Relationship between volume strength of H2O2 aqueous solution and molarity depends on pressure and temperature of O2 (g) collectedExample:At 1 atm, 273 Kvolume strength =11.2×MAt STP, volume strength =11.35×M[Note: By default STP is taken for volume strength calculation].Find the relationship between volume strength and molarity at 300 K and 1 atm.

The relationship between volume strength is found as,11.2×300273=12.308Hence, option A is correct.

Relationship between volume strength of H2O2 aqueous solution and molarity depends on pressure and temperature of O2 (g) collectedExample:At 1 atm, 273 Kvolume strength =11.2×MAt STP, volume strength =11.35×M[Note: By default STP is taken for volume strength calculation].Find the relationship between volume strength and molarity at 300 K and 1 atm.

The relationship between volume strength is found as,11.2×300273=12.308Hence, option A is correct.

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Relationship between volume strength of $H_{2} O_{2}$ aqueous solution and molarity depends on pressure and temperature of $O_{2} (g)$ collected
Example:
At $1 a t m, 273 K$
volume strength $= 11.2 \times M$
At STP,
volume strength $= 11.35 \times M$
[Note: By default STP is taken for volume strength calculation].
Find the relationship between volume strength and molarity at $300 K$ and $1 a t m .$

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$12.308 \times M o l a r i t y$

$22.7 \times M o l a r i t y$

$24.63 \times M o l a r i t y$

$11.35 \times M o l a r i t y$

answer is A.

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Detailed Solution

The relationship between volume strength is found as,

$11.2 \times \frac{300}{273}$

$= 12.308$

Hence, option A is correct.

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