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A flask contains 100 c.c of a liquid at ...

A flask contains 100 c.c of a liquid at `10^(@)C`. When it is heated to `110^(@)C` increase in volume of the liquid appears to be 2 c.c. Find the coefficient of real expansion of the liquid.
(`alpha` of flask is `11xx10^(-6)//""^(@)C`).

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To find the coefficient of real expansion of the liquid, we can follow these steps: ### Step 1: Understand the Problem We have a flask containing 100 c.c of a liquid at an initial temperature of \(10^\circ C\). When heated to \(110^\circ C\), the apparent increase in volume of the liquid is 2 c.c. We need to find the coefficient of real expansion of the liquid. ### Step 2: Use the Formula for Apparent Expansion The formula for the coefficient of apparent expansion (\(\beta\)) is given by: \[ ...
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