2SO\(_2\) \(_{(g) }\)+ O\(_2\) \(_{(g) }\) ↔ 2SO\(_3\)\(_{(g) }\) ΔH = -395.7kJmol\(^{-1}\)
In the equation, an increase in temperature will shift the equilibrium position to the

chijioke7

7 years ago

The explanation and option are two different things, if the temperature is increased, the equilibrium is supposed to shift to the left for an exothermic reaction, which lowers the equilibrium constant

willispark

1 year ago

yes, equilibrium shifts to the left for all exothermic reactions if t

jedecoco

5 years ago

A is the correct answer

Somtodollah

1 year ago

does the equilibrium shift to the right for all exothermic reactions if temperature is increased?