Question

QUESTION The molecular mass of a compound is 62. Find
its vapour density.


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Answer 1

Answer:

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Answer 2

Answer:

The vapour density of the compound with the molecular mass of 62 is 120.

Explanation:

From the above question,

They have given :

The molecular mass of a compound is 62. Find its vapour density.

Vapor density is the ratio of the mass of a gas to its volume at a given temperature and pressure.

To calculate the vapor density of a compound, you would need additional information such as its molecular formula, temperature, and pressure. With just the molecular mass, it is not possible to determine the vapor density of the compound.

The molecular mass of a compound is 62, which means its empirical formula weight is 30. According to the mass of gas whose vapour density is 22 is 44g.

Therefore,

        Its vapour density can be calculated by  2 × 60 = 120.

The molecular formula will be the empirical formula multiplied by a factor of n.

where,

n = Empirical formula weight by Molecular weight

     ​= $\frac{120}{30}$

      =4.

Thus, the vapour density of the compound with the molecular mass of 62 is 120.

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