Answer:
The WACC for this project is 10.605%
Explanation:
The WACC or the weighted average cost of capital is the weighted average return that the company is expected to pay its capital providers.The WACC is calculated by multiplying the cost of each component by their respective weights in the capital structure. The WACC is calculated using the following formula,
WACC = wD * (1-tax) * rD + wP * rP + wE * rE
Where,
- wD, wP and wE represents the weight of debt, preferred stock and common equity respectively as a proportion of total capital.
- rD, rP and rE is the cost of debt, preferred stock and equity respectively.
- The (1-tax) is used in debt component to calculate the after tax cost of debt
WACC = 750000/1708000 * (1-0.25) * 0.096 + 78000/1708000 * 0.107 + 880000/1708000 * 0.135
WACC = 0.10605 or 10.605%
Answer:
The net cash flow is $560,000
Explanation:
The computation of the net cash flow is shown below:o
= Operating income + depreciation - tax expense
= $700,000 + $140,000 - $280,000
= $560,000
The tax expense is calculated by
= Operating income × tax rate
= $700,000 × 40%
= $280,000
For computing the net cash flow, we have to add the depreciation expense and deduct the income tax expense.
Answer:
e. The managers of established, stable companies sometimes attempt to get their state legislatures to impose rules that make it more difficult for raiders to succeed with hostile takeovers
Explanation:
A hostile takeover refers to a type of corporate merger or acquisition that is carried out against the wishes of the managers of the target company. As a result the stable organisations management attempt to get their state legislatures impose their administrative regulations; thus making it far more difficult for the corporate raider to succeed in hostile takeovers. Moreover the management usually does not prefer the hostile takeovers
Answer:
To control food safety hazards within a food business in order to make sure that food is safe to eat.
Explanation:
Answer:
-0.2; less elastic to price
Explanation:
Given that,
Percentage change in the price of gasoline = 5%
Percentage change in the quantity demanded = 1%
Therefore, the price elasticity of demand is as follows:
= Percentage change in the quantity demanded ÷ Percentage change in the price of gasoline
= (-1) ÷ 5
= -0.2
Hence, the demand for gasoline is less elastic to price because higher percentage change in prices will lead to lower percentage change in the quantity demanded.
