Chemistry, asked by kmanjunathxx, 3 months ago

a gas cylinder of capacity 30dm³ is filled with gas Y the mass of which is 10g when the same cylinder is filled with hydrogen gas at the same temperature and pressure the maaa of hydrogen is 2g find the relative molecular mass of the gas​

Answers

Answered by Anonymous
0

Explanation:

Therefore, the relative molecular mass of gas x is 10g. Therefore, the relative molecular mass of gas x is 10g. Therefore, the relative molecular mass of gas x is 10g. Therefore, the relative molecular mass of gas x is 10g.

Answered by srushtid2
0

Therefore, the relative molecular mass of gas x is 10g. Therefore, the relative molecular mass of gas x is 10g. Therefore, the relative molecular mass of gas x is 10g. Therefore, the relative molecular mass of gas x is 10g.

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