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According to the principle of method of mixtures, the net heat lost by the hot bodies is equal to ___________ by the cold bodies.

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Gain
According to principle of method of mixtures, the net heat lost by hot water bodies is equal to heat gain by cold bodies.

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Similar questions

Q. In view of method of mixtures which statement is correct.
i) Net heat lost by hot body is equal to net heat gained by the cold body.
ii) Net heat lost by hot body is greater than the net heat gained by cold body.
iii) Net heat lost by hot body is less than the net heat gained by cold body.

Q. According to principle of calorimetry, heat absorbed by cold bodies is equal to heat released by hot bodies.

The Principle of CALORIMETRY or MIXTURES states that when a hot body comes in contact with a cold body :

Q. The fastest method of heat transfer from a hot body to a cold body is-

Heat energy lost by a hot body is equal to heat energy gained by the cold body. Which of the following option/options below is/are associated with the above statement?

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Fill in the blanksAccording to the principle of method of mixtures, the net heat lost by the hot bodies is equal to ___________ by the cold bodies.

GainAccording to principle of method of mixtures, the net heat lost by hot water bodies is equal to heat gain by cold bodies.

Fill in the blanks
According to the principle of method of mixtures, the net heat lost by the hot bodies is equal to ___________ by the cold bodies.

Gain
According to principle of method of mixtures, the net heat lost by hot water bodies is equal to heat gain by cold bodies.