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you deserve my prof's salary
Hello Everyone, As example 2 functions a risk averse: ln (x) and risk loving: x^2 A for ln(x)=- (-1/x^2)/(1/x) = -(-1/x) = 1/x so A'
this video should be labeled as quality content.
Thank U! This theme. It is interesting.
so why was it defined in that way?
super clear! best lesson out there
Shouldn't the A(W) of natural logarithm be W^-2/W^-1 instead or W^2/W^-1?
Good video but you do not explain why the expressions for ARA and RRA describe what you are claiming.
Thank youuu
gracias .... esta super
Why don't you show some actual calculation step?
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you deserve my prof's salary
Hello Everyone, As example 2 functions a risk averse: ln (x) and risk loving: x^2 A for ln(x)=- (-1/x^2)/(1/x) = -(-1/x) = 1/x so A'
this video should be labeled as quality content.
Thank U! This theme. It is interesting.
so why was it defined in that way?
super clear! best lesson out there
Shouldn't the A(W) of natural logarithm be W^-2/W^-1 instead or W^2/W^-1?
Good video but you do not explain why the expressions for ARA and RRA describe what you are claiming.
Thank youuu
gracias .... esta super
Why don't you show some actual calculation step?