Which principle is used to measure the specific heat capacity of a substance? Answer the question
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Answered by
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The specific heat of a body is defined as the quantity of heat required to raise the temperature of unit mass of a body through one degree Celsius.
S=Q/m ΔT
To determine the specific heat of solids usually the method of mixtures is followed.
In method of mixtures, specific heat of either a solid or a liquid is determined.
The method of mixtures obeys the fundamental principle of calorimetry.
Heat lost by hot bodies= Heat gained by cold body
S=Q/m ΔT
To determine the specific heat of solids usually the method of mixtures is followed.
In method of mixtures, specific heat of either a solid or a liquid is determined.
The method of mixtures obeys the fundamental principle of calorimetry.
Heat lost by hot bodies= Heat gained by cold body
Answered by
73
The specific heat of a substance can be defined as the amount of heat required to raise the temperature of unit mass of a substance through unit degree .
S = H/MT
To measure the specific heat of a substance , usually the method of mixtures is followed .
This may be said that the method of mixtures involves the basic principle of calorimetry which states that when two bodies with different temperature are in contact , then the heat taken in by the cold body will be equal to the heat given out by the hotter body .
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S = H/MT
To measure the specific heat of a substance , usually the method of mixtures is followed .
This may be said that the method of mixtures involves the basic principle of calorimetry which states that when two bodies with different temperature are in contact , then the heat taken in by the cold body will be equal to the heat given out by the hotter body .
.
.
.
HOPE IT HELPS YOU .....
.
.
Please mark as brainliest ......
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