Answer:
Optimal qauntity is 4 Units
Explanation:
Here, we have to decide quantity of production at which maximum profit can be generated. For this reason we will have to contruct a table which will help us to calculate Marginal Benefit and Marginal cost. This table is given as under:
Quantity Total benefit Marginal benefit Total Cost Marginal Cost
0 Units 0 0 0 0
1 Units 16 16 9 9
2 Units 32 16 20 11
3 Units 48 16 33 13
4 Units 64 16 48 15
5 Units 80 16 65 17
We can see that at 4 Units, marginal revenue is almost equal to marginal cost. At this level of production, we have maximum benefits generated which is:
Maximum Benefit Generated = ($16 - $9) + ($16 - $11) + ($16 - $13) + ($16 - $15) = $7 + $5 + $3 + $1 = $16 for 4 Units
We can also cross check by considering 5 units case to assess whether the benefit generated is more than 4 units case or not.
Maximum Benefit Generated (For 5 Units) = ($16 - $9) + ($16 - $11) + ($16 - $13) + ($16 - $15) + ($16 - $17) = $7 + $5 + $3 + $1 - $1 = $15 for 4 Units
As the maximum benefit generated in the case of 4 units is more because of using marginal revenue = Marginal Cost relation, hence the optimal quantity is 4 units.
Answer and Explanation:
a. In case when the new bills are kept by the people so the supply of money would be increase by a very similar amount as it was dropped off the plane. That's because the banking is not in the image, so there is no impact on the money multiplier.
b. If the amount is deposited in the bank, the cash supply would rise with the money multiplier being taken into account. Money Multiplier = Deposited currency / reserve ratio. The overall supply of money that will raise be 1 billion / 0.1.
c.Again, if a 100% reserve banking is exercised by the bank, so the boosted money supply would be the same value as it has been deposited.
d. If half of the value is held by the public and half of the value is deposited with the bank at 10% of the reserves, the supply of money rises by half of the amount which is held by the public in addition of half of the value / reserve ratio that is 10%.
Answer:
The WACC is 10.93%
Explanation:
The WACC or weighted average cost of capital is the cost of a firm's capital structure. The capital stricture may be formed of the following components namely debt, preferred stock and common stock. The WACC assigns the weights to each of these components based on the finance provided by each of the above components as a proportion of total capital structure or total assets.
The WACC is calculated by taking the market value of each component. The formula for WACC is as follows,
WACC = wD * rD * (1-tax rate) + wP * rP + wE * rE
Where,
- w represents the weight of each component
- r represents the cost of each component
- D, P and E represents debt, preferred stock and Common stock respectively.
- We take after tax cost of debt. So we multiply rD with (1-tax rate)
Debt = 377000 * 106.5% = $401505
Preferred stock = 6850 * 90.50 = $619925
Common stock = 27500 * 70 = $1925000
Total assets = 401505 + 619925 + 1925000 = $2946430
WACC = 401505/2946430 * 7.81% * (1-0.35) + 619925/2946430 * 6.9% +
1925000/2946430 * 13.45%
WACC = 0.1093 or 10.93%
Answer:
This project is failing <u>organizational</u> feasibility analysis.
Explanation:
Organizational feasibility analysis is conducted to determine whether a proposed business has sufficient management expertise, organizational competence, and resources to successfully launch its business.
