Home
Class 12
PHYSICS
A vessel contains 28 g of N(2) and 32 g ...

A vessel contains `28 g` of `N_(2)` and `32 g` of `O_(2)` at temperature `T = 1800 K` and pressure `2 atm`. What would be the pressure when `N_(2)` dissociates `30%` and `O_(2)` dissociates `50%` and temperature remains constant ?

A

2 atm

B

1 atm

C

2.0 atm

D

1.4 atm

Text Solution

Verified by Experts

The correct Answer is:
C
Promotional Banner

Topper's Solved these Questions

  • KINETIC THEORY

    AAKASH INSTITUTE|Exercise Assignment (Section-C) Objective type questions (More than one option are correct)|9 Videos
  • KINETIC THEORY

    AAKASH INSTITUTE|Exercise Assignment (Section-D) (Linked Comprehension Type Questions)|6 Videos
  • KINETIC THEORY

    AAKASH INSTITUTE|Exercise Assignment (Section-A) Objective type questions (One option is correct)|48 Videos
  • GRAVITATION

    AAKASH INSTITUTE|Exercise ASSIGNMENT SECTION - D (ASSERTION-REASON TYPE QUESTIONS)|16 Videos
  • LAWS OF MOTION

    AAKASH INSTITUTE|Exercise Assignment (SECTION-D) (Assertion-Reason Type Questions)|15 Videos

Similar Questions

Explore conceptually related problems

The degree of dissociation of PCl_(5) at 1 atm pressure is 0.2 . Calculate the pressure at which PCl_(5) is dissociated to 50% ?

At temperature T k PCI_5 is 50% dissociated at an equilibrium pressure of 4 atm. At what pressure it would dissociate to the extent of 80% at the same temperature ?

A vessel of volume , V = 5.0 litre contains 1.4 g of nitrogen at a temperature T = 1800 K . Find the pressure of the gas if 30% of its molecules are dissociated into atoms into atmos at this temperature.

A vessel of volume 5 litre contains 1.4 g of nitrogen at a temperature 1800K. The pressure of the gas is 30% of its molecules are dissociated into atoms at this temperature is:

A 5-L vessel contains 1.4 g of nitrogen. When heated to 1800 K, 30% of molecules are dissociated into atoms. Calculate the pressure of the gas at 1800 K.

N_(2)O_(3) dissociates into NO and NO_(2) . At equilibrium pressure of 3 atm , all three gases were found to have equal number of moles in a vessel. In another vessel, equimolormixture of N_(2)O_(3), NO and NO_(2) are taken at the same temperature but at an initial pressure of 9 atm then find the partial pressure of NO_(2) (in atm ) at equilibrium in second vessel! N_(2)O_(3)(g) hArr NO(g) + NO_(2) (g)

The total pressure of a gaseous mixture of 2.8 g N_(2) , 3.2 g O_(2) , and 0.5 g H_(2) is 4.5 atm . Calculate the partial pressure of each gas.