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CHEMICAL ENGINEERING

Explosion limit of blast furnace gas is 37 to 71% gas in gas-air mixture. It means that the blast furnace gas will explode when burnt in a confined space, if its concentration in the gas-air mixture is __________ percent.

Question: Explosion limit of blast furnace gas is 37 to 71% gas in gas-air mixture. It means that the blast furnace gas will explode when burnt in a confined space, if its concentration in the gas-air mixture is __________ percent.
[A].

< 37%

[B].

>71%

[C].

in between 37 & 71%

[D].

none of these

Answer: Option C

Explanation:

No answer description available for this question.

Explosion limit of blast furnace gas is 37 to 71% gas in gas-air mixture. It means that the blast furnace gas will explode when burnt in a confined space, if its concentration in the gas-air mixture is __________ percent. Read More »

CHEMICAL ENGINEERING, Fuels and Combustion

Flue gas obtained on complete combustion of pure acetylene (a hydrocarbon fuel) will contain

Question: Flue gas obtained on complete combustion of pure acetylene (a hydrocarbon fuel) will contain
[A].

CO

[B].

CO2

[C].

H2O

[D].

both(b) & (c)

Answer: Option D

Explanation:

No answer description available for this question.

Flue gas obtained on complete combustion of pure acetylene (a hydrocarbon fuel) will contain Read More »

CHEMICAL ENGINEERING, Fuels and Combustion

Main component of sewage gas produced during aneorobic decomposition of organic waste (by suitable bacteria) during sewage disposal is

Question: Main component of sewage gas produced during aneorobic decomposition of organic waste (by suitable bacteria) during sewage disposal is
[A].

H2

[B].

CH4

[C].

CO2

[D].

N2

Answer: Option B

Explanation:

No answer description available for this question.

Main component of sewage gas produced during aneorobic decomposition of organic waste (by suitable bacteria) during sewage disposal is Read More »

CHEMICAL ENGINEERING, Fuels and Combustion

Calorific value of gobar gas (containing CH4 = 60% , H2 = 10% ; CO2 = 30%) may be about __________ Kcal/Nm3.

Question: Calorific value of gobar gas (containing CH4 = 60% , H2 = 10% ; CO2 = 30%) may be about __________ Kcal/Nm3.
[A].

1800

[B].

3200

[C].

5400

[D].

10200

Answer: Option C

Explanation:

No answer description available for this question.

Calorific value of gobar gas (containing CH4 = 60% , H2 = 10% ; CO2 = 30%) may be about __________ Kcal/Nm3. Read More »

CHEMICAL ENGINEERING, Fuels and Combustion