A first order irreversible reaction, A → B is carried out separately in a constant volume as well as in a variable volume reactor for a particular period. It signifies that __________ in the two reactors.

Chemical Reaction Engineering
A first order irreversible reaction, A → B is carried out separately in a constant volume as well as in a variable volume reactor for a particular period. It signifies that __________ in the two reactors.

Both conversion as well as concentration are same

Conversion in both will be the same but concentrations will be different

None of these

Both the conversion as well as concentrations will be different

Both conversion as well as concentration are same

Conversion in both will be the same but concentrations will be different

None of these

Both the conversion as well as concentrations will be different

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Chemical Reaction Engineering
A batch reactor is suitable for

Liquid phase reactions

Obtaining uniform polymerisation products in highly exothermic reactions

Large scale gaseous phase reactions

Achieving cent percent conversion of reactants into products

Liquid phase reactions

Obtaining uniform polymerisation products in highly exothermic reactions

Large scale gaseous phase reactions

Achieving cent percent conversion of reactants into products

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Chemical Reaction Engineering
The importance of diffusion in a catalyst are increased by

Small pore diameter

An active surface of the catalyst

Large catalyst particle size

All of these

Small pore diameter

An active surface of the catalyst

Large catalyst particle size

All of these

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Chemical Reaction Engineering
Helium-mercury method can be used to determine the __________ of the catalyst particle.

Porosity

Solid density

Pore volume

All of these

Porosity

Solid density

Pore volume

All of these

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Chemical Reaction Engineering
The rate of a chemical reaction is almost doubled for every 10°C rise in temperature. The rate will increase __________ times, if the temperature rises form 10 to 100°C.

256

612

112

512

256

612

112

512

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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

An inert gas is pumped keeping the temperature constant

A catalyst is added

The temperature is increased

None of these

An inert gas is pumped keeping the temperature constant

A catalyst is added

The temperature is increased

None of these

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Chemical Reaction Engineering

Chemical Reaction Engineering A first order irreversible reaction, A → B is carried out separately in a constant volume as well as in a variable volume reactor for a particular period. It signifies that __________ in the two reactors.

Chemical Reaction Engineering A batch reactor is suitable for

Chemical Reaction Engineering The importance of diffusion in a catalyst are increased by

Chemical Reaction Engineering Helium-mercury method can be used to determine the __________ of the catalyst particle.

Chemical Reaction Engineering The rate of a chemical reaction is almost doubled for every 10°C rise in temperature. The rate will increase __________ times, if the temperature rises form 10 to 100°C.

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
A first order irreversible reaction, A → B is carried out separately in a constant volume as well as in a variable volume reactor for a particular period. It signifies that __________ in the two reactors.

Chemical Reaction Engineering
A batch reactor is suitable for

Chemical Reaction Engineering
The importance of diffusion in a catalyst are increased by

Chemical Reaction Engineering
Helium-mercury method can be used to determine the __________ of the catalyst particle.

Chemical Reaction Engineering
The rate of a chemical reaction is almost doubled for every 10°C rise in temperature. The rate will increase __________ times, if the temperature rises form 10 to 100°C.

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