Home
Class 11
CHEMISTRY
A closed vessel contains equal number of...

A closed vessel contains equal number of nitrogen and oxygen molecules at a pressure of P mm. If nitrogen is removed from the system then the pressure will be

A

P

B

`2 P`

C

`P//2`

D

`P^(2)`

Text Solution

Verified by Experts

The correct Answer is:
C
By removing the nitrogen molecules (half in number) the partial pressure will be also reduced to half i.e, it will becomes `p//2`
Promotional Banner

Similar Questions

Explore conceptually related problems

A closed vessel contains equal number of nitrogen and oxygen molecules at pressure of P mm . If nitrogen is removed from the system, then the pressure will be:

A closed vessel contains equal number of oxygen and hydrogen molecules at a total pressure of 740 mm. If oxygen is removed from the system, the pressure: 1)becomes half of 740 mm 2)becomes 1/3 rd of 740 mm 3)becomes double of 740 mm 4)remains unchanged.

A closed container contains equal number of moles of two gases X and Y at a total pressure of 710 mm of Hg . If gas X is removed from the mixture , the pressure will (A) become double (B) become half (C) remain same (d) become one - fourth

Equal molecules of N_2 and O_2 are kept in a closed container at pressure P. If N_2 is removed from the system, then the pressure of the container will be

Calculate the number of nitrogen molecules present in 2.8 g of nitrogen gas.

A closed vessel contains equal number of molecule of hydrogen and oxygen. A fine hole is made in the vessel. Which gas will leak rapidly?

Name the The process of removal of nitrogenous wastes from the body.

Equal molecules of N_(2) and O_(2) are kept in closed container at pressure P . If N_(2) is removed from the system, then what will be the pressure of the container?

Equal volume of oxygen and ozone at a given temperature and pressure contain equal

A closed vessel contains 8 g of oxygen and 7 g of nitrogen. The total pressure is 10 atm at a given temperature. If now oxygen is absorbed by introducting a suitable absorbent, the pressure of the remaining gas in atm will be