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but I think you should put Damodaran under Valuation and Risk Models instead of Financial Markets and Products thanks

dear @Nicole Manley is Reading 30: Damodaran part of FRM part 1 material? I finished studying financial markets&products topic and did not see this reading in your notes and in the original books?

this tube is very useful for understanding the whole concept of : the power rule of integral thanks

really thanks @stephenjohn it is great post, for me I studied finance but Iam not that good in calculas or algebra, so, many times when I try to understand what other memebers write when they solving the questions I face huge wall front of me, today I studied well the concept of the power rule...

thanks dear brian for this information, I am trying to master this concept now :)

hello every body I wanna ask the friends who have experience about the calculas or the algebra that needed for FRM part 1 there is a recomanded book from @ShaktiRathore called "The Calculus Lifesaver: All the Tools You Need to Excel at Calculus" it is mentioned above in Nicole post, but the...

it great material thanks Nicole

dear @Deepak Chitnis Thank you very much, but you were not forced to tag David and Nicole ;)

you are great dear thanks a lot and I am sorry understand the concept more important than math did you finish part 1?

thanks :) Ill do my best on the net and ill tell you thankssssss :)

hello @David Harper CFA FRM in the video related to P1.T2. Miller Chapter 2, you mentioned this question: Assume the probability density function (pdf) of a zero-coupon bond with a notional value of $5.00 is given by f(x) = (3/125)*x^2 on the domain [0,5] where x is the price of the bond: you...

I think the person who answer there called deepak and I am sure that the answer there shortage, and need some modification.

dear @ShaktiRathore thanks again for your great clarification Nabil :)

thanks a lot dear @Deepak Chitnis

thanks dear you are creative

thank you dear @ShaktiRathore for help I just want to show you my solving way, I found it easy to do: I calculate forward interest rates from a spot rates using this equation Rf = R2*T2 - R1*T1/R2-R1 .045*5 - .035*3 / 5-3 = .06 and then convert it to discrete compounding m(e^rc/m - 1)...

thanks dear Mkaim for help, the reult was 148.6 it is closest to 150, so the answer is 150. I did not know how to apply this [Press the "=" sign-->Press "I/Y"-->Press CPT-->Press PMT] to get the result as 148.6 without subtract outcomes from each other. may you clarify more this concept : FV =...

dear it is great help, thanks a lot :) :)

I solve it as I know and my result was exactily as answer C but in the book it solved like this: [(1.045^5/(1.035^3))^(1/2)] = 6.02% I did not get the concept behind this equation thanks