As temperature increases, the rate of reaction also increases.

Q. As temperature increases, the rate of reaction also increases.

Q. As the temperature increases, rate of reaction increases because:

Q. The variation of K and $K_f$ as well as $K_b$ with temperature shows the following effects:
(i) For endothermic reaction K increases and $K_f$ as well as $K_b$ also increases with temperature.
(ii) For endothermic reaction K decreases and $K_f$ as well as $K_b$ also decreases with temperature.
(iii) For exothermic reaction K decreases and $K_f$ as well as $K_b$ both increases with temperature.
(iv) For exothermic reaction K increases and $K_f$ as well as $K_b$ decreases with temperature.
(v) For exothermic reaction K decreases and $K_f$ as well as $K_b$ both decreases with temperature.

Q. The rate of exothermic reaction increases with increasing temperature.