 g H_{2}, 8 g H e, 22 g O_{2}$ is enclosed in a vessel. The gas with highest partial pressure is?

The gaseous decomposition of $C l_{2} O_{7}$ (gas) takes place according to following reaction:
$C l_{2} O_{7} \to C l_{2} (g) + \frac{7}{2} O_{2} (g)$
The decomposition is carried out in a closed container. The pressure measured after 15 minute and after a very long time were found to be 375 mm of Hg and 900 mm of Hg respectively. The ratio of partial pressure of $C l_{2}$ gas after a very long time and after 15 minute is:

The millimoles of $N_{2}$ gas that will dissolve in $1 L$ of water at $298 K$ . When it is bubbled through water and has a partial pressure of $0.96$ bar will be (Given that at $298 K K_{H} = 76.8 K$ bar)

A $600$ $m l$ vessel containing oxygen at $800$ $m m$ and a $400$ $m l$ vessel containing nitrogen at $600$ $m m$ at the same temperature are kept in communication with each other through a stop cock. Neglecting the volume of the stop cock, the final pressure of the mixture is:

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