A cylinder contains 100 g of an ideal gas ( mol weight is 40g/ mol) at 27^° C and 2 atm pressure. In tranference process, the cylinder fell and a dent was created i.e. there was a decrease in the volume of cylinder. But valve attached to the cylinder cannot keep the presssure greater than 2 atm so 10 g of gas is leaked out.Calculate volume of the cylinder before dent in dm3

Open in App

Solution

Suggest Corrections

Similar questions

Q. A cylinder contains

100 g

of an ideal gas (mol. wt. =

40 g/mol

) at

27^{\circ} C

and 2 atm pressure. During transportation the cylinder fell and a dent was formed. The valve present cannot sustain pressures greater than 2 atm. Hence,

10 g

of a gas got leaked out. The volume of the container before and after the formation of the dent is:

Q. A cylinder contains

100 g

of an ideal gas (mol. wt. =

40 g/mol

) at

27^{\circ} C

and 2 atm pressure. During transportation the cylinder fell and a dent was formed. The valve present cannot sustain pressures greater than 2 atm. Hence,

10 g

of a gas got leaked out. The volume of the container before and after the formation of the dent is:

Read the Paragraph carefully and answer the following questions:

100 g of an ideal $(m o l . w t . = 40)$ gas is present in a cylinder at $27^{0} c a n d 2 a t m$ pressure. During transportation, cylinder fell and a dent was developed in the cylinder. The valve attached to cylinder cannot keep the pressure greater than $2 a t m$ and therefore $^{'} 10 g^{'}$ of gas leaked-out through cylinder.

The volume of the cylinder before a dent was:

Q. A cylinder containing 5 L of

O_{2}

25^{\circ} C

was leaking. When the leakage was detected and stopped, there was a change in the pressure of the gas from 3 atm to 2.235 atm. What volume of oxygen got leaked at 1 atm and

25^{\circ} C

Q. A cylinder containing 5 L of

O_{2}

25^{\circ} C

was leaking. When the leakage was detected and stopped, there was a change in the pressure of the gas from 3 atm to 2.235 atm. What volume of oxygen got leaked at 1 atm and

25^{\circ} C

Join BYJU'S Learning Program