With homemade leverage, an investor is able to replicate a corporation's capital structure by borrowing funds and using those funds along with her own money to buy the company's stock. This is further explained below.
<h3>What is homemade leverage?</h3>
Generally, When an investment in a firm that does not use leverage is converted into the impact that leverage has on investment by using personal borrowing, this is an example of homemade leverage.
In conclusion, By utilizing borrowed money plus her own finances to acquire shares in a firm, an investor might "do her own leverage," or mimic the capital structure of a publicly traded company.
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Answer:
$3 per glass
Explanation:
THe consumer are paying (9-6) per glass, so $3 higher.
Most other data in the question seems irrelevant.
Answer:
a. SAR is the Sodium adsorption ratio of the water used for irrigation purpose. SAR is ratio of sodium concentration to that of calcium and magnesium concentration.This value is also useful while managing soils that have high concentration of sodium which can occur naturally in some soils. Although sodium is a macro-nutrient for plants, higher concentration of sodium can cause the displacement of the calcium and magnesium ions in soil which can affect the soil structure by preventing aggregation of clay in the soil resulting in a decrease in the infiltration rates.
b. EC is the electrical conductivity of the soil which depends on the salinity of the soil. High salinity means more solutes in water and this increases the osmotic potential of the soil solution making it difficult for plants to absorb water.
Answer:
(a) Delivery costs are mixed and utilities are variable.
Explanation:
Mixed costs are costs that are fixed and variable, for example, delivery costs are mixed because of the fixed cost of having the delivery equipment, like trucks and cars, and the variable is the amount of gas that you pay for it, then utilities are variable because the problem doesn´t specify that they are not.
Answer:
$1,125.98
Explanation:
market price of the bonds = present value of face value + present value of coupons
PV of face value = $1,000 / (1 + 0.0599)⁴ = $792.39
PV of coupons = coupon x {1 - [1/(1 + r)ⁿ]} / r = 96.25 x {1 - [1/(1 + 0.0599)⁴]} / 0.0599 = 96.25 x 3.34659 = $333.59
market value = $792.39 + $333.59 = $1,125.98
