Answer
Price of bond = 17.96825
Explanation:
Bond price = ∑(C / 
)+ P /
where
n = no. of years
C = Coupon payments
YTM = interest rate or required yield
P = Par Value of the bond
put values in above equation
price = (5.66%/2) × 2000 × (0.31746) + ( 2000 ÷ 4.595×
)
= 17.96825
The answer in the description above is segmentation. This is
the process of which large data undergone into having their properties to be
broken into small pieces in which will help in having them to fit with a
specific TCP segment.
An increase in the price of coffee beans can be expected to increase the demand for pie.
So, in the market if the price of coffee beans increases, quantity demanded for coffee will decrease. As, the coffee in turn is a complement to pie the consumers using coffee will now shift themselves to pie, unless the price decreases for coffee. Thus, the demand for pie is expected to increase now.
Several events could lead to such a change, an increase in population , an increase in incomes, or an increase in the price likely to increase the quantity of coffee demanded at each price.
Hence, this represents the Law of Demand.
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Sherman, who owns property in a life estate, neglects the property, significantly diminishing its value. This is called a<u>n act of waste</u>.
The diminishing value technique assumes that the cost of a depreciating asset decreases extra within the early years of its effective life.
Basically, you take the number 2 hundred and divide it by the object's effective existence. For instance, 10 years, and specific that as a percentage (two hundred/10 = 20% in this example). The depreciation price applies to the faded cost of the asset after it's been depreciated every 12 months.
In the diminishing value approach, depreciation is calculated on the e-book cost of the asset at the start of the year rather than the precept amount with constant percent. on this, the percentage is identical however depreciation quantity steadily decreases as it's far completed on book value.
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Answer: The attendant’s expected earn- ings for the period between 4:00 P.M and 5:00 P.M is <u>$12,67.</u>
Explanation: <u>The discrete random variable X</u> represent attendant’s earnings.
The expected value of the discrete random variable X is
<h2>
= E (x) = ∑× f(x)</h2><h2>= 7 × 1/12 + 9 × 1/12 + 11 × 1/4 + 13 × 1/4 + 15 × 1/6 + 17 × 1/6 = <u>12,67.</u></h2><h2><u /></h2>
