Answer:
(c) 10%
Explanation:
The formula to calculate the yield to maturity is:
YTM= [C+ (F-P) / n] / [(F+P) / 2]
C = Coupon Payment
: $80
F = Face Value
: $1,000
P = Price
: $950
n = Years to maturity: 3
YTM= [80+(1000-950)/3]/(1000+950)/2]
YTM=[80+16.67]/975
YTM=96.67/975
YTM= 0.1 = 10%
Answer: D. Increased productivity by using technologically-intensive manufacturing technologies.
Explanation:
Technology has made work easier in many industies. Artificial intelligence has made things much easier, involving lots of robots and reducing human efforts, which tends to make things faster and smarter. People who work in industies of industrialized countries can compete with those of developed world by technology, because both party make use of technology, so the input and output from their industry would be same based on the facilities they use.
Answer:
The interest rate on corporate bond is 7.87 percent.
Explanation:
The yield on 7-year municipal bond = 4.8%
Given marginal tax rate = 39 percent
Now calculate the interest rate on 7 year corporate bond that has equal risk.
Use the below formula. Here, yield from both type of bond is equated that is yield from corporate bond and yield from municipal bond because it is given that both gives same return after tax.
Interest rate on corporate bond × (1-tax rate) = Municipal bond yield
Interest rate on corporate bond × (1- 0.39) = 4.8
<span>Hubble's constant is a "constant" in that its value </span><span>is the same across all of space and does not change on human time scales</span>. When talking about Hubble's constant it is talking about the relationship of the age of the universe and how relationships change over time as expansion happens. To keep up with the changing times, the world and evolves around the constant.
Answer:
(i) $133.12
(ii) $297.6
(iii) $300.8
(iv) $301.6
Explanation:
From the compounding formula;
Future value = Present value 
where r is the rate, m is the number of payment per year, and n is the number of years.
Interest = future value - present value
Given that present value = $800, r = 8%, n = 4 years.
(i) annually,
m = 1, so that;
Future value = 800
= $933.12
Interest = $933.12 - $800
= $133.12
(ii) quarterly,
m = 3, so that;
Future value = 800
= 800(1.372)
= $1097.6
Interest = $1097.6 - $800
= $297.6
(iii) monthly,
m = 12, so that;
Future value = 800
= 800(1.376)
= $1100.8
Interest = $1100.8 - $800
= $300.8
(iv) weekly,
m = 54, so that;
Future value = 800
= 800(1.377)
= $1101.6
Interest = $1101.6 - $800
= $301.6