Take a metallic can half filled with water and put it over the flame so that the water inside starts boiling. Now put the lid on the can and remove it from the flame. What happens to the can when we pour cold water on it?

No effect is seen

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The can expands

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The can contracts

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Solution

The correct option is C
The can contracts

Since the bottle initially had hot water, temperature inside the bottle was high and the particles needed more space. But when cold water is poured on it, temperature decreases and particles need less space. Therefore, the can shrinks.

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Take a metallic can half filled with water and put it over the flame so that the water inside starts boiling. Now put the lid on the can and remove it from the flame. What happens to the can when we pour cold water on it?

The correct option is C The can contracts Since the bottle initially had hot water, temperature inside the bottle was high and the particles needed more space. But when cold water is poured on it, temperature decreases and particles need less space. Therefore, the can shrinks.

The correct option is C
The can contracts

Since the bottle initially had hot water, temperature inside the bottle was high and the particles needed more space. But when cold water is poured on it, temperature decreases and particles need less space. Therefore, the can shrinks.