The calories in turkey noodles are 470 calories. When turkey noodles came on the market, it was all the rage. Many people fell in love with the taste, not only because of its spiciness, but also because it was delicious and felt very good after eating. This also increased their love for eating turkey. face person. But after eating it, I was worried that the calories would be too high. The calories per 100 grams of turkey noodles are 470 calories, which is roughly equivalent to the calories of two and a half bowls of rice.

Introduction to Heat

The relationship between Heat and internal energy is like the relationship between work and mechanical energy. Heat is a measure of the energy that can change within an object. If thermal equilibrium has not been reached between two areas, heat will be transferred from the high temperature area between them to the low temperature area. Any substance has a certain amount of internal energy, which is related to the disordered motion of the atoms and molecules that make up the substance.

When two substances with different temperatures are in thermal contact, they exchange internal energy until the temperatures of both parties are consistent, that is, thermal equilibrium is reached. Here, the amount of energy transferred is equal to the amount of heat exchanged. Many people confuse heat with internal energy. In fact, heat refers to the change of internal energy and the work of the system.

Heat describes the change in internal energy, and internal energy is a state quantity, a state function of the system, corresponding to a state point of the system. Fully understanding the difference between heat and internal energy is the key to understanding the first law of thermodynamics.

The heat transferred between objects during the heat transfer process is related to the adiabatic, isothermal and isobaric nature of the process, that is, heat absorption or heat release must occur in a certain process. When an object is in a certain state, we cannot say how much heat it contains. Heat is a process quantity and a change quantity.