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

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

The temperature is increased

A catalyst is added

An inert gas is pumped keeping the temperature constant

None of these

The temperature is increased

A catalyst is added

An inert gas is pumped keeping the temperature constant

None of these

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Chemical Reaction Engineering
__________ is the controlling step in a highly temperature sensitive fluid-solid non-catalytic reaction.

None of these

Gas film diffusion

Chemical reaction

Ash diffusion

None of these

Gas film diffusion

Chemical reaction

Ash diffusion

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

Extent of non-ideal flow in the vessel

Reaction mechanism

Activation energies of a reaction

None of these

Extent of non-ideal flow in the vessel

Reaction mechanism

Activation energies of a reaction

None of these

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Chemical Reaction Engineering
Bulk diffusion in catalyst pore __________ with increase in pressure.

Increases

Remains unchanged

Decreases

Increases exponentially

Increases

Remains unchanged

Decreases

Increases exponentially

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Chemical Reaction Engineering
Given, 3H₂ + CO = CH₄ + H₂O, KP = 101.84 and, 4H₂ + CO₂ = CH₄ + 2H₂O, KP = 101.17the KP for the reaction CO + H₂O = CO₂ + H₂ is

103.01

10-3.01

10-0.67

L00.67

103.01

10-3.01

10-0.67

L00.67

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Chemical Reaction Engineering
In flow reactors, the performance equations interrelate the rate of reaction to the

Feed rate

All of these

Extent of reaction

Reactor volume

Feed rate

All of these

Extent of reaction

Reactor volume

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Chemical Reaction Engineering

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 __________ is the controlling step in a highly temperature sensitive fluid-solid non-catalytic reaction.

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

Chemical Reaction Engineering Bulk diffusion in catalyst pore __________ with increase in pressure.

Chemical Reaction Engineering Given, 3H₂ + CO = CH₄ + H₂O, KP = 101.84 and, 4H₂ + CO₂ = CH₄ + 2H₂O, KP = 101.17the KP for the reaction CO + H₂O = CO₂ + H₂ is

Chemical Reaction Engineering In flow reactors, the performance equations interrelate the rate of reaction to the

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
__________ is the controlling step in a highly temperature sensitive fluid-solid non-catalytic reaction.

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

Chemical Reaction Engineering
Bulk diffusion in catalyst pore __________ with increase in pressure.

Chemical Reaction Engineering
Given, 3H₂ + CO = CH₄ + H₂O, KP = 101.84 and, 4H₂ + CO₂ = CH₄ + 2H₂O, KP = 101.17the KP for the reaction CO + H₂O = CO₂ + H₂ is

Chemical Reaction Engineering
In flow reactors, the performance equations interrelate the rate of reaction to the