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Continue heating even after ice starts m...

Continue heating even after ice starts melting.

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The graph of temperature versus time is shown below.
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(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.

(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. The specific latent heat of fusion of ice is 80 cal // g .Explain this statement .

(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. The specific latent heat of fusion of silver is 88.2kJ //kg . Explain this statement.

TARGET PUBLICATION-HEAT-Apply your Knowledge
  1. Record the temperature using the thermometer after every minute.

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  2. As the ice is heated, it starts melting. Stir the mixture of ice and w...

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  3. Continue heating even after ice starts melting.

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  4. Draw a graph of temperature versus time.

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  5. Activity: Take a small slab of ice, a think wire and two identical w...

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  6. Activity: Put a slab of ice on a stand as shown in the figure below.

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  7. Activity: Hang two equal weights on the slab as shown in the figure.

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  8. What do you observe?

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  9. Ice is put into a tumbler containing water at room temperature. To coo...

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  10. We feel that some objects are cold, and some are hot. Is this feeling ...

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  11. Take a bottle of cold water out of a refrigerator and keep it outside ...

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  12. Material: A tray with thick layer of wax, solid spheres of iron, lead ...

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  13. Material: A tray with thick layer of wax, solid spheres of iron, lead ...

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  14. What is the difference between heat and temperature?

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  15. What are the different ways of heat transfer ?

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  16. The entropy change can be calculated by using the expression DeltaS-(q...

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  17. Mercury thermometers can be used to measure temperatures upto

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  18. Put the beaker on a stand and heat the ice using a burner, as shown in...

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  19. Record the temperature using the thermometer after every minute.

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  20. As the ice is heated, it starts melting. Stir the mixture of ice and w...

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