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In reverse osmosis, water flows out of a salt solution until the osmotic pressure of the solution equals the applied pressure....Asked by JSJFJF
In reverse osmosis, water flows out of a salt solution until the osmotic pressure of the solution equals the applied pressure. If a pressure of 47.0 bar is applied to seawater, what will be the final concentration of the seawater at 20 °C when reverse osmosis stops?
Mc=?
Assuming that seawater has a total ion concentration (a.k.a colligative molarity) of 1.10 Mc, calculate how many liters of seawater are needed to produce 64.8 L of fresh water at 20 °C with an applied pressure of 47.0 bar.
L=?
I got 28.26 for Mc....can someone confirm this answer and help me find the liters for the next part.
Please help.
Mc=?
Assuming that seawater has a total ion concentration (a.k.a colligative molarity) of 1.10 Mc, calculate how many liters of seawater are needed to produce 64.8 L of fresh water at 20 °C with an applied pressure of 47.0 bar.
L=?
I got 28.26 for Mc....can someone confirm this answer and help me find the liters for the next part.
Please help.
Answers
Answered by
JSJFJF
Can you help me please...I've noticed numerous people posting this question but no one is answering it.... :[ pleaseeeee and thank you!
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