Answer:
new beta of the portfolio= 1.235
so correct option is b. 1.235
Explanation:
given data
investment = $10,000
common stocks = 20
total investment = $200,000
portfolio beta = 1.2
sell one stocks beta = 0.7
sell = $10,000
purchase another stocks beta = 1.4
to find out
What will be the beta of the new portfolio
solution
we first find increment in beta that is express as
increment in beta = investment × ( purchase stocks beta - sell stocks beta) ÷ total investment .............................1
put here value we get
increment in beta = 
increment in beta = 0.035
so
new beta of the portfolio will be
new beta of the portfolio = 1.2 + 0.035
new beta of the portfolio= 1.235
so correct option is b. 1.235
Answer:
a) the central bank would have to decrease the money supply which would decrease output.
Explanation:
In the case when the long run price would fall due to the reduction in the aggregate demand and there is a rise of short run aggregate supply so the central bank would have to reduce the money supply due to this it automatically reduced the output as it shows the direct relation between the money supply and the output
Therefore the correct option is a.
Complete Question:
The project team is ordering a server after discovering that it was missed in the original scope discovery of the project. There is an urgency to have it delivered quickly to minimize schedule slippage, but the project team does not want to spend money from dwindling reserves to pay for the additional shipping charges. Which of the following is the most accurate description of this situation?
A. There is an attribute issue since fast shipping and low cost shipping are both characteristics associated with shipping.
B. There is a budget issue since there isn't extra money for shipping.
C. There is a mutual exclusivity issue since shipping fast and low cost do not correlate to each other.
D. There is a time issue since the server needs to arrive quickly
Answer:
C. There is a mutual exclusivity issue since shipping fast and low cost do not correlate to each other
Explanation:
The most accurate description of this situation is that there is a mutual exclusivity issue since shipping fast and low cost do not correlate to each other. If two events are mutually exclusive, they cannot occur concurrently.
Mutually exclusivity describes the characteristics of events, which makes it impossible for them to occur together (concurrently) or at the same time. This ultimately implies that the events or outcome of the sampling is disjointed.
In this scenario, there is an urgency to have the server delivered quickly (shipping fast) to minimize schedule slippage, but the project team does not want to spend money from dwindling reserves to pay for the additional shipping charges which is considered to be a high cost.
Answer:
100 items need to be counted each day.
Explanation:
Of the 6,800 items, 544 are A items (0.08 * 6,800), 2,244 are B items (0.33 * 6,800) and 4,012 are C items (0.59 * 6,800). If you want to count every day the same number of items, you have to divide the number of items A, B and C for the days between being counted twice. So, if you have to count each day a number of items A, the amount is 544/19 working days, that is 28.6315789. The same with B (2,244/60 = 37.4) and with C (4,012/118 = 34). Each day, you have to count 28.63 A plus 37.4 B plus 34 C. 28.63+37.4+34=100.03.
