If helium is introduced in a reactor containing O₂, SO₂ and SO₃ at equilibrium, so that total pressure increases while volume and temperature remains constant. In this case the dissociation of SO₃ (as per Le Chatlier principle)

Chemical Reaction Engineering
If helium is introduced in a reactor containing O₂, SO₂ and SO₃ at equilibrium, so that total pressure increases while volume and temperature remains constant. In this case the dissociation of SO₃ (as per Le Chatlier principle)

Decreases

Remains unaltered

Changes unpredictably

Increases

Decreases

Remains unaltered

Changes unpredictably

Increases

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Chemical Reaction Engineering
For any reaction, we may write conversion as a function of

Temperature

All of these

Concentration

Time

Temperature

All of these

Concentration

Time

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Chemical Reaction Engineering
Chemical reaction rate of a component depends upon the

Composition of the component only

Temperature of the system

Pressure of the system

All of these

Composition of the component only

Temperature of the system

Pressure of the system

All of these

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Chemical Reaction Engineering
In a reaction, the threshold energy is equal to (where, A = activation energy N = normal energy of reactants)

A

A-N

N

A+N

A

A-N

N

A+N

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Chemical Reaction Engineering
A Catalyst

None of these

Changes the equilibrium constant of the reaction

Increases the equilibrium concentration of the product

Shortens the time to reach the equilibrium

None of these

Changes the equilibrium constant of the reaction

Increases the equilibrium concentration of the product

Shortens the time to reach the equilibrium

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Chemical Reaction Engineering
According to the 'law of mass action', the rate of reaction is directly proportional to the

Molar concentration of the reactants

Nature of the reactants

Equilibrium constant

Volume of the reaction vessel

Molar concentration of the reactants

Nature of the reactants

Equilibrium constant

Volume of the reaction vessel

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Chemical Reaction Engineering

Chemical Reaction Engineering If helium is introduced in a reactor containing O₂, SO₂ and SO₃ at equilibrium, so that total pressure increases while volume and temperature remains constant. In this case the dissociation of SO₃ (as per Le Chatlier principle)

Chemical Reaction Engineering For any reaction, we may write conversion as a function of

Chemical Reaction Engineering Chemical reaction rate of a component depends upon the

Chemical Reaction Engineering In a reaction, the threshold energy is equal to (where, A = activation energy N = normal energy of reactants)

Chemical Reaction Engineering A Catalyst

Chemical Reaction Engineering According to the 'law of mass action', the rate of reaction is directly proportional to the

Chemical Reaction Engineering
If helium is introduced in a reactor containing O₂, SO₂ and SO₃ at equilibrium, so that total pressure increases while volume and temperature remains constant. In this case the dissociation of SO₃ (as per Le Chatlier principle)

Chemical Reaction Engineering
For any reaction, we may write conversion as a function of

Chemical Reaction Engineering
Chemical reaction rate of a component depends upon the

Chemical Reaction Engineering
In a reaction, the threshold energy is equal to (where, A = activation energy N = normal energy of reactants)

Chemical Reaction Engineering
A Catalyst

Chemical Reaction Engineering
According to the 'law of mass action', the rate of reaction is directly proportional to the