A liquid coefficient of volume expansion $γ$ is filled in a container of a material having the coefficient of linear expansion $α$ . If the liquid overflows on heating, then

γ > 3 α

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γ < 3 α

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γ = 3 α

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Solution

The correct option is A $γ > 3 α$
Volumetric coefficient of expansion of material is $3 α$
As the system is heated liquid started flowing out of box,it means volumetric coefficient of expansion of liquid is greater than of the container.
Hence $γ > 3 α$ .

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A liquid coefficient of volume expansion γ is filled in a container of a material having the coefficient of linear expansion α. If the liquid overflows on heating, then

The correct option is A γ>3αVolumetric coefficient of expansion of material is 3αAs the system is heated liquid started flowing out of box,it means volumetric coefficient of expansion of liquid is greater than of the container. Hence γ>3α.

A liquid coefficient of volume expansion $γ$ is filled in a container of a material having the coefficient of linear expansion $α$ . If the liquid overflows on heating, then

The correct option is A $γ > 3 α$
Volumetric coefficient of expansion of material is $3 α$
As the system is heated liquid started flowing out of box,it means volumetric coefficient of expansion of liquid is greater than of the container.
Hence $γ > 3 α$ .