Answer:
$17.9469
Explanation:
Calculation for what dollar wage must be paid in the third year
Since the first year is tend to be the base year in which the real wage and nominal wage are both $15 per hour in that year.
The real wage is suppose to increase by 2 percent in the second year which means that the real wage in year two will be $15.30 ($15 * 1.02) per hour.
In a situation where the real wage was supposed to also increase by 2 percent in the third year, this means that the real wage in year three will be $15.606 ($15.3 * 1.02) per hour.
Therefore In order for us to find the nominal wage in third year , we have to index the real wage in order for it to adjust for inflation. Thus the nominal wage in third year will be $17.9469($15.606 * 1.15).
Therefore what dollar wage must be paid in the third year will be $17.9469
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Answer:
If the required reserve ratio is 0, that means that the money multiplier will be infinite. I guess the question is incomplete.
I looked for similar questions to fill in the blanks:
If you deposit $2,400 and the required reserve ratio is 0.4, then by how much does the money supply increase?
first we must determine the money multiplier = 1 / required reserve ratio = 1 / 0.4 = 2.5
to determine the total effect on the money supply we just multiply the deposit by the multiplier = $2,400 x 2.5 = $6,000 increase.
Answer:
medium of exchange hope this helps
Answer:
Apportioned joint cost to A=$92,800
Explanation:
<em>Joint costs are the costs incurred up until the split-off where two or more products result from the same production process. These common costs need to be apportioned among the joint products using any of the following basis:</em>
- physical units
- Relative sales value basis.
The relative value basis apportions joint costs using the proportion of product individual sales value to the the total sales value.
Total sales value = (280×4,000) + (100×2,800) =1400000
Apportioned joint cost to A =(1,120,000/1,400,000)× 116,000=92800
Apportioned joint cost to A=$92,800
