Answer:
The present value is $0.86.-
Explanation:
Giving the following information:
Future Value (FV)= $1
Number of periods (n)= 3 years
Interest rate (i)= 5% = 0.05
<u>To calculate the present value (PV), we need to use the following formula:</u>
PV= FV/(1+i)^n
PV= 1/(1.05^3)
PV= $0.8634
The present value is $0.86.-
The correct answer is the following.
A) Tax credits were offered for expenditures on home insulation. Affected the demand by decreasing it and the price decrease.
B) The Alaskan oil pipeline was completed. Affect the increase of supply and the price and the price decreases.
C) The ceiling on the price of oil was removed. Affect the decrease in demand and the price varies.
D) Oil was discovered in the North Sea. Affect the supply by increasing it and the price decreases.
E) Sport utility vehicles and minivans became popular. Affect the increase of the demand and the price increases.
F) The use of nuclear power decreased. Affect the increase of the demand and the price increases.
Many variables affect the price of oil. International prices are modified constantly and countries should have their provisions in order to prevent drastic changes to their economies due to the fluctuation of international oil practices. The important thing to consider is that not only economic factors affect the price of oil, but also political factors.
<span>He is most likely to ask for group input, allow group members to speak up, and value what they have to say. He is likely to listen to their advice and implement their suggestions. This is because he is sharing his authority and his power as a manager with his subordinates.</span>
Answer: 5.52%
Explanation:
Given the following :
Face value (f) = $1000
Bond price(p) = 96% of face value = 0.96 × 1000 = $960
Coupon rate = 5% Semi-annually = 0.05/2 = 0.025
Payment per period (C) = 0.025 × 1000 = $25
Period(n) = 10 years = 10 × 2 = 20
Semiannual Yield to maturity = [(((f-p)/n) + C) / (f + p)/2]
Semiannual YTM = [(((1000 - 960) / 20) + 25) / (1000 + 960)/2]
Semiannual Yield to maturity = [(((40 /20) + 25) / 1960/2]
= (2 + 25) / 980
= 27 / 980 = 0.02755 = 2.755% = 2.76%
Pretax cost of debt = Yield to maturity = 2 × Semiannual yield to maturity
Pretax cost of debt = 2 × 2.76% = 5.52%
Answer:
The correct answer is letter "C": Increase the price of electricity during peak times.
Explanation:
The best form to regulate the use of electricity during peak hours would imply increasing the price of the power service. This will cause people to use the utility moderately to avoid increasing their expenses. By demand law, <em>as long as the price increases, the quantity demanded tends to fall.</em>
