Answer:
C. Distinctive competence
Explanation:
Distinctive competence -
It refers to the complete skill and practice , which enables to give rise to a very tough competition to the rest of the organisations , and thereby makes the particular organisation to stand out from crowd , is referred to as the distinctive competence .
The distinctive competence of a particular company or firm act as a weapon or a protective agent during their tough time .
Hence , from the given scenario of the question ,
The correct answer is C. Distinctive competence .
Answer:
Wetlands are highly productive and biologically diverse systems that enhance water quality, control erosion, maintain stream flows, sequester carbon, and provide a home to at least one third of all threatened and endangered species. ... improve water quality. provide wildlife habitat. maintain ecosystem productivity.
I think the answer is false because many schools raise fundraisers to help pay for things. If this is the case the money for the school will be quite low
The best thing to do in this situation is to ask the customer who is impatient to wait in line, it is best to inform the customer in a calm and professional manner to prevent conflict or misunderstandings to arise. It is also best to explain why the customer should wait in line for all other customers are waiting patiently to get their turn. It is only appropriate to follow the rules in order to prevent misunderstandings from happening.
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.
