Answer:
a. they use heavy equipment and handle dangerous cargo and materials.
Explanation:
Workers in the transport and logistics careers operate heavy machinery, which subjects them to potential incidents and accidents that can cause severe bodily injuries or fatalities.
The workers move heavy and bulky leads. Their duties require them to lift, pull, or push the heavy cargo. They use ladders and other escalators to lift cargo to higher grounds. These acts pose the danger of falling or being knocked on by the load.
Transport and logistics workers handle hazardous chemicals and highly flammable substances. The workers and their supervisors must ensure to abide by all safety regulations to stay safe in the workplace.
Answer:
November 2011
Explanation:
Based on the information given if the company purchased 20 sofas in the month of November 2011 in which the company paid the amount of $3,000 for an advert that ran in the local newspaper in the same month of November 2011 which simply means that the month in which the advertising costs should be expensed is the month of NOVEMBER 2011 which is the month the company paid the amount of $3,000 for advertising in the local newspaper.
According to conventional wisdom regarding asset allocation by age, you should hold a proportion of stocks equal to 100 minus your age. Therefore, if you are 40 years old, 60% of your portfolio should consist of equity. Criteria might be better changed to 110 minus your age or 120 minus your age because life expectancy increasing.
By deducting your present age from 100, you can utilize rule of thumb to determine your asset allocation. It implies that as you get older, you should shift away from equity funds and toward debt funds and fixed income assets in your asset allocation.
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Answer:
1.125
Explanation:
The computation of the value of the bullwhip measure is shown below
As we know that
The Variance of demand = Square of the standard deviation of demand
i.e.
= square of 20
= 400
And, the Variance of orders = 450
Now the
Bullwhip measure is
= The variance of orders ÷ the variance of demand
= 450 ÷ 400
= 1.125
Answer: ER(P) = ERX(WX) + ERY(WY)
16 = 13(1-WY) + 9(WY)
16 = 13 - 13WY + 9WY
16 = 13 - 4WY
4WY = 13-16
4WY = -3
WY = -3/4
WY = -0.75
WX = 1 - WY
WX = 1 - (-0.75)
WX = 1 + 0.75
WX = 1.75
The amount to be invested in stock Y = -0.75 x $106,000
= -$79,500
The Beta of the portfolio could be calculated using the formula:
BP = BX(WX) + BY(WY)
BP = 1.14(1.75) + 0.84(-0.75)
BP = 1.995 - 0.63
BP = 1.365
Explanation: The expected return of the portfolio is equal to expected return of stock X multiplied by the weight of stock X plus the expected return of stock Y multiplied by weight of security Y. The weight of security Y is -0.75. The weight of security X is equal to 1 - weight of security Y. Thus, the weight of security X is 1.75 since the weight of security Y is negative. The amount to be invested in security Y is -0.75 x $106,000, which is equal to -$79,500
The Beta of the portfolio equals Beta of stock X multiplied by weight of stock X plus the Beta of stock Y multiplied by weight of stock Y. The weights of the two stocks have been obtained earlier. Therefore, the Beta of the portfolio is 1.365.
