Hi does anyone know to do this questions? using calculator as well?
I got 1258 + 4377.60 + 43200 / (1+r)^3
then ∛(1+r)^3 = ∛48836.16
which gave me r=35.55 which is no where near the answer??
Thanks
Hi does anyone know to do this questions? using calculator as well?
I got 1258 + 4377.60 + 43200 / (1+r)^3
then ∛(1+r)^3 = ∛48836.16
which gave me r=35.55 which is no where near the answer??
Thanks
I have no idea what you’re doing here.
Where did you get the numbers 1,258 and 4,377.6?
What return measures are you considering?
I did --> 1000 (1.15)(1.14)(0.96) =1258 and 4000 (1.14)(0.96) and 45000 (0.96)
then divided by (1+r)^3 to discount it back to T0
any ideas?
Using the BAII CF worksheet
CF0=-1,000 C01=-4,000 F01 = 1 C02=-45,000 F02=1 C03= 48,836.16
2nd QUIT IRR CPT -2.083696799%
Legend! thanks
This is more of an accumulation problem rather than discounting back to time 0.
And since the deposits add up to $50,000, you know r has to be negative!