Asked by Jakob
I am posed with a question which, in order to be solved, needs the Van't Hoff Factor of ethylene glycol. Some research has shown me that ethylene glycol is an electrolyte, but I don't know how it dissociates in water. Any help would be appreciated.
It is not an electrolyte and it does not dissociate in water. One web site I found gave a problem to calculate the molar mass using K<sub>f</sub>. I did and found the molar mass of ethylene glycol to be (from that experiment) the molar mass of adding the Cs, Hs, and Os. I assume the factor is 1 for ethylene glycol. I would expect, that, also.
It is not an electrolyte and it does not dissociate in water. One web site I found gave a problem to calculate the molar mass using K<sub>f</sub>. I did and found the molar mass of ethylene glycol to be (from that experiment) the molar mass of adding the Cs, Hs, and Os. I assume the factor is 1 for ethylene glycol. I would expect, that, also.
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