Answer:
Bond Price= $2,162.94
Explanation:
Giving the following information:
Par value= $2,000
YTM= 0.038/2= 0.019
Coupon= (0.046/2)*2,000= $46
Years to maturity= 13*2= 26
<u>To calculate the price of the bond, we need to use the following formula:</u>
Bond Price= cupon*{[1 - (1+i)^-n] / i} + [face value/(1+i)^n]
Bond Price= 46*{[1 - (1.019^-26)] / 0.019} + [2,000 / (1.019^26)]
Bond Price= 936.91 + 1,226.03
Bond Price= $2,162.94
Answer:
Option A will save her $15,500.
Explanation:
Financial aid is the assistance given to students to cater to a college education. It excludes Scholarships and grants as these are not cost items by other forms of assistance.
<u>Total for University Option A</u> excluding scholarships and grants
Tuition & Fees $10,000
Room and Board $11,500
Work-Study <u>$ 4,000 </u>
Total for A <u>$25,500</u>
<u>For university option B</u>
Tuition & Fees $28,000
Room & Board $ 9,000
Work-study <u>$ 4,000</u>
Total for B <u>$41,000</u>
Option B is more costly than A by :$41,000 - $25,500=$15,500.
Therefore, Option A saves $15,500
I don't entirely know what you mean but I think an owner of a construction company would work well for an answer
Answer:
D) $0
Explanation:
The depreciation method changed, but the previous depreciation expense has already been recorded and subject to taxes. Therefore the new straight line depreciation should start with the remaining asset value and calculate the depreciation expense for the remaining 6 years:
For example, if the purchase value was $1,200,000 (= $300,000 x 4), the remaining value would be $675,000 then the depreciation expense will be $112,500 per year during the next 6 years starting on year 9.
