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The density of wathr at 0^@C is 0.998 g...

The density of wathr at `0^@C` is `0.998 g cm^(-3)` at `4^@C` is `1.00 g cm^(-3)`. Calculate the average coefficient of volume expansion of water in the temperature range 0 to `4^C`.

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`d_(f) = (d_(0))/(1 + gamma Deltat)`
`rArr 1 = (0.998)/(1+gammaxx4) =- 5 xx 10^(-4)//.^(@)C`
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