The water in the beaker is ___ and is converted into . The process is known as _ . If you hold a metal plate near the steam, the steam into water and water droplets can be seen on the plate. This is an example of ____ change. Select the correct sequence of words to complete the above paragraph.

Boiling, Steam, Vaporisation, Condenses, Irreversible

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Boiling, Vapours, Boiling, Converts, Irreversible

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Steam, Condenses, Vaporisation, Boiling, Reversible

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Boiling, Steam, Vaporisation, Condenses, Reversible

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Solution

The correct option is D Boiling, Steam, Vaporisation, Condenses, Reversible
The water in the beaker is boiling and is converted into steam . The process is known as Vaporization . If you hold a metal plate near the steam, the steam condenses into water and water droplets can be seen on the plate. This is an example of reversible change.

So the correct option is 'Boiling, Steam, Vaporization, Condenses, Reversible'.

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Similar questions

Q. Choose words from the list below and fill in the blanks.
water, condenses, vaporisation, boiling, steam, cold, reversible
The water in the kettle is _____________.
As it boils, it changes into ____________.
This process is known as _____________.
If you hold a _____________ metal plate near the spout of the kettle, the steam ___________ into droplets of ___________. The water can then be collected in a beaker. Hence, this is an example of __________ change.
Figure

Q. Give balanced equations for obtaining hydrogen from :
(a) Boiling water using a divalent metal
(b) Steam using a trivalent metal
(c) Steam using a metal - and the reaction is reversible.

The process due to which a liquid changes into a gaseous state at a constant temperature by releasing heat energy is known as boiling or vaporisation.

Q. In an industrial process

10 k g

of water per hour is to be heated from

20^{\circ} C

80^{\circ} C

. To do this steam at

150^{\circ} C

is passed from a boiler into a copper coil immersed in water. The steam condenses in the coil and is returned to the boiler as water at

90^{\circ} C

. How many

k g

of steam is required per hour.
(Specific heat of steam =

1 c a l o r i e

per

g m^{\circ} C

, Latent heat of vaporisation =

540 c a l / g m

When water is heated, it gets converted into steam by a process called A. When steam is cooled, it is again converted into water by a process called B. Identify A and B.

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