Answer:
Portfolio return = 7.3%
Explanation:
<em>The portfolio expected rate of return would be the weighted average expected rate of return</em>
Weighted average expected rate of return=
12%× (1000/(3500+1000) + (3,500/(1000+3500)× 6%= 0.073333333
Expected rate of return = 0.073333333
× 100 = 7.3%
Portfolio return = 7.3%
Answer:
The 1st one because I would want the product to be okay for me to use and not under pay for something that will harm me.
Explanation:
It is just plain facts!!!
Answer:
Portfolio A and Portfolio B
Explanation:
In this question, we apply the Capital Asset Pricing Model (CAPM) formula which is shown below
Expected rate of return = Risk-free rate of return + Beta × (Market rate of return - Risk-free rate of return)
The Market rate of return - Risk-free rate of return) = Market risk premium
Let us assume the market risk premium be X
For Portfolio A:
21% = 8% + 1.3 × X
13% = 1.3 × X
So, the X = 10%
For Portfolio B:
17% = 8% + 0.7 × X
9% = 0.7 × X
So, the X = 12.86%
Based on the market risk premium calculations, we can conclude that Portfolio A should be in short position while Portfolio B should be in long position as portfolio B has higher market risk premium than B
This test that Albert Chong and his colleagues carried out was most relevant for evaluating the allocative efficiency of these postal services because the test was designed to measure how often and how quickly the letters sent were returned to sender.
<u>Answer:
</u>
Violations of security policies are considered to be a law enforcement issue upon which proper disciplinary actions must be taken.
<u>Explanation:
</u>
- The security policies put into place by the organization actually serve as the first wall of protection for the organization.
- The organization makes it clear through its security policies what actions would be deemed as an attempt to breach the security and what actions are prohibited within and outside the premises of the organization as an employee of the organization:
