(C) The resultant pressure $P$ is given by the formula $P = \frac{P_1 V_1 + P_2 V_2}{V_1 + V_2}$.Substituting the given values:$P = \frac{(1000 \, tor

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(C) The resultant pressure $P$ is given by the formula $P = \frac{P_1 V_1 + P_2 V_2}{V_1 + V_2}$.Substituting the given values:$P = \frac{(1000 \, torr \times 1.2 \, L) + (500 \, torr \times 3.8 \, L)}{1.2 \, L + 3.8 \, L}$.$P = \frac{1200 + 1900}{5.0} \, torr$.$P = \frac{3100}{5} \, torr = 620 \, torr$.

Class 11 Chemistry States of Matter Mix Examples- States of Matter

Difficult

$A$ vessel of volume $1.2 \, L$ contains a gas at $1000 \, torr$ pressure. Another vessel of volume $3.8 \, L$ contains the same gas at $500 \, torr$ pressure. If both vessels are connected by a tube of negligible volume,what will be the resultant pressure in $torr$ when equilibrium is established?

A
$1500$
B
$750$
C
$620$
D
$550$

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Class 11

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States of Matter

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Mix Examples- States of Matter

$A$ box of $1 \, L$ capacity is divided into two equal parts by a thin partition,which are filled with $2 \, g$ of $H_2$ and $16 \, g$ of $CH_4$ respectively. The temperature of each part is $T$. The pressure in each part is $P$. If the partition is removed,the total pressure will be:

Medium

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Which of the following statements is correct?

Medium

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Match gases under specified conditions listed in Column-$I$ with their properties/laws in Column-$II$.

Column-$I$ Column-$II$

$A$. Hydrogen gas $(P=200 \ atm, T=273 \ K)$ $p$. Compressibility factor $Z \neq 1$

$B$. Hydrogen gas $(P \approx 0, T=273 \ K)$ $q$. Attractive forces are dominant

$C$. $CO_2$ $(P=1 \ atm, T=273 \ K)$ $r$. $PV=nRT$

$D$. Real gas with very large molar volume $s$. $P(V_m-b)=RT$

IIT 2007

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$CH_4$ diffuses two times faster than a gas $X$. The number of molecules present in $32 \ g$ of gas $X$ is ($N$ is Avogadro number).

DifficultTS EAMCET 2010

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Equal masses of $CH_4$ and $H_2$ are mixed in an empty container at $25\,^oC$. The fraction of the total pressure exerted by methane is

Medium

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Column-$I$	Column-$II$
$A$. Hydrogen gas $(P=200 \ atm, T=273 \ K)$	$p$. Compressibility factor $Z \neq 1$
$B$. Hydrogen gas $(P \approx 0, T=273 \ K)$	$q$. Attractive forces are dominant
$C$. $CO_2$ $(P=1 \ atm, T=273 \ K)$	$r$. $PV=nRT$
$D$. Real gas with very large molar volume	$s$. $P(V_m-b)=RT$

$A$ vessel of volume $1.2 \, L$ contains a gas at $1000 \, torr$ pressure. Another vessel of volume $3.8 \, L$ contains the same gas at $500 \, torr$ pressure. If both vessels are connected by a tube of negligible volume,what will be the resultant pressure in $torr$ when equilibrium is established?

Similar Questions

$A$ box of $1 \, L$ capacity is divided into two equal parts by a thin partition,which are filled with $2 \, g$ of $H_2$ and $16 \, g$ of $CH_4$ respectively. The temperature of each part is $T$. The pressure in each part is $P$. If the partition is removed,the total pressure will be:

Which of the following statements is correct?

$CH_4$ diffuses two times faster than a gas $X$. The number of molecules present in $32 \ g$ of gas $X$ is ($N$ is Avogadro number).

Equal masses of $CH_4$ and $H_2$ are mixed in an empty container at $25\,^oC$. The fraction of the total pressure exerted by methane is

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