Answer:
The correct answer is
d. lower interest rates and greater investment.
good luck
Answer:
Option D is the correct option
Explanation:
To find the optimal fund to combine with risk free rate of return, we will use Coefficient of variation,
Coefficient of variation(CoV) = Standard Deviation/Expected Return
CoV of Buckeye = 14%/20% = 0.7
CoV of Wolverine = 11%/12% = 0.9167
So, higher the CoV higher the risk, we will take Buckeye to combine with Risk Free Return.
Hence, Option A
- Required target return of portfolio = 22%
Risk Free return = 8%
Buckeye Return = 20%
Let the weight of Buckeye be X ,& weight of risk free be (1-X)
Required return = (WRF)*(RRF) + (WB)*(RB)
22 = (1-X)(8) + (X)(20)
22 = 8-8X + 20X
14 = 12X
X = 1.17
SO, weight of Buckeye is 1.17 or 117%
while weight of Risk free is -0.17 (1-1.17) or -17%
Hence, ans is OPTION D
Answer:
Final Value= $414,135.43
Explanation:
Giving the following information:
Quarterly deposit= $32,000
Number of quarters= 3*4= 12
Interest rate= 0.0545/4= 0.01363
To calculate the final value, we need to use the following formula:
FV= {A*[(1+i)^n-1]}/i
A= quarterly deposit
FV= {32,000*[(1.01363^12)-1]} / 0.01363
FV= $414,135.43
The purpose of a lease is a rent. When you "lease" something, that's the business term of renting something ;-)
<span>According to Lawrence and Lorsch, the stability of an organization's environment determine(s) the degree of differentiation or integration that is necessary.
Lawrence and Lorsch developed the contingency theory which involves organizations and changes in the environment. They watch how organizations change and perform based on what is changing around them and then how they adapt to the change.
For them, differentiation is defined as organization systems breaking into smaller subsystems. Integration is defined as how well the subsystems work together to complete the overall task of the organization.
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