Answer:
<h2>Assembly Line</h2>
1. Probability that a unit ends up in rework = Probability of defect in 20 stations multiplied by the probability of catching defects = 0.8%(1% x 80%) = 0.008
2. Probability that a defective unit is shipped = Probability of defective units during inspection plus Probability of defective units during rework = 25% (20% + (100-95%)) = 0.25
Explanation:
a) Probability of defect in 20 stations = 0.5% x 20 = 1%. Each station has a 0.05%
b) Probability of defective units during inspection = 20% (100% - 80)
c) Probability of defective units during rework = 5% (100% -95)
c) Probability is the likelihood or chance of an event occurring. Divide the number of events by the number of possible outcomes. This will give us the probability of a single event occurring.
<span>Her PMI will automatically be dropped when her mortgage balance drops to 78% of the home's ORIGINAL value of $200,000. The new value of the home is not relevant.</span>
Answer:
Expected return on stock = 9.68%
Explanation:
<em>Cost of equity can be ascertained using the dividend valuation model. The model states that the price of a stock is the present value of future dividends discounted at the required rate of return. </em>
Ke=( Do( 1+g)/P ) + g
g- growth rate in dividend, P- price of the stock, Ke- required return, D- dividend payable in now
DATA
D0- 2, g- ?, P- 80
Note that the growth rate in dividend is missing so we wold work it out as follows:
<em>g = dividend retention rate ×Return on equity</em>
g = 0.15*0.5 = 7%
Expected return on stock
= (2× (1+0.07)/80) + 0.07 = 0.09675
Expected return on stock = 0.09675 × 100 = 9.675
Expected return on stock = 9.68%
Answer:
$5,000
Explanation:
Current profit = 50000 - 20000
= 30000
30000 - 25000 = 5000
