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3.
In terms of the kinetic particle theory, explain the following
(a) A liquid can take the shape of its container.
(b) A tub of ice is heavier than a tub filled with water vapour.
(c) A spray can containing gas should be kept away from fire.

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onyebuchinnaji

(a) Liquid is a state of matter and it has no finite shape due to the arrangement of its molecules.

(b) Ice is a solid state of mater while vapor is gaseous state of mater

(c) Gas molecules are always in constant motion with great kinetic energy, and can easily be ignited.

A liquid can take the shape of its container.

Liquid is a state of matter and it has no finite shape due to the arrangement of its molecules rather liquids assume the shape of their container.

A tub of ice is heavier than a tub filled with water vapour.

Ice is a solid state of mater while vapor is gaseous state of mater. The molecules of the ice are closely packed together leading to its heavier weight when compared to vapors whose molecules are far from each other.

A spray can containing gas should be kept away from fire.

Gas molecules are always in constant motion with great kinetic energy, and can easily be ignited.

Learn more about kinetic theory of matter here: https://brainly.com/question/21319821

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