Answer:
Bradford's estimated variable manufacturing overhead cost is $127,200
Explanation:
The cost function=$83,000+$12M
where M stands for machine hours required to produce the expected output in the month under review.
Each one-six unit case of Bradford's single product requires two machine hours,hence 5,300 cases would require 10,600 hours(5,300*2hrs).
Total estimated variable manufacturing overhead=cost per machine hour*expected number of machine hours
cost per machine hour is $12 as seen in the cost function
estimated variable manufacturing overhead=$12*10,600=$127,200
Answer:
B. The hedge is asymmetric.
Explanation:
Hedging refers to a technique or a mechanism whereby firms and individuals aim for risk reduction, arising out of uncertain and volatile business situations, which may result into a heavy loss.
For example, an exporter entering into a forward contract to eliminate or reduce the risk of arising out of a future situation wherein, future receipts denominated in a foreign currency, receivable at a future date, may be less than same receipts receivable at current spot exchange rate as on today.
Currency hedge ratio depicts the proportion of total exposure which is covered by hedge w.r.t the total exposure itself.
Asymmetrical hedge refers to covering an exposure by an opposite position wherein the chances of earning profits are higher than the losses current position can lead to. Such an hedge would be similar to covering a call option with a put option. Asymmetrical refers to being of dissimilar or non equal size. Here, it refers to the dissimilarity between prospective profits and losses.
Under a perfect hedge, the loss position in a scenario is completely covered i.e 100% by a prospective gain in other situation, with there being negative correlation between the two scenarios such as if scenario 1 yields a profit, scenario 2 would yield a loss and vice versa.
Annual Compound Formula is:
A = P( 1 + r/n) ^nt
Where:
A is the future value of the investment
P is the principal investment
r is the annual interest rate
<span>n is the number of
interest compounded per year</span>
t is the number of years the money is invested
So for the given problem:
P = $10,000
r = 0.0396
n = 2 since it is semi-annual
t = 2 years
Solution:
A = P( 1 + r/n) ^nt
A = $10,000 ( 1 + 0.0396/2) ^ (2)(2)
A = $10000 (1.00815834432633616)
A = $10,815.83 is the amount after two years
Answer: A demand curve is built on the assumption that only the demand and price of the good/service will change.
Explanation: A demand curve is a graph that shows the change in how much demand may change if price of the good/service changes well. The graph helps connect the relationship between both price and demand
Answer:
B)Transfer of assets from public to private
Explanation:
the government no longer owns the asset and it is traded to the private sector or when the company is taken over by a few people.
