The dollar wage to be paid in the third year based on the labor contract is $17.95 per hour.
First-year wage per hour = $15
Increase in real wage in the second year = 2%
Increase in real wage in the third year = 2%
First year's CPI = 1.00
Second year's CPI = 1.09
Third year's CPI = 1.15
The Consumer Price Index (CPI) measures the weighted average prices of a basket of consumer goods and services in the United States, considering its general economic inflation. The labor contract raises the real wage by 2% in the second and third years. The CPI of year three is applied in computing the real wage to account for the effect of inflation.
Thus, the dollar wage that must be paid in the third year based on the labor contract is $17.95 per hour ($15 x 1.02 x 1.02 x 1.15).
Learn more about the CPI, inflation, and the real wage at brainly.com/question/24802187
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
b. both involve risk
c. both involve an initial outflow of cash
d. both result in long-term loses.
Answer:
Contribution margin = $211,150
Contribution margin ratio = 31.19%
Explanation:
total sales revenue $677,000
variable costs:
Contribution margin $211,150
Fixed expenses ($54,350)
Operating income $156,800
Contribution margin ratio = $211,150 / $677,000 = 31.19%
Answer:
19.27%
Explanation:
Internal rate of return is the discount rate that equates the after tax cash flows from an investment to the amount invested
IRR can be calculated with a financial calculator
Cash flow in year 0 = $-51,400
Cash flow each year from year 1 to 5 = $16,910
IRR = 19.27%
To find the IRR using a financial calculator:
1. Input the cash flow values by pressing the CF button. After inputting the value, press enter and the arrow facing a downward direction.
2. After inputting all the cash flows, press the IRR button and then press the compute button.
Answer:
None of the above
Explanation:
NONE of of the following assumptions is likely to be met in the real world.
Assumptions which include
A) All labor has zero costs of mobility. B) Demand for labor is identical in every labor market. C) All labor is homogeneous. D) Non pecuniary factors in each job are not the same are NOT likely to be met in the real word
Answer:
Net capital gain = $1,400
Net ordinary income = $300
Explanation:
Long term Capital gain = $1,400 from sale of stock since it was hold for 2 years (more than 1 year)
Ordinary gain = $1,100 - $800 = $300 since automobile was 6 months old and equipment had zero basis
Answer:
Midpoint formula = - 7.43
Other formula = - 4.88
Elastic PED - Decrease price to increase total revenue
Explanation:
Price elasticity of demand is the responsiveness of quantity demanded to a change in price. The midpoint formula calculation is as follows:
(Q2 - Q1) / [(Q2 + Q1/2]
(P2 - P1) / [(P2 + P1/2]
In this scenario:
Q1 = 433 (old quantity)
Q2 = 169 (new quantity)
P1 = 0.88 (old price)
P2 = 0.99 (new price)
When this is substituted into the formula, it is as follows (I shall do it one step at a time to make it easier):
(169 - 433) / [(169 + 433/2]
(0.99 - 0.88) / [(0.99 + 0.88/2]
(169 - 433) / 301
(0.99 - 0.88) / 0.935
- 264 / 301
0.11 / 0.935
- 0.877
0.118
PED =- 7.43(PED is always a negative figure because price and quantity demanded have an inverse relationship. i.e. when one falls, the other rises)
PED is elastic if it is more than 1 and elastic if it is less than 1.
In this case, 5.8 is more than 1, hence PED is elastic.
In such a case, a change in price will always lead to a higher change in quantity demanded. Therefore, it is important to decrease the price to increase total revenue.
However, a different answer can be obtained using a different PED calculation
% change in quantity demanded
% change in price
(Q2 - Q1) / Q1
(P2 - P1) / P1
(433 - 169) / 433
(0.99 - 0.88) / 0.88
0.61
0.125
PED = - 4.88