Answer:
d. $7,032
Explanation:
The computation of the interest expense is shown below:
= Sale value of the bond × market interest rate ÷ 0.5
= $117,205 × 12% ÷ 0.5
= $117,205 × 6%
= $7,032
Simply we multiply the sale value of the bond with the market interest rate so that the accurate amount of the interest expense can come.
We divide it by 0.5 because as the number of months is 6 months and total months is 12. The six month is calculated from the January 1 to July 1
The reason that interest rate risk is greater for <u>long</u>-term bonds than for <u>short</u>-term bonds is that the change in rates has a greater effect on the present value of the <u>Par Value</u> than on the present value of the <u>Coupon</u>.
<h3>What is a Long-term Bond?</h3>
Long-term bonds are investments that span a maturity term of at least 10 years and up to 30 years.
They usually pay a higher interest rate than the short-term bonds which span between a year and three years.
See the link below for more about long-term bonds:
brainly.com/question/3521722
Answer:
a) Since Scot and Vidia's ordinary income = $90,400 + $81,000 = $171,400, their marginal tax rate will be 24%, and they will owe $29,211 + [($171,400 - $171,500) x 24%] = $29,295 in taxes
They will also have to pay 15% of $5,000 (capital gains) = $750
b) Since Scot and Vidia's ordinary income = $90,400 - $81,000 = $9,400, their marginal tax rate will be 10%, and they will owe $9,400 in taxes
They will also have to pay 15% of $5,000 (capital gains) = $750