Equal masses of gaseos `N_(2),NH_(3)` and `N_(2)O` are injected into an evacuated container to produce a total pressure of 3 atm. How do the partial pressures of `N_(2),NH_(3)` and `N_(2)O` compare?

N_(2)+3H_(2) to NH_(3)

N_(2)+3H_(2) to NH_(3)

N_(2)+3H_(2) to NH_(3)

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)

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)

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 what will be the pressure of the container?

If a mixture of CO and N_(2) in equal amount have total 1 atm pressure, then partial pressure of N_(2) in the mixture is

In a mixture of N_(2) and O_(2) gases, the mole fraction of N_(2) is found to be 0.700. the total pressure of the mixture is 1.42atm. What is the partial pressure of O_(2) in the mixture?

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?