A 10 litre box contains O3 and O2 at equilibrium at 2000K. KP=4×1014

1.	A 10 litre box contains O3 and O2 at equilibrium at 2000K. KP=4×1014 atm for 2O3(g)⇌3O2(g) Assume that pO2>>pO3 and if total pressure is 8 atm, then moles of O3 at equilibrium will be: Take √5=2.2, √3=1.7, √2=1.4
Answer» A 10 litre box contains $O_{3}$ and $O_{2}$ at equilibrium at 2000K. $K_{P} = 4 \times 10^{14}$ atm for $2 O_{3} (g) ⇌ 3 O_{2} (g)$ Assume that $p_{O_{2}} >> p_{O_{3}}$ and if total pressure is 8 atm, then moles of $O_{3}$ at equilibrium will be: Take $\sqrt{5} = 2.2$ , $\sqrt{3} = 1.7$ , $\sqrt{2} = 1.4$

A 10 litre box contains O3 and O2 at equilibrium at 2000K. KP=4×1014 atm for 2O3(g)⇌3O2(g) Assume that pO2>>pO3 and if total pressure is 8 atm, then moles of O3 at equilibrium will be: Take √5=2.2, √3=1.7, √2=1.4

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A 10 litre box contains $O_{3}$ and $O_{2}$ at equilibrium at 2000K. $K_{P} = 4 \times 10^{14}$ atm for $2 O_{3} (g) ⇌ 3 O_{2} (g)$ Assume that $p_{O_{2}} >> p_{O_{3}}$ and if total pressure is 8 atm, then moles of $O_{3}$ at equilibrium will be:

Take $\sqrt{5} = 2.2$ , $\sqrt{3} = 1.7$ , $\sqrt{2} = 1.4$

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A 10 litre box contains O3 and O2 at equilibrium at 2000K. KP=4×1014 atm for 2O3(g)⇌3O2(g) Assume that pO2&gt;&gt;pO3 and if total pressure is 8 atm, then moles of O3 at equilibrium will be: Take √5=2.2, √3=1.7, √2=1.4

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A 10 litre box contains O3 and O2 at equilibrium at 2000K. KP=4×1014 atm for 2O3(g)⇌3O2(g) Assume that pO2>>pO3 and if total pressure is 8 atm, then moles of O3 at equilibrium will be: Take √5=2.2, √3=1.7, √2=1.4