Conductivity and Molar Conductivity of Equimolar Solutions of LiCl and KCl

If one took equimolar solutions of $\ce{Li}$ and $\ce{K}$, which would have higher conductivity? Is it the same for molar conductivity?

Say, $\ce{LiCl}$ and $\ce{KCl}$, of a litre each. Also, as Molar Conductivity = Conductivity / Molarity, are molar conductivity and conductivity directly proportional? Why or why not?

Since Li is highly solvated due to its small size, it's mobility is reduced and hence conductivity decreased.

• I'm fine with this answer, but it would really pay if you be a little more elaborate. It might give some people a comment-like feeling. – M.A.R. Apr 19 '15 at 12:45
• Hmm, don't remember it now. :) I think I did click looks OK, but a better answer garners more votes, ya know. :) – M.A.R. Apr 19 '15 at 15:35
• Oh well, just saying. I think only a sentence can't help the OP (and they might be too shy to ask in their own post as a comment) You can leave this as is, or you can add a canonical and a comprehensive answer so that everyone else will be benefited. Oooh man! Now that will be helping. :) – M.A.R. Apr 19 '15 at 16:24
• @MARamezani :D I was earlier going to post Since Li has less mobility, it has less conductivity. I think it's enough and galdful that I added due to... – RE60K Apr 19 '15 at 16:26