Kh values for Arg- CO2g- HCHOg and CH4g are 40-39- 1-67- 1-83-10-5 and 0-413 respectively- The order of their increasing solubility is-

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Solubility Product

Kh values for...

Question

$K_{h}$ values for $A r_{(} g), C O_{2} (g), H C H O_{(} g)$ and $C H_{4} (g)$ are $40.39$ , $1.67$ , $1.83 \times 10^{- 5}$ and $0.413$ respectively. The order of their increasing solubility is:

H C H O < C H_{4} < C O_{2} < A r

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H C H O < C O_{2} < C H_{4} < A r

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A r < C O_{2} < C H_{4} < H C H O

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A r < C H_{4} < C O_{2} < H C H O

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Solution

The correct option is D $A r < C O_{2} < C H_{4} < H C H O$
Higher the value of the $K_{H}$ the lower is the solubility of a gas in the liquid.

Hence the order of increasing solubility will be $A r < C O_{2} < C H_{4} < H C H O .$

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Question 26
$K_{H}$ value for Ar (g), $C O_{2}$ (g), HCHO (g) and $C H_{4}$ (g) are 40.39, 1.67, $1.83 \times 10^{- 5}$ and 0.413 repectively.
Arrange these gases in the order of their increasing solubility.
(a) $H C H O < C H_{4} < C O_{2} < A r$ (b) $H C H O < C O_{2} < C H_{4} < A r$
(c) $A r < C O_{2} < C H_{4} < H C H O$ (d) $A r < C H_{4} < C O_{2} < H C H O$

Q. The values of the Henry's law constant

A r, C O_{2}, C H_{4} a n d O_{2}

in water at

25^{o} C

are 40.30, 1.67, 0.41 and 34.86 kbar respectively. The order of their solubility in water at the same temperature and pressure is

K_{H}

values for

{A r}_{(g)}, {C O}_{2 (g)}, {H C H O}_{(g)}

and

{C H}_{4 (g)}

are

40.39, 1.67, 1.83 \times 10^{- 5}

and

0.413

respectively. Arrange these gases in the order of their increasing solubility ?

The volume of gases $N H_{3}$ , $C O_{2}$ and $C H_{4}$ adsorbed by one gram of charcoal at 298 K are in

The volumes of gases $H_{2}, C H_{4}, C O_{2} a n d N H_{3}$ absorbed by 1 g of charcoal at 288 K are in the order:

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Kh values for Ar(g),CO2(g),HCHO(g) and CH4(g) are 40.39, 1.67, 1.83×10−5 and 0.413 respectively. The order of their increasing solubility is:

The correct option is D Ar<CO2<CH4<HCHOHigher the value of the KH the lower is the solubility of a gas in the liquid. Hence the order of increasing solubility will be Ar<CO2<CH4<HCHO.

$K_{h}$ values for $A r_{(} g), C O_{2} (g), H C H O_{(} g)$ and $C H_{4} (g)$ are $40.39$ , $1.67$ , $1.83 \times 10^{- 5}$ and $0.413$ respectively. The order of their increasing solubility is:

The correct option is D $A r < C O_{2} < C H_{4} < H C H O$
Higher the value of the $K_{H}$ the lower is the solubility of a gas in the liquid.

Hence the order of increasing solubility will be $A r < C O_{2} < C H_{4} < H C H O .$