Recent content by rezaxis

Thanks for the clarifications. I appreciate it, and I think I got it. Now, does this evaporation rate vs surface area relationship have a name or a formula?

Two vessels of the same volume, in the same location and open to the atmosphere. One is tall and of a small diameter, the other is short and is of a larger diameter. Each vessel supplied with an identical heat source. Each vessel filled with an equal volume of an identical liquid. The goal...

If I mix an equal volume of three materials, A, B and C. Each having a different evaporation temperature. Let's say the evaporation temperature of B is equally above the evaporation temp of A as it is below the evaporation temp of C. Would the evaporation temperature of the whole now be equal...

And if I'm heating a liquid that contains things that evaporate at different temperatures, will I have an increasing amount of trouble separating these things as I increase the amount of heat applied?

I want to measure salt brines. I can measure specific gravity and degrees Fahrenheit. I need a formula into which I can insert the two measured values and resolve to get the degree of saturation of my brine. I can't find a formula, so I'm not sure a formula exists, but I can't understand why...

Thanks for the reply, and I'll take my question to chemistry and see what happens there.

I want to measure salt brines. I can measure specific gravity and degrees Fahrenheit. I need a formula that I can insert the two measured values into and get the degree of saturation of my brine. I can't find a formula. I'm not sure a formula exists, but I can't understand why not. There are...