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A pair of evaporators will be arranged in series to remove water solution ( i . e . , the salt solution that exits the
A pair of evaporators will be arranged in series to remove water solution ie the salt solution that exits the first evaporator will be the feed to the second evaporator The first evaporator will be operated at conditions sufficient to evaporate water at a rate of kmo The second evaporator will be operated at conditions sufficient to evaporate water at a rate of kmo You may assume that no salt exits either unit via evaporation. The salt solution that exits the first evaporator ie the feed to the second evaporator flows at a rate of and contains a mixture by mass of water and salt. Calculate the composition mass fraction of the existing salt solution
A pair of evaporators will be arranged in series to remove water solution ie the salt solution that exits the first evaporator will be the feed to the second evaporator The first evaporator will be operated at conditions sufficient to evaporate water at a rate of kmo The second evaporator will be operated at conditions sufficient to evaporate water at a rate of kmo You may assume that no salt exits either unit via evaporation. The salt solution that exits the first evaporator ie the feed to the second evaporator flows at a rate of and contains a mixture by mass of water and salt.
Calculate the composition mass fraction of the existing salt solution
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