Answer:
Explanation:
From the given information;
Suppose the interest rate is constant. then at 10% three-year loan;
The total interest at 10% will be:
= $300000 × 10% × 3years
= $90000
Aso, 8% one year loan with rollover will be total interest at 8%:
= $300000 × 8% × 3 years
= $72000
Savings in interest of Sauer Food Company = $(90000 - 72000)
= $18000
Suppose short-term rates change, then for the first year, we will have:
= 300000 × 0.1
= $30000
second year will be = 300000 × 0.13
=$39000
third year will be= 300000 × 0.18
=$54000
As such, the total rate of the variable loan = $30000 + $39000 + $54000
= $123000
However, the fixed rate at 10% three year loan is equal to = $90000
As such, the additional total interest cost = $(123000 - 90000)
= $33000
In testing the soap with the use of control and variable, you need to
differentiate both of the soaps that is needed to be differentiated with having
to name the materials used and the soaps that are under the control and under
the variable. The control will be the materials needed as it is the one
responsible of changing the variable as the soaps are the variable because they
will likely change as the experiment is conducted.
Amiga should be amigo if it is Spanish
Answer:
Yield to call is 9.8%
Explanation:
The rate of return bonholders receives on a callable bond until the call date is called Yield to call.
Yield to Call = [ C + ( F - P ) / n ] / [ (F + P ) / 2 ]
C = Coupon Payment = $105 per year
F = Face value = $1,000
P = Call price = $1,100
n -= number of years to call = 5
Yield to Call = [ $105 + ( $1,000 - $1,100 ) / 5 ] / [ ( $1,000 + $1,100 ) / 2 ]
Yield to Call = [ $105 - 2 ] / $1,050 = $103 / $1,050 = 0.098 = 9.8%
