Yes, lighting a match involves the conversion of chemical potential energy stored in the matchstick into thermal energy. When the matchstick is struck against the rough surface of the matchbox, the friction generates enough heat to ignite the match head, causing a chemical reaction called combustion. This combustion releases thermal energy in the form of a flame.
Yes, lighting a match involves thermal energy. When a match is struck against a rough surface, the friction creates heat. This heat causes the chemicals on the matchstick, such as phosphorus, to ignite and produce a flame. Therefore, the act of lighting a match involves the transfer of thermal energy from the friction to the matchstick, which leads to the ignition and the subsequent release of heat and light energy.
Yes, lighting a match involves the conversion of chemical energy into thermal energy. When you strike a match against a rough surface, the friction ignites the match head, which contains a mixture of chemicals such as sulfur and potassium chlorate. These chemicals undergo a chemical reaction when exposed to heat, releasing energy in the form of a flame. The heat energy produced during the combustion reaction is then dissipated into the surroundings, which we perceive as thermal energy.
