Given the following hypothetical equilibrium reaction shown below: A(aq) + B(aq) ↔ C(aq) + D(aq) When the reaction mixture is heated, the concentrations of A and B decrease . When the same reaction mixture is cooled, the concentrations of C and D decrease . Select the statement that best explains this: a. Heating the reaction indicates that it is exothermic, while cooling the reaction indicates that it is endothermic. b. Heating the reaction indicates that it is endothermic, while cooling the reaction indicates that it is endothermic. c. None of these. d. Heating the reaction indicates that it is endothermic, while cooling the reaction indicates that it is exothermic. e. Heating the reaction indicates that it is exothermic, while cooling the reaction indicates that it is exothermic.
Given the following hypothetical equilibrium reaction shown below:
A(aq) + B(aq) ↔ C(aq) + D(aq)
When the reaction mixture is heated, the concentrations of A and B decrease .
When the same reaction mixture is cooled, the concentrations of C and D decrease .
Select the statement that best explains this:
a. Heating the reaction indicates that it is exothermic, while cooling the reaction indicates that it is endothermic.
b. Heating the reaction indicates that it is endothermic, while cooling the reaction indicates that it is endothermic.
c. None of these.
d. Heating the reaction indicates that it is endothermic, while cooling the reaction indicates that it is exothermic.
e. Heating the reaction indicates that it is exothermic, while cooling the reaction indicates that it is exothermic.
Trending now
This is a popular solution!
Step by step
Solved in 2 steps