At what temperature do endothermic reactions usually occur?

Endothermic reactions are characterized by the absorption of heat from their surroundings, leading to a decrease in temperature of the environment. Although they often require heat to be supplied to proceed, they are not limited to specific temperature ranges.

These reactions can indeed occur at varying temperatures. For instance, some endothermic processes, like the dissolution of certain salts in water or photosynthesis in plants, can take place comfortably at room temperature under appropriate conditions, such as the availability of reactants and sufficient energy input.

The idea that endothermic reactions are restricted to high or low temperatures would incorrectly suggest that they cannot function effectively outside those ranges. In reality, many endothermic reactions are adaptable and can respond to the environmental temperature to maintain a feasible reaction rate. Therefore, they can proceed at a variety of temperatures depending on the specific reaction conditions and the nature of the reactants involved.