In the lime kiln, the reversible reaction CaCO3 leftharpoons CaO +CO2 proceeds to completion because of

Question

In the lime kiln, the reversible reaction CaCO3 leftharpoons CaO +CO2 proceeds to completion because of (A) high temperature (B) CO2 escapes (C) CaO is removed (D) low temperature

Tardigrade Admin · Accepted Answer

If CO2 escapes, backward reaction cannot take place.

Q. In the lime kiln, the reversible reaction $C a C O_{3} ⇌ C a O + C O_{2}$ proceeds to completion because of

high temperature

$C O_{2}$ escapes

$C a O$ is removed

low temperature

If $C O_{2}$ escapes, backward reaction cannot take place.

Q. In the lime kiln, the reversible reaction CaCO3​⇌CaO+CO2​ proceeds to completion because of

high temperature

CO2​ escapes

CaO is removed

low temperature

If CO2​ escapes, backward reaction cannot take place.

Q. In the lime kiln, the reversible reaction $C a C O_{3} ⇌ C a O + C O_{2}$ proceeds to completion because of

$C O_{2}$ escapes

$C a O$ is removed

If $C O_{2}$ escapes, backward reaction cannot take place.