Answer:
Option (C) is correct.
Explanation:
The required proceeds:
= Amount need to be finance ÷ (1 - 7%)
= $20 million ÷ (1 - 0.07)
= $215,05,376.34 (approx)
Hence, the number of shares needed to be issued:
= required proceeds ÷ Issue price per share
= $215,05,376.34 ÷ $50 per share
= 430,108 shares (approx)
Therefore, 430,108 shares they need to issue to cover the cost of the project plus all floatation costs.
Correct option: The media only covered positive elements of the Space Race and never mentioned any setbacks.
The above given option does not talk about any aspect of media coverage of the space race and its effects on the economy. Covering only positive aspect without explaining its economic implications does not have any positive or negative effect on any economic activity, externalities or economic well being of any country. On the other hand, option B , C and D talks about economic implications.
Answer:
1. The elasticity of demand for movie tickets must be INELASTIC.
2. Demand curves become LESS elastic in the long run. This means that the ticket price increase will likely be MORE profitable in the long run.
Explanation:
1. As demand is inelastic, the percentage of price increase will be greater than the decrease in the quantity of tickets demanded, and consequently profit will increase.
2. In the long term, demand becomes inelastic. Consequently, in the long term the percentage of the price increase will continue to be greater than the percentage of decrease in the quantity of tickets demanded.
Usually, a brand promise is some sort of statement said by an organization to its consumers, or customers, stating what the customers may expect from their product(s) and/or service(s).
Hope this helps!
Answer:
$1,138.92
Explanation:
Current bond price can be calculated present value (PV) of cash flows formula below:
Current price or PV of bond = C{[1 - (1 + i)^-n] ÷ i} + {M × (1 + i)^-n} ...... (1)
Where:
Face value = $1,000
r = coupon rate = 7.2% annually = (7.2% ÷ 2) semiannually = 3.6% semiannually
C = Amount of semiannual interest payment = Face value × r
C = $1,000 × 3.6% = $36
n = number of payment periods remaining = (12 - 1) × 2 = 22
i = YTM = 5.5% annually = (5.5% ÷ 2) semiannually = 2.75% semiannually = 0.0275 semiannually
M = value at maturity = face value = $1,000
Substituting the values into equation (1), we have:
PV of bond = 36{[1 - (1 + 0.0275)^-22] ÷ 0.0275} + {1,000 × (1 + 0.0275)^-22}
PV of bond = $1,138.92.
Therefore, the current bond price is $1,138.92.
