Answer:
6.35%
Explanation:
If you purchase this bond you will need to pay $1,000 x 136.04% = $1,360.40
the coupon rate is 9.5% / 2 = 4.75% or $47.50 every six months
the bond matures in 18 years or 36 semiannual periods
yield to maturity = {coupon + [(face value - market value)/n]} / [(face value + market value)/2]
YTM = {47.5 + [(1,000 - 1,360.4)/36]} / [(1,000 + 1,360.4)/2]
YTM = 37.49 / 1,180.2 = 0.031766 x 2 (annual yield) = 0.06353 = 6.35%
Answer:
c. There is greater potential for high yield over a longer period
Explanation:
Answer:
D. independent; dependent
Explanation:
In this example, learning strategy is the independent variable and word retention is the dependent variable
Answer:External locus of control
Explanation:Locus of control refers to a degree to which you believe your are in control or external factors are in control of what happens in your life
A person with an external locus of control , is the person who tends to believe that outside factors are in control on what happens to them .
Dwight blames an inaccurate profile of the geographic area as the reason why the plan was not final.
Answer:
Aquaguard may choose any of the two models to minimize the production variability in the new plant.
Explanation:
Model 1: Mean = 1000, Standard Deviation(SD) = 300
Model 2: Mean = 1000, SD = 300
Model 3: Mean = 1000, SD = 300
Coefficient of variation for model 1
C.V = ( SD ÷ Mean) × 100
= ( 300 ÷ 1000 ) × 100
= 30 %
Coefficient of variation for model 2
= ( 300 ÷ 1000 ) × 100
= 30 %
Coefficient of variation for model 3
= ( 300 ÷ 1000 ) × 100
= 30 %
We conclude that all the models have same effect .