Which side will the chemical equilibrium shift with increasing temperature in the equation N2 + O2 = NO-Q

In chemistry, the equilibrium of a system according to Le Chatelier’s principles can be influenced by several factors, one of which is temperature.

Temperature affects chemical equilibrium as follows:

with an increase in temperature, the equilibrium of a chemical reaction shifts towards the endothermic (a reaction that proceeds with the absorption of heat, in the reaction equation is denoted by “-Q”) reaction, with a decrease in temperature towards an exothermic (a reaction that proceeds with the release of heat, in the reaction equation is denoted ” + Q “) reactions.

Since the original equation is an endothermic equation (“-Q”), then as the temperature rises, the equilibrium will shift towards the endothermic reaction, towards the reaction products, to the right.