Answer:
A. Product APEX
Explanation:
This is the correct answer.
Answer:
11.14%
Explanation:
Blume's formula is used to combine both arithmetic and geometric returns. This is because using arithmetic growth rate exclusively would be overly optimistic for longer time horizons and on the other hand, using geometric growth rates exclusively would be overly pessimistic for short time horizons.
Using the attached formula, plug in the given numbers;
R(T) would be the sale growth rate we need to calculate.
R(T) = 
R(T) =0.0257 + 0.0857
R(T) = 0.1114 as a decimal
Therefore, the forecast sales growth would be 11.14%
Answer:
YTM = 6.42%
Explanation:
current market value = $1,000 x 98% = $980
n = (15 - 2) x 2 = 26
coupon = $1,000 x 6.2% x 1/2 = $31
face value = $1,000
YTM = [coupon + [(face value - market value)/n]} / [(face value + market value)/2]
YTM = [31 + [(1,000 - 980)/26]} / [(1,000 + 980)/2]
YTM = (31 + 0.77) / 990 = 31.77 / 990 = 0.03209 x 2 (annual yield) = 0.641818 = 6.42%
Answer:
=E7*C2/2
Explanation:
The interest expense will be the carrying value of the bond times the effective interest rate.
On cell C8 we have the interest expense
On E7 we have the carrying value which is the outstanding balance.
Then, on C2 we got the effective rate
As this is an annual formula, we must divide by two to convert to semiannual rate.
A file is attached for how the excel sheet looks like