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If heating is continued even after ice s...

If heating is continued even after ice starts melting then, ______

A

thermometer inserted in the beaker containing ice cube bursts

B

temperature in thermometer inserted in the beaker containing ice cube reduces

C

temperature in thermometer inserted in the beaker containing ice cube increases

D

temperature in thermometer inserted in the beaker containing ice cube remains same for some time

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Continue heating even after ice starts melting.

(1) Take a few pieces of ice in a glass beaker as shown in figure. (2) Insert the bulb of a thermometer in ice and measure its temperature. (3) Put the beaker on a stand and heat the ice using a burner. (4) Record the temperature using the thermometer after every minute. (5) As the ice is heated,it starts melting. Stir the mixture of ice and water. (6) Continue the heating even after ice starts melting. (7) Draw a graph of temperature versus time. Explain the role of latent heat in the change of state of a substance.

(1) Take a few pieces of ice in a glass beaker as shown in figure. (2) Insert the bulb of a thermometer in ice and measure its temperature. (3) Put the beaker on a stand and heat the ice using a burner. (4) Record the temperature using the thermometer after every minute. (5) As the ice is heated,it starts melting. Stir the mixture of ice and water. (6) Continue the heating even after ice starts melting. (7) Draw a graph of temperature versus time. Explain the term latent heat of vaporization.

(1) Take a few pieces of ice in a glass beaker as shown in figure. (2) Insert the bulb of a thermometer in ice and measure its temperature. (3) Put the beaker on a stand and heat the ice using a burner. (4) Record the temperature using the thermometer after every minute. (5) As the ice is heated,it starts melting. Stir the mixture of ice and water. (6) Continue the heating even after ice starts melting. (7) Draw a graph of temperature versus time. Define boiling point of a liquid. OR What is boiling point of a liquid ?

(1) Take a few pieces of ice in a glass beaker as shown in figure. (2) Insert the bulb of a thermometer in ice and measure its temperature. (3) Put the beaker on a stand and heat the ice usinga burner. (4) Record the temperature using the thermometer after every minute. (5) As the ice is heated,it starts melting. Stir the mixture of ice and water. (6) Continue the heating even after ice starts melting. (7) Draw a graph of temperature versus time. Explain the following temperature vs time graph.

(1) Take a few pieces of ice in a glass beaker as shown in figure. (2) Insert the bulb of a thermometer in ice and measure its temperature. (3) Put the beaker on a stand and heat the ice using a burner. (4) Record the temperature using the thermometer after every minute. (5) As the ice is heated,it starts melting. Stir the mixture of ice and water. (6) Continue the heating even after ice starts melting. (7) Draw a graph of temperature versus time. What is meant by latent heat ?How will the state of matter transform if latent heat is given off ?

(1) Take a few pieces of ice in a glass beaker as shown in figure. (2) Insert the bulb of a thermometer in ice and measure its temperature. (3) Put the beaker on a stand and heat the ice using a burner. (4) Record the temperature using the thermometer after every minute. (5) As the ice is heated,it starts melting. Stir the mixture of ice and water. (6) Continue the heating even after ice starts melting. (7) Draw a graph of temperature versus time. Define specific latent heat of fursion. OR What is specific latent heat of fusion? State its units.

(1) Take a few pieces of ice in a glass beaker as shown in figure. (2) Insert the bulb of a thermometer in ice and measure its temperature. (3) Put the beaker on a stand and heat the ice using a burner. (4) Record the temperature using the thermometer after every minute. (5) As the ice is heated,it starts melting. Stir the mixture of ice and water. (6) Continue the heating even after ice starts melting. (7) Draw a graph of temperature versus time. Define specific latent heat of vaporization. OR What is specific latent heat of vaporization?

(1) Take a few pieces of ice in a glass beaker as shown in figure. (2) Insert the bulb of a thermometer in ice and measure its temperature. (3) Put the beaker on a stand and heat the ice using a burner. (4) Record the temperature using the thermometer after every minute. (5) As the ice is heated,it starts melting. Stir the mixture of ice and water. (6) Continue the heating even after ice starts melting. (7) Draw a graph of temperature versus time. Define latent heat of fusion OR What is latent heat of fusion ? State its units.

TARGET PUBLICATION-HEAT-Chapter Assessment
  1. If heating is continued even after ice starts melting then,

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  2. Experimentally anomalous behaviour of water is verified

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  3. Working of calorimeter is based upon

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  4. The air is said to be unsaturated if vapour contained in a given volum...

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  5. State true or false. When heat is supplied to a substance, it alwa...

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  6. Complete the analogy and state the relation. Heat absorbed by an obj...

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  7. Give the name of phenomenon in which ice converts to water due to appl...

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  8. The rocks in cold regions get cracked in winter. Why?

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  9. When two blocks of ice are pressed against each other then they stick ...

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  10. Explain the following : How can you relate the formation of water dro...

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  11. Define specific heat capacity. Prove experimentally that different sub...

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  12. Explain anomalous behaviour of water. Write its effect in lakes and po...

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  13. In the carnot engine, when heat is absorbed from the source, its tempe...

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  14. Melting of ice due to applied pressure, getting converted back into ic...

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  15. Explain the following : In cold regions in winter, the rocks cracks d...

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  16. When two blocks of ice are pressed against each other then they stick ...

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  17. Water droplets are seen on the outer surface of a cold drink bottle. G...

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  18. Define specific heat capacity. Prove experimentally that different sub...

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