How does temperature affect dynamic equilibrium?

You will have no trouble recalling this.

A) The system will absorb the heat to counteract this change if you increase T, which favors endothermic reactions.

For instance:

The system will cool itself by absorbing the excess heat; at equilibrium, the temperature is raised to 400 degrees Celsius. - Endothermic

B) The system will release heat to offset this change if you lower T, which promotes exothermic reactions.

For instance:

When the system's temperature drops from 500C, which is its equilibrium, to 300C, it will respond by releasing heat. - Exothermic

Temperature affects dynamic equilibrium by influencing the rate of both forward and reverse reactions. An increase in temperature generally speeds up reactions, shifting the equilibrium position toward the endothermic reaction. Conversely, a decrease in temperature favors the exothermic reaction.