Chinese, asked by science132004, 7 months ago

100 g of an ideal gas (mol. wt. = 40) is present in a cylinder at 27°C and 2 atm pressure. During
transportation, cylinder fell and a dent was developed in cylinder. The valve attached to cylinder cannot
keep the pressure greater than 2 atm and therefore '10 g' of gas leaked-out through cylinder.​

Answers

Answered by ankitvishwakarma3928
6

Explanation:

100 g of an ideal gas (mol. wt. 40) is present in a cylinder at 27 • 0 C and 2 atm pressure.

During transportation, cylinder fell and a dent was developed in cylinder. The valve attached to cylinder cannot keep the pressure greater than 2 atm and therefore 10 g of gas leaked out through cylinder. Calculate:

(i) the volume of cylinder before and after dent.

(ii) the pressure developed after dent if valve can withstand any pressure inside the cylinder.

or

content://[email protected]/images/screenshot/1605583013963993829771.jpg

Mark as brilliant

Answered by vidushi2982
1

Explanation:

up answer is the write answer I

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