A flask is initially filled with pure $$N2Og(g)$$ having pressure $$2$$ bar and following equilibria are established.$$N2O3(g)$$⇌$$NO2(g)+NO(g)$$ $$KP1=2.5bar$$ ?$$2NO2(g)$$⇌$$N2O4(g)$$ $$KPy=$$?If at equilibrium partial pressure of $$NO(g)$$ was found to be $$1.5$$ bar, then:

Question

A flask is initially filled with pure $$N2Og(g)$$ having pressure $$2$$ bar and following equilibria are established.$$N2O3(g)$$⇌$$NO2(g)+NO(g)$$       $$KP1=2.5bar$$ ?$$2NO2(g)$$⇌$$N2O4(g)$$           $$KPy=$$?If at equilibrium partial pressure of $$NO(g)$$ was found to be $$1.5$$ bar, then:

Infinity Learn · Accepted Answer

Here, we have,$$N2O3$$⟶$$NO2+NO2$$−x    x−y $$x2NO2$$⟶    $$N2O4x$$−y    $$y/2x=1.5$$  (given)KP1=(3$$−$$y)×$$1.50.5PN2O5=2$$−$$1.5=0.5barPNO2=0.83bary=1.5$$−$$0.83=0.67PN2O4=0.3barKP2=0.33(0.82)2=0.48$$

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A flask is initially filled with pure N2Og(g) having pressure 2 bar and following equilibria are established.N2O3(g)⇌NO2(g)+NO(g) KP1=2.5bar ?2NO2(g)⇌N2O4(g) KPy=?If at equilibrium partial pressure of NO(g) was found to be 1.5 bar, then:

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