explain the Newton Law of cooling
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According to Newton's Law of Cooling, an object's temperature change rate is proportional to its own temperature and the temperature of the surrounding environment. The degree to which a liquid heats or cools depends largely on the ambient temperature of the environment. (Ambient means "relating to the immediate surroundings".) In a general sense, the liquid's temperature continues to change until it reaches the ambient temperature of the environment. Newton's Law of Cooling also applies to the heating of liquids in relation to the ambient temperature. One assumption about the rate of cooling or heating is that the external temperature remains constant.
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