64% (225-204)/55 = .38 …. Z table = .35971 (1-.35971) = .64 = 64%. I’m about 90% confident that’s the right answer
Municipal bonds are debt obligations issued by states, cities, counties and other governmental entities.
Answer:
The correct answer is letter "C": might be estimated based on the experience of others or on engineering studies and judgment if the company does not have past experience with a similar asset.
Explanation:
A company's assets represent the<em> cash, patents, accounts receivable, equipment, plants, </em>and <em>land</em>, among others, useful for the firm to generate profit. When it comes to plant assets, they are considered fixed assets for cost accounting purposes and are nothing but the <em>land, buildings and machinery</em> useful for manufacturing.
<em>Calculating the useful life of a plant asset can be complicated and may require engineering studies. However, if the expertise of an employee is good enough to determine it the firm must take advantage of this strength but if there is nobody with this capability the institution should look for someone who does moreover when it does not have experience computing the useful life of such assets.</em>
Answer:
(A) $1,055.35 (B) $2,180.53 (C) $780.07 (D) $412.08.
Explanation:
The tenor of the bond is 27 years i.e. (27 * 2=) 54 periods of 6 months each (n).
Face Value (F) = $1,000
Coupon (C) = 6% annually = 3% semi annually = (3% * 1000 face value) = $30.
The Present Value (PV) of the Bond is computed as follows.
PV of recurring coupon payments + PV of face value at maturity
= 
A) Yield = 5.6% annually = 2.8% semi annually.
= 830.25 + 225.10
= $1,055.35.
B) Yield = 1% annually = 0.5% semi annually.
= 1,416.64 + 763.89
= $2,180.53.
C) Yield = 8% annually = 4% semi annually.
= 659.79 + 120.28
= $780.07.
D) Yield = 15% annually = 7.5% semi annually.
= 391.95 + 20.13
= $412.08.
