Answer:
Yield to call (YTC) = 7.64%
Explanation:
Yield to call (YTC) = {coupon + [(call price - market price)/n]} / [(call price + market price)/2]
YTC = {135 + [(1,050 - 1,280)/5]} / [(1,050 + 1,280)/2]
YTC = 89 / 1,165 = 0.07639 = 7.64%
Yield to call is how much a bondholder will earn if the bond is actually called, and it may differ from yield to maturity since the call price is generally higher than the face value, but the yield to maturity generally is longer than the call period.
Answer:If the firm had sharp seasonal sales patterns, or if it grew rapidly during the year, many ratios would most likely be distorted.
Explanation: Fluctuations in Economics patterns have distorting effects on the ratios of a company or an economy especially if the the seasonal patterns has been consistent for a certain period. THE VALIDITY OF MOST RATIOS ARE SEVERELY AFFECTED BY SHARP CHANGES WHICH MAKES ECONOMIC WATCHERS FEEL THE RATIOS ALREADY ANALYSED ARE NOT VALID.
A consistent flow pattern is desired in an economy and in business Organisation as it helps to give Economic watchers enough confidence in the ratios already existing.
Group of answer choices.
A. the supply curve, resulting in a lower equilibrium price.
B. the supply curve, resulting in a higher equilibrium price.
C. the demand curve, as consumers try to economize because of the shortage.
D. the demand curve, resulting in a price ceiling in the market.
Answer:
B. the supply curve, resulting in a higher equilibrium price.
Explanation:
In this scenario, a severe freeze has damaged the Florida orange crop. Thus, the impact on the market for orange juice will be a leftward shift of the supply curve, resulting in a higher equilibrium price.
An equilibrium price can be defined as the price at which the quantity of goods demanded is equal to the quantity of goods supplied.
Additionally, the equilibrium price is generally said to be stable because at this price, the quantity of goods or services demanded is equal to the quantity of goods or services supplied to the consumers.
So here is the answer of the given question above:
In terms of economics, Harber's process takes a huge amount of capital. Initially, the process demands for a very high pressure and this is very expensive to produce. Second, the company would need to establish extremely sturdy pipes and containment vessels to endure the very high pressure, in order to produce this required condition; the building process is very costly as well as the maintenance. Hope this answer helps.
