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A liquid of mass 0.2 kg and temperature 135°C is cooled to 25°C. If the specific heat capacity of the liquid is 750 J kg−1°C−1, find the heat energy given out. [Hint: θF = (135 – 25) = 110°C]

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Question

A liquid of mass 0.2 kg and temperature 135°C is cooled to 25°C. If the specific heat capacity of the liquid is 750 J kg−1°C−1, find the heat energy given out. [Hint: θF = (135 – 25) = 110°C]

Numerical
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Solution

Fall in temperature θF = (135− 25) = 110°C

∴ Heat = mcθF

= 0.2 kg × 750 J kg−1°C−1 × 110°C

= 16500 J

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Chapter 10: Calorimetry - NUMERICAL PROBLEMS ON SPECIFIC HEAT CAPACITY [Page 237]

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Goyal Brothers Prakashan A New Approach to ICSE Physics [English] Class 10
Chapter 10 Calorimetry
NUMERICAL PROBLEMS ON SPECIFIC HEAT CAPACITY | Q 2. | Page 237
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