A reversible liquid phase endothermic reaction is to be carried out in a plug flow reactor. For minimum reactor volume, it should be operated such that the temperature along the length

Chemical Reaction Engineering
A reversible liquid phase endothermic reaction is to be carried out in a plug flow reactor. For minimum reactor volume, it should be operated such that the temperature along the length

First increases and then decreases

Is at the highest allowable temperature throughout

Decreases

Increases

First increases and then decreases

Is at the highest allowable temperature throughout

Decreases

Increases

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

Temperature of the system

All of these

Composition of the component only

Pressure of the system

Temperature of the system

All of these

Composition of the component only

Pressure of the system

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Chemical Reaction Engineering
With increase in temperature, the rate constant obeying Arhenious equation

Can either increase or decrease ; depends on the frequency factor

Increases

Decreases exponentially

Decreases

Can either increase or decrease ; depends on the frequency factor

Increases

Decreases exponentially

Decreases

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Chemical Reaction Engineering
The reactions of high molecularity are rare, because

Many body collisions are not favoured energetically

Of requirement of very large concentration for such reactions

Of low probability of many body collisions

Of very large activation energy of many bodies

Many body collisions are not favoured energetically

Of requirement of very large concentration for such reactions

Of low probability of many body collisions

Of very large activation energy of many bodies

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Chemical Reaction Engineering
Considering the endotheomic dissociation of CaCO₃ in a closed vessel (CaCO₃ ⇋ CaO + CO₂), the pressure of CO₂ increases, if

None of these

An inert gas is pumped keeping the temperature constant

The temperature is increased

A catalyst is added

None of these

An inert gas is pumped keeping the temperature constant

The temperature is increased

A catalyst is added

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Chemical Reaction Engineering
Non-catalytic fluid-solid reactions are represented by __________ model.

Neither A and B

Both A and B

Continuous reaction

Unreacted core

Neither A and B

Both A and B

Continuous reaction

Unreacted core

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Chemical Reaction Engineering

Chemical Reaction Engineering A reversible liquid phase endothermic reaction is to be carried out in a plug flow reactor. For minimum reactor volume, it should be operated such that the temperature along the length

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

Chemical Reaction Engineering With increase in temperature, the rate constant obeying Arhenious equation

Chemical Reaction Engineering The reactions of high molecularity are rare, because

Chemical Reaction Engineering Considering the endotheomic dissociation of CaCO₃ in a closed vessel (CaCO₃ ⇋ CaO + CO₂), the pressure of CO₂ increases, if

Chemical Reaction Engineering Non-catalytic fluid-solid reactions are represented by __________ model.

Chemical Reaction Engineering
A reversible liquid phase endothermic reaction is to be carried out in a plug flow reactor. For minimum reactor volume, it should be operated such that the temperature along the length

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

Chemical Reaction Engineering
With increase in temperature, the rate constant obeying Arhenious equation

Chemical Reaction Engineering
The reactions of high molecularity are rare, because

Chemical Reaction Engineering
Considering the endotheomic dissociation of CaCO₃ in a closed vessel (CaCO₃ ⇋ CaO + CO₂), the pressure of CO₂ increases, if

Chemical Reaction Engineering
Non-catalytic fluid-solid reactions are represented by __________ model.