Asked by Karthik
Could someone help me with these problems?
1. Why is it advantageous to choose a solvent with a large value for k(fp)?
I don't really know
2. Why is it not necessary to wait for an entire sample of water to freeze in order to determine its freezing point?
I think it has something to do with supercooling but I don't know.
3. What difference would be expected in the solutions freezing point if an ionic compound, such as NaCl, was added to 10mL of water instead of urea?
I think the freezing point would lower, but could someone explain why?
1. Why is it advantageous to choose a solvent with a large value for k(fp)?
I don't really know
2. Why is it not necessary to wait for an entire sample of water to freeze in order to determine its freezing point?
I think it has something to do with supercooling but I don't know.
3. What difference would be expected in the solutions freezing point if an ionic compound, such as NaCl, was added to 10mL of water instead of urea?
I think the freezing point would lower, but could someone explain why?
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