Answer: Detailed risk analysis
Explanation: All economist tend to access life and challenges by taking a critical look at the risks involved and possible ways of solving the challenges.
An example could be seen when setting up a business, the typical economist would analyse the risk associated with the business and possibility of the business failing or succeeding.
Answer:
Total cost of receiving 8000 parts: 2878700
Detailed solution is given in tabular form below:
False imprisonment seems like the most likely answer in this scenario if she had to sue for one of the three. She definitely can't sue for assault or battery because no threats were made nor was physical harm dealt.
The applicable formula is;
A = P(1-r)^n
Where;
A = Final purchasing power
P = Current purchasing power
r = inflation
n = Number of years when P changes to A
Confirming the first claim:
A = 1/2P (to be confirmed)
P = $3
r = 7% = 0.07
n = 10.25 years
Using the formula;
A = 3(1-0.07)^10.25 = 3(0.475) ≈ 3(0.5) = $1.5
And therefore, A = 1/2P after 10.25 years.
Now, give;
P = $9
A = 1/4P = $9/4 = $2.25
r = 6.5% = 0.065
n = ? (nearest year).
Substituting;
2.25 = 9(1-0.065)^n
2.25/9 = (1-0.065)^n
0.25 = (1-0.065)^n
ln (0.25)= n ln(1-0.065)
-1.3863 = -0.0672n
n = (-1.3863)/(-0.0672) = 20.63 years
To nearest year;
n = 21 years
Therefore, it would take approximately 21 years fro purchasing power to reduce by 4. That is, from $9 to $2.25.
Answer:
-0.4242
Explanation:
Ra = 0.21 or 21%
Rf = 0.045 or 4.5%
Rp = 0.28 or 28%
Expected return on a portfolio is weighted average return of its assets
:
Rp = Rf*(1-w) + Ra*w
28 = 4.5*(1-w) + 21*w
28 = 4.5 - 4.5w + 21w
28 - 4.5 = 21w - 4.5w
21w - 4.5w = 28 - 4.5
16.5w = 23.5
w = 23.5/16.5
w = 1.4242
Hence, weight of risky asset = 1.4242
So, Weight of risk free asset = 1 - 1.4242
Weight of risk free asset = -0.4242
