Answer: 2 years
Explanation:
The payback period is the amount of time that is needed for the required cash inflow of a project to offset the initial cash outflow that the business offsets. The payback period is when the initial outlay of an investment is recovered. There are two different methods used to calculate payback period. We have the average method and the subtraction method.
In the above question, the payback period is solved as follows:
Labour cost decreases by 10% for each unit.
Therefore,
= $10 × 10%
= $10 × 0.1
= $1 per unit.
In order to recover $2000, the business needs to sell the following;
= 2000/1
= 2000units.
If Eric sells 1000 units per year of Emu, it will take:
2000/1000= 2years
In conclusion, the payback period of the investment is 2 years.
The phrase that describes his investment strategy is "Risky and Long term investor".
Basically, an investment strategy refers to set of rules, behaviors or procedures which are designed to guide an investor's on the selection of an investment portfolio.
- Majority of investors fall between lower risk investor, moderate risk investor and higher risk investor.
- The portfolio that he invests in ( stocks and high-yield bonds) is an example of high risk portfolio
In conclusion, the phrase that describes his investment strategy is "<em>Risky and Long term investor</em>"
Read more about investment strategy:
<em>brainly.com/question/1101043</em>
Answer:
- 0.80
Explanation:
Price elasticity of demand describes the extent to which the quantity demanded of good X changes as result of a change in its own price.
The midpoint formula for price elasticity of demand is presented and used as follows:
Percentage change in quantity = %ΔQ = [Q2 - Q1] / [(Q2 + Q1) ÷ 2] × 100
Percentage change in quantity = %ΔP = [P2 - P1] / [(P2 + P1) ÷ 2] × 100
Midpoint price elasticity of demand = %ΔQ / %ΔP
Where:
Q2 = New quantity of good X = 150
Q1 = Initial quantity of good X = 100
P2 = New price of good X = $6
P1 = Initial price of good X = $10
Therefore,
Percentage change in quantity = %ΔQ = [150 - 100] / [(150 + 100) ÷ 2] × 100
= [50/(250 ÷ 2)] × 100
= (50/125) × 100
= 40.00%
Percentage change in quantity = %ΔP = [$6 - $10] / [($6 + $10) ÷ 2] × 100
= [-$4/($16 ÷ $2)] × 100
= (-$4/$8) × 100
= - 50.00%
Price elasticity of demand = 40% / 50% = - 0.80
The elasticity of demand of -0.80 less than 1. That indicate that the quantity demand is inelastic. That is the change in the degree of change in the quantity demanded of good X is lower than the degree of change in its price.
Last year, being a non-leap year, there were 365 days
So, number of hours in last year = 365 x 24 = 8760
Total number of man-hours spent in the National park = 3100000 x 22, i.e. number of visitors x hours spent by each visitor
We can find out average number of visitors in the park at any time during that hour as = (3100000 x 22)/8760 = 7785.388 visitors
Answer:C. full efficiency in this market could be achieved even without reallocating workers between the two markets.
Explanation:
The marginal product of labour is the additional value that will be gained from production from employment of additional labour. The Entrepreneur will be willing to employ additional labour if the wages is lower than the marginal productivity and efficiency will only be achieved at that point.
Moving the labour from to market will not achieved efficiency in either market, for the wage rate is higher than the marginal product of labour in both market.
Increasing wage rate will reduce the efficiency and there is need to increase efficiency by making the marginal product of labour to be higher than labour rate.
