The degree of dissociation is 0.4 at 400 K and 1.0 atm for the gaseous reaction
PCI5 « PCI3 + CI2. Assuming ideal behaviour of all the gases, calculate the density of
equilibrium mixture at 400 K and 1.0 atmosphere. (Relative atomic mass of P = 31.0 and CI
= 35.5)

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The degree of dissociation is 0.4 at 400 K and 1.0 atm for the gaseous reaction PCI5 « PCI3 + CI2. Assuming ideal behaviour of all the gases, calculate the density of equilibrium mixture at 400 K and 1.0 atmosphere. (Relative atomic mass of P = 31.0 and CI = 35.5)

The degree of dissociation is 0.4 at 400 K and 1.0 atm for the gaseous reaction
PCI5 « PCI3 + CI2. Assuming ideal behaviour of all the gases, calculate the density of
equilibrium mixture at 400 K and 1.0 atmosphere. (Relative atomic mass of P = 31.0 and CI
= 35.5)

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The degree of dissociation is 0.4 at 400 K and 1.0 atm for the gaseous reaction PCI5 « PCI3 + CI2. Assuming ideal behaviour of all the gases, calculate the density of equilibrium mixture at 400 K and 1.0 atmosphere. (Relative atomic mass of P = 31.0 and CI = 35.5)

The degree of dissociation is 0.4 at 400 K and 1.0 atm for the gaseous reaction PCI5 « PCI3 + CI2. Assuming ideal behaviour of all the gases, calculate the density of equilibrium mixture at 400 K and 1.0 atmosphere. (Relative atomic mass of P = 31.0 and CI = 35.5)

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The degree of dissociation is 0.4 at 400 K and 1.0 atm for the gaseous reaction
PCI5 « PCI3 + CI2. Assuming ideal behaviour of all the gases, calculate the density of
equilibrium mixture at 400 K and 1.0 atmosphere. (Relative atomic mass of P = 31.0 and CI
= 35.5)