This is binomial
distribution problem. <span>
We are given that:</span>
n = sample size = 500
p = proportion which
burns wood = 0.27,
q = proportion which
does not burn wood = 1-p = 0.73
<span>
A. Mean is calculated as:</span>
Mean = n*p
Mean = 500 * 0.27
Mean = 135
<span>
B. Variance is calculated as:</span>
Variance = n*p*q
Variance = 500*0.27*0.73
Variance = 98.55
<span>
C. Standard deviation is calculated as:</span>
Standard deviation = sqrt(variance)
Standard deviation =
sqrt(98.55)
<span>Standard deviation =
9.93</span>
Answer:
B. being unwilling to sell a vase for a price that is greater than the price you would be willing to pay to buy the vase if you didn't already own it
Explanation:
Answer:
$63,000
Explanation:
One of the four methods of determining insurance if the DINK method which means Double income with no kids.
To estimate the value of the insurance using this method , the sum of , mortgage , car loans and personal debt is divided by two and added to the funeral expenses
Mortgage - 100,000
Car loan - 11,000
Personal debt - 2000
Credit card - 3000
Total = 116,000
Insurance = (116,000/2) = 58,000
Funeral expenses - 5,000
=63,000
Answer:
e. 14.60%
Explanation:
The computation of Oval's cost of new common equity is shown below:-
Price of stock = Estimated dividends for next period ÷ (Required rate of return - Growth rate)
Dividend = $1.50 × (1 + 4%)
= $1.56
Price of stock would be the price net of flotation cost
= $16 × (1 - 8%)
= $14.72
Required rate of return
= (1.56 ÷ 14.72) + 0.04
= 14.60%
Answer:
A Bond's current market value represented by
is the present value of a bond as on today. Present value of a bond is it's future cash flows in the form of coupon payments and principal repayment discounted at investor's expectation in the market also referred to as Yield to maturity(YTM).
Present value of a bond is given by the following equation,

where C= Annual coupon payments
YTM = Yield to maturity/ cost of debt/ market rate of return on similarly priced bonds
RV = Redemption value of bond
n = number of years to maturity
<u>a. A bond's coupon rate is higher than it's yield to maturity, then the bond will sell for more than face value.</u>
Hence, if the company pays more interest than what is paid in the market on similarly priced bonds, such bonds shall sell at more than their face value.
<u>b. If a bond's coupon rate is lower than it's yield to maturity, then the bond's price will increase over it's remaining maturity.</u>
Similarly, if a bond pays lower rate of interest than the market rate of interest on similarly priced bonds, the bond shall sell at lower than it's face value and the price will increase over the remaining life of such bonds.