The coefficient of thermal expansion, al...

The coefficient of thermal expansion, `alpha` , is nearly constant for a liquid `alpha=(1)/(V)((dV)/(dT))_(P)`
At `293K` and `1atm` for water `alpha=2.1K^(-1)`
What is the approximate work done when `1` mole of liquid is heated from `288K` at `1` atm? Molar volume of liquid `=18m` ?

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The coefficient of thermal expansion, `alpha` , is nearly constant for a liquid `alpha=(1)/(V)((dV)/(dT))_(P)` At `293K` and `1atm` for water `alpha=2.1K^(-1)` What is the approximate work done when `1` mole of liquid is heated from `288K` at `1` atm? Molar volume of liquid `=18m` ?

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The coefficient of thermal expansion, `alpha` , is nearly constant for a liquid `alpha=(1)/(V)((dV)/(dT))_(P)`
At `293K` and `1atm` for water `alpha=2.1K^(-1)`
What is the approximate work done when `1` mole of liquid is heated from `288K` at `1` atm? Molar volume of liquid `=18m` ?