Heat evoled in the complete combustion of $$1.026\ kg$$ of sucrose at constant pressure will be:

$$C_{12}H_{22}O_{11}(s)+12O_{2}(g)\to 12O_{2}(g)+11H_2O(l)\ ;\ \Delta H=-5.65\times 10^3 \ kJ$$

Question

Heat evoled in the complete combustion of 1-026 kg of sucrose constant pressure will be-C-12-H-22-O-11-s-12O-2-g-to 12O-2-g-11H-2O-l- - Delta H-5-65times 10-3  kJ

Toppr Admin · Accepted Answer

Correct option is A- -1-695-times 10-4 - kJ-

Heat evoled in the complete combustion of $$1.026\ kg$$ of sucrose at constant pressure will be:$$C_{12}H_{22}O_{11}(s)+12O_{2}(g)\to 12O_{2}(g)+11H_2O(l)\ ;\ \Delta H=-5.65\times 10^3 \ kJ$$

Correct option is A. $$-1.695\times 10^4 \ kJ$$

Heat evoled in the complete combustion of $$1.026\ kg$$ of sucrose at constant pressure will be:

$$C_{12}H_{22}O_{11}(s)+12O_{2}(g)\to 12O_{2}(g)+11H_2O(l)\ ;\ \Delta H=-5.65\times 10^3 \ kJ$$