Answer:
Explanation:
the scientific method of course
Answer:
Disagree
Explanation:
The decrease in the demand for the apartments caused the decrease in the rent price, not vice versa. When the quantity demanded of a product decreases, the equilibrium price will also decrease.
This situation was probably the result of a leftward shift in the demand curve which resulted in a decrease of both the quantity demanded and the rental price. In my opinion, this shift was probably due to a decrease in the income of people demanding rental apartments. Detroit's largest industry is the car industry, and American car manufacturers are not doing very well lately.
Answer:
the current stock price is $34.40
Explanation:
The computation of the current stock price is shown below:
Current price is
= D1 ÷ (Required return - Growth rate)
= (2.15 × 1.04) ÷ (0.105 - 0.04)
= $34.4
Hence, the current stock price is $34.40
We simply applied the above formula so that the correct answer could come
Answer:
The correct answer is (A) Does not constitute a representation as to the accuracy of the contractor's judgment on the estimate of future costs or projections
Explanation:
As stated in the Federal Adquisition Regulation (FAR), Section 15.406-2, a Certificate of Current Cost or Pricing Data is only the estimated amount that was concluded on an analysis based on current information. The contractor <em>certifies</em> that the data used is correct and accurate, but that does not account for <em>future</em> costs or projections which can cause the amount to differ.
Answer:
The answer is:
We should pick the energy efficient model as its net present value the choice brings about is higher than the standard model.
Explanation:
We apply the net present value (NPV) methodology to evaluate which model to be picked up. The option that resulting in higher NPV should be chosen.
+ The standard model's NPV is equal to its price which is $(1,500) as it has no energy cost-saving during its life time.
+ The energy efficient model's NPV is equal to the sum of its selling price and the net present value of the energy cost-saving for 60 months ( 12 months per year x 5 years of useful life), $45 each month, discounting at opportunity cost of 6%; which is calculated as below:
-1,700 + (45/6%) * [1 - 1.06^(-60)] = $(972.74).
=> So, the energy efficient model should be chosen because its NPV is higher than the standard model ( $(972.74) > $(1,500) ).
