Answer:
Relative Frequency = Observed value for each cell / Total frequency * 100
Cause Relative Frequency
Pilot Error 619
Other human error 85
Weather 574
Mechanical problems 566
Sabotage 524
Total 2368
The total frequency is 2368
The calculation of the relative frequency distribution is
Cause Relative Frequency Result
Pilot Error 619/2368 * 100 26.14%
Other human error 85/2368 * 100 3.59%
Weather 574/2368 * 100 24.24%
Mechanical problems 566/2368 * 100 23.90%
Sabotage 524/2368 * 100 <u>22.13%</u>
Total 100%
Conclusion: The most serious threat to aviation safety is the Pilot error as it has the highest frequency. Pilot need to be more equipped with understanding and knowledge of how to deal with unexpected event i.e. turbulence, engine failure among others..
Answer:
Missing word <em>"a. What must the six-month risk-free rate be in Japan"</em>
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a. Spot rate = 1 US $ = 1.2377 Aus.dollar
Forward rate = 1 US $ = 1.2356 Aus.dollar
<u>1.2356</u> = <u>(1 + i Ad)</u>
1.2377 (1 + 0.05)
0.9983 * (1.05) = 1 + i.Ad
1.048215 = 1 + i.Ad
i.Ad = 1.048215 - 1
i.Ad = 0.048215
i.Ad = 4.82%
b. Spot rate = 1 US $ = 100.3300 Japan Yen
Forward rate = 1 US $ = 100.0500 Japan Yen
<u>100.0500</u> = <u>(1 + i Ad)</u>
100.3300 (1 + 0.05)
0.9972 * (1.05) = 1 + i.Ad
1.04706 = 1 + i.Ad
i.Ad = 1.04706 - 1
i.Ad = 0.04706
i.Ad = 4.71%
Answer:
The Bullwhip Effect
Explanation:
Bullwhip effect is a phenomenon that occurs in an organisation's channel of distribution due to swings or erratic demands for products by customers. This erratic nature of demands will usually lead to forecasting inefficiencies especially in meeting the demands through the supply chain.
A sudden increase in demand could lead to production planning problems because there might not be enough inventory of materials on ground to meet the demand. Also, a sudden decrease in demand can bring the challenge of excess inventory of materials which may not be needed for production for a while.
One of the measures taken to manage this erratic nature of demands is to ensure that whatever the forecasts for demands is, safety stock must be included to the forecast level of demand so as to ensure that production planning is adequate and the demands are met as well.
Answer:
$69.47
Explanation:
D1 = ($1.45*1.20) = $1.7
D2 = ($1.7*1.20) = $2.04
D3 = ($2.04*1.20) = $2.45
Value after year 3 = (D3*Growth Rate) / (Required rate-Growth Rate)
Value after year 3 = ($2.45*1.08) / 0.11-0.08
Value after year 3 = $2.646 / 0.03
Value after year 3 = $88.20
Current share price = Future dividend and value*Present value of discounting factor(rate%,time)
Current share price = $1.7/1.11 + $2.04/(1.11)^2 + $2.45/(1.11)^3 + $88.20/(1.11)^3
Current share price = $1.5315315 + $1.65571 + $1.7914189 + $64.49107
Current share price = $69.4697304
Current share price = $69.47
0.08x+0.057 (6000-x)=472.5
Solve for x
X=4500 invested at 8%
