Answer:
Option A Nominal GDP for a given year is measured in dollars of that year, whereas real GDP is measured in dollars of some based year
Explanation:
The reason is that the nominal GDP includes the affects of inflation of the year whereas Real GDP is inflation excluded amount which means its tells GDP in terms of base year prices. The difference between the nominal GDP and the real GDP is because of inflation which is the only additional thing in the nominal GDP. So the best answer here which gives this explanation is option A.
Answer:
Annual savings = 61,746.
Explanation:
The Net Present Value (NPV) is the difference between the present value (PV) of cash outflows and PV of cash inflow
At the internal rate of return the PC of annual cash savings will be equal to the investment cost
Initial cost = 211980
PV = annual cash savings = A× (1- (1+r)^(-n)/ r
A=? r-internal rate of return, 14%, n-number of years- 5
211980 = A (1- (1.14)^(-5)/ 0.14
211,980 = A× 3.433080969
A= 211,980/3.43308
A= 61746.28619
Annual savings = 61,746.
Answer:
The correct answer to the following question is $36,000.
Explanation:
Given information -
Units anticipated to be produced - 300,000 units
Variable cost - $150,000
Fixed cost - $600,000
Beginning inventory - 5000 units
Ending inventory - 7000 units
Income under absorption costing - $40,000
Now under the absorption costing, rate of fixed overhead cost per unit -
Fixed cost / Number of units produced
= $600,000 / 300,000
= $2
In April ( under absorption costing ), the amount of fixed manufacturing overhead cost that was still embedded in ending inventory but were not expense -
Fixed overhead rate per unit x number of units produced but not sold
= $2 x 2000 ( 7000 units - 5000 units )
= $4000
So when we calculate the operating cost under variable costing this fixed overhead cost wold be subtracted from total income -
$40,000 - $4000
= $36,000 .
