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The Product of Mass and Specific Heat is Known as .......... - Physics

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प्रश्न

The product of mass and specific heat is known as ..........

रिक्त स्थान भरें

उत्तर

The product of mass and specific heat is known as heat capacity.

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  क्या इस प्रश्न या उत्तर में कोई त्रुटि है?
अध्याय 5: Heat - Exercise 5.2 i [पृष्ठ २४१]

APPEARS IN

फ्रैंक Physics - Part 2 [English] Class 10 ICSE
अध्याय 5 Heat
Exercise 5.2 i | Q 6 | पृष्ठ २४१

संबंधित प्रश्न

What do you understand by the following statements:

The specific heat capacity of lead is 130 Jkg-1K-1.


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Read the following paragraph and answer the questions.
If heat is exchanged between a hot and cold object, the temperature of the cold object goes on increasing due to gain of energy and the temperature of the hot object goes on decreasing due to loss of energy.
The change in temperature continues till the temperatures of both the objects attain the same value. In this process, the cold object gains heat energy and the hot object loses heat energy. If the system of both the objects is isolated from the environment by keeping it inside a heat resistant box (meaning that the energy exchange takes place between the two objects only), then no energy can flow from inside the box or come into the box.


i. Heat is transferred from where to where?
ii. Which principle do we learn about from this process?
iii. How will you state the principle briefly?
iv. Which property of the substance is measured using this principle?


Write down the relation between specific heat and heat capacity.

Write the approximate values of the specific latent heat of vaporization of steam.


If, in a central heating system, steam enters a radiation pipe at 100°C and water leaves the radiation pipe at 100°C, can this radiation pipe heat a room? Give an explanation for your answer.


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On supplying 100 µC of charge to a conductor, its potential rises by 5 V then capacity of the conductor is ______.


Which of the following substances (A, B and C) has the highest specific heat? 

 


Prove the Mayer's relation `C_p - C _v = R/J`


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