John Dodson:hi Greg
 Greg:Hi.  My wife's using the phone.  I can hear you through the computer, but I can't dial in yet.
 Greg:I'll get my thoughts organized here before I ask any questions.  Thanks for having this session.
 John Dodson:Sure. I don't have any topics for tonight, so I will wait for someone else to take a lead.
 Xiaowen:That's fine, I just wanted to drop by to see if there is any good questions.
 Greg:So for the first part of the problem, VaR, we integrate F from -inf to (1-C)?
 John Dodson:yes
 John Dodson:no.. F is already the integral of the density, f
 John Dodson:we just need Q(1-c), which is F^{-1}(1-c), where F() is the integral of f()
 John Dodson:then for CVaR (aka ES), we average Q() from 0 to 1-c
 Greg:Alright, thank you.  And to get F^, we solve F for psi, then switch the variables?
 John Dodson:yes.
 John Dodson:It is the value in the sample space corresponding to a particular cumulative density, 1-c in this case.
 Greg:John, is dropbox the preferred method of homework delivery this week?
 John Dodson:I don't think there is a preference for the weeklies.
 John Dodson:I think Jiafan will be doing the grading. I will set him up on the dropbox if that is the case.
 John Dodson:I will make sure anything left in the dropbox is graded.
 John Dodson:well, good night Greg and Xiaowen. I guess I will sign off. See you on Wed.