Question

1. Take a bowl of ice, put it out in direct sunshine and note the melting time of ice. Now put the same water on a stove and note the boiling time of water. After boiling of water do not turn off the stove and note the time till the whole water disappears. What happened with the water? Where is it gone? Also draw a diagram of the process.

Answer 1

Answer:

The water has evaporated and turned into a gas. it has gone to the atmosphere in the state of a gas.

Explanation:

The water has evaporated and turned into a gas. it has gone to the atmosphere in the state of a gas.

Answer 2

Answer:

The water boiled and was converted to steam, the gaseous form of water.

Explanation:

• When a liquid is heated to its boiling point, which is the temperature at which the vapour pressure of the liquid equals the pressure placed on it by the surrounding atmosphere, it quickly vaporises, a process known as boiling.
• The creation of a vapour bubble below the liquid's surface is caused by the boiling point.
• Boiling happens quickly.
• The temperature at which a liquid's vapour pressure equals the surrounding atmosphere is known as the boiling point of the liquid.
• This temperature causes the liquid to become a vapour.
• In boiling, water is converted to steam.
• Water is a gas in the form of steam.
• This can happen as a result of boiling, which involves applying heat until the water achieves the enthalpy of vaporisation, or as a result of evaporation.

Since all the water has boiled off and been converted to steam, there is no water left in the bowl.

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