6 gm of carbon is burnt with an amount of air containing 18 gm oxygen. The product contains 16.5 gms CO₂ and 2.8 gms CO besides other constituents. What is the degree of conversion on the basis of disappearance of limiting reactant?

Chemical Reaction Engineering
6 gm of carbon is burnt with an amount of air containing 18 gm oxygen. The product contains 16.5 gms CO₂ and 2.8 gms CO besides other constituents. What is the degree of conversion on the basis of disappearance of limiting reactant?

1

0.2

0.95

0.75

1

0.2

0.95

0.75

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Chemical Reaction Engineering
A Catalyst

Shortens the time to reach the equilibrium

None of these

Increases the equilibrium concentration of the product

Changes the equilibrium constant of the reaction

Shortens the time to reach the equilibrium

None of these

Increases the equilibrium concentration of the product

Changes the equilibrium constant of the reaction

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Chemical Reaction Engineering
Pure A in gas phase enters a reactor 50% of this A is converted to B through the reaction, A 3B. Mole fraction of A in the exit stream is

43835

43832

43834

43833

43835

43832

43834

43833

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Chemical Reaction Engineering
A chemical reaction, A → 3B, is conducted in a constant pressure vessel. Starting with pure A, the volume of the reaction mixture increases 3 times in 6 minutes. The fractional conversion is

1

0.5

0.33

Data insufficient, can't be predicted

1

0.5

0.33

Data insufficient, can't be predicted

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Chemical Reaction Engineering
Slurry reactors are characterised by the

Both A and B

Neither A nor B

Lack of intraparticle diffusion resistance

Presence of two mobile phases

Both A and B

Neither A nor B

Lack of intraparticle diffusion resistance

Presence of two mobile phases

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Chemical Reaction Engineering
In a CSTR __________ varies with time.

Neither A nor B

Concentration

Both A & B

Reaction rate

Neither A nor B

Concentration

Both A & B

Reaction rate

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Chemical Reaction Engineering

Chemical Reaction Engineering 6 gm of carbon is burnt with an amount of air containing 18 gm oxygen. The product contains 16.5 gms CO₂ and 2.8 gms CO besides other constituents. What is the degree of conversion on the basis of disappearance of limiting reactant?

Chemical Reaction Engineering A Catalyst

Chemical Reaction Engineering Pure A in gas phase enters a reactor 50% of this A is converted to B through the reaction, A 3B. Mole fraction of A in the exit stream is

Chemical Reaction Engineering A chemical reaction, A → 3B, is conducted in a constant pressure vessel. Starting with pure A, the volume of the reaction mixture increases 3 times in 6 minutes. The fractional conversion is

Chemical Reaction Engineering Slurry reactors are characterised by the

Chemical Reaction Engineering In a CSTR __________ varies with time.

Chemical Reaction Engineering
6 gm of carbon is burnt with an amount of air containing 18 gm oxygen. The product contains 16.5 gms CO₂ and 2.8 gms CO besides other constituents. What is the degree of conversion on the basis of disappearance of limiting reactant?

Chemical Reaction Engineering
A Catalyst

Chemical Reaction Engineering
Pure A in gas phase enters a reactor 50% of this A is converted to B through the reaction, A 3B. Mole fraction of A in the exit stream is

Chemical Reaction Engineering
A chemical reaction, A → 3B, is conducted in a constant pressure vessel. Starting with pure A, the volume of the reaction mixture increases 3 times in 6 minutes. The fractional conversion is

Chemical Reaction Engineering
Slurry reactors are characterised by the

Chemical Reaction Engineering
In a CSTR __________ varies with time.