A batch adiabatic reactor at an initial temperature of 373°K is being used for the reaction, A → B. Assume the heat of reaction is - 1kJ/mole at 373°K and heat capacity of both A and B to be constant and equal to 50J/mole.K. The temperature rise after a conversion of 0.5 will be

Chemical Reaction Engineering
A batch adiabatic reactor at an initial temperature of 373°K is being used for the reaction, A → B. Assume the heat of reaction is - 1kJ/mole at 373°K and heat capacity of both A and B to be constant and equal to 50J/mole.K. The temperature rise after a conversion of 0.5 will be

100°C

5°C

20°C

10°C

100°C

5°C

20°C

10°C

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Chemical Reaction Engineering
The exit age distribution of fluid leaving a vessel is used to know the

Activation energies of a reaction

Extent of non-ideal flow in the vessel

Reaction mechanism

None of these

Activation energies of a reaction

Extent of non-ideal flow in the vessel

Reaction mechanism

None of these

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Chemical Reaction Engineering
Catalyst carriers

Inhibit catalyst poisoning

Have very high selectivity

Increase the activity of a catalyst

Provide large surface area with a small amount of active material

Inhibit catalyst poisoning

Have very high selectivity

Increase the activity of a catalyst

Provide large surface area with a small amount of active material

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Chemical Reaction Engineering
For a zero order reaction, the concentration of product increases with the

Increase in initial concentration

Decrease in total pressure

Total pressure

Increase of reaction time

Increase in initial concentration

Decrease in total pressure

Total pressure

Increase of reaction time

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Chemical Reaction Engineering
Ionic reactions occur in

Solid state only

Liquid state only

Any state

Solutions

Solid state only

Liquid state only

Any state

Solutions

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Chemical Reaction Engineering
The rate of the reaction, X → Y, quadruples when the concentration of 'X' is doubled. The rate expression for the reaction is, r = K Cxn, the value of 'n' in this case will be

2

3

1

2

3

1

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Chemical Reaction Engineering

Chemical Reaction Engineering The exit age distribution of fluid leaving a vessel is used to know the

Chemical Reaction Engineering Catalyst carriers

Chemical Reaction Engineering For a zero order reaction, the concentration of product increases with the

Chemical Reaction Engineering Ionic reactions occur in

Chemical Reaction Engineering The rate of the reaction, X → Y, quadruples when the concentration of 'X' is doubled. The rate expression for the reaction is, r = K Cxn, the value of 'n' in this case will be

Chemical Reaction Engineering
The exit age distribution of fluid leaving a vessel is used to know the

Chemical Reaction Engineering
Catalyst carriers

Chemical Reaction Engineering
For a zero order reaction, the concentration of product increases with the

Chemical Reaction Engineering
Ionic reactions occur in

Chemical Reaction Engineering
The rate of the reaction, X → Y, quadruples when the concentration of 'X' is doubled. The rate expression for the reaction is, r = K Cxn, the value of 'n' in this case will be