Conduction is the most common type of heat transfer because it involves the transfer of heat between objects through direct contact. When the burners are cooked, for example, the heat energy is carried to the bottom of a pot sitting above them. The pan leads heat to its contents from there. Heat is transferred from one molecule to another as a result of the molecules' vibratory motion. Heat transfer occurs through conduction in substances that are in direct contact with each other. Atoms in the casserole's base absorb thermal energy from the hob. The atoms in the casserole begin to vibrate as a result of this. Because of the vibration, the atoms will collide with one another, passing on their thermal energy.
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Answer:
Conduction is the most common type of heat transfer because it involves the transfer of heat between objects through direct contact. When the burners are cooked, for example, the heat energy is carried to the bottom of a pot sitting above them. The pan leads heat to its contents from there. Heat is transferred from one molecule to another as a result of the molecules' vibratory motion. Heat transfer occurs through conduction in substances that are in direct contact with each other. Atoms in the casserole's base absorb thermal energy from the hob. The atoms in the casserole begin to vibrate as a result of this. Because of the vibration, the atoms will collide with one another, passing on their thermal energy.
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