Answer:
The delivery cycle time was 25.2 hours
Explanation:
Working notes:
Consider the following formula to solve the exercise
delivery cycle time=Wait time+Process time+Inspection time+Move time+Queue time
=(12.7+1.8+0.2+4.4+6.1)
which is equal to = 25.2 hours.
The current disposable income held to buy consumption goods in the future is referred to as saving.
Consumables are goods that are best suited for their end use. In other words, the end-user of consumer goods is the consumer themselves, and capital goods are the goods used to manufacture consumer goods.
Common examples include food, drink, clothing, shoes, and gasoline. Consumer services are usually intangible products or actions that are produced and consumed simultaneously.
Learn more about consumption goods here
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In the Philip's curve the long run usually refers to the vertical line and the rate of unemployment the short run Philips curve denotes inflation and is in L shaped and the relationships indicates the trade-off between the inflation and the unemployment
Explanation:
This curve in general shows the relationship between the rate of increase in the nominal wages and the rate of unemployment and usually lower the rate of inflation higher will be the wages allotted and it will be the vice versa
There will be a shift in the Philips curve when there is a hike in the oil prices abroad and this will cause the curve to shift leftwards so in the long run it will indicate the unemployment rate and in the short run it will indicate the inflation rate
Answer:
The answer is letter C.
Explanation:
The statement that would need to be documented in a report is The Fujita-Pearson tornado scale rates tornadoes with wind speeds of 261 to 318 miles per hour as F5 storms.
Answer:
The portfolio’s new beta will be 1.125
Explanation:
In this question, we are interested in calculating the portfolio’s new beta given the value of the beta of the stock which is used in replacing it.
We apply a mathematical approach here.
Mathematically;
Portfolio beta=Respective beta * Respective investment weight
=(50,000/200,000*1.5)+(50,000/200,000*0.8)+(50,000/200,000*1)+(50,000/200,000*1.2)
= 0.375 + 0.2 + 0.25 + 0.3 = 1.125
