Answer:
I would like to request the application fee waiver of $65 if it poses a financial hardship for me.
Explanation:
Requesting a fee waiver depends on one's financial situation. If the fee can be paid without experiencing any financial hardship, then it is not necessary to accept or request the waiver. However, if the waiver will ease one's financial burden, then it would be in the applicant's best interest to request the waiver as provided by Williams College.
Answer: D) Tax Court
Explanation:
Tax court of United States is court that is made for hearing tax-related issue and problem and then judgment is made on the disputes.According to the question, Rowanda should appeal to U.S. tax court for her tax disputer with IRS so that appropriate decision can be made in legal way.
Other options are incorrect because the United state's court of Appeals, federal claim and district are not the place where tax related disputes are legally handled and heard.Thus, the correct option is option(D).
Answer:
Amount investment in Sock Y = - $126,000
Beta of portfolio = 1.636
Explanation:
Data provided in the question:
Total amount to be invested = $140,000
Stock X Y
Expected return 14% 10%
Beta 1.42 1.18
Expected return of portfolio = 17.6%
Now,
let the weight invested n stock X be W
therefore,
Weight of Stock Y = 1 - W
thus,
( W × 14% ) + (1 - w) × 10% = 17.6
%
or
14W + 10% - 10W = 17.6%
or
4W = 7.6
or
W = 1.9
Therefore,
weight of Y = 1 - 1.9 = -0.9
Thus,
Amount investment in Sock Y = Total amount to be invested × Weight
= 140,000 × ( - 0.9 )
= - $126,000 i.e short Y
Beta of portfolio = ∑ (Beta × Weight)
= [ 1.42 × 1.9 ] + [ 1.18 × (-0.9) ]
= 2.698 - 1.062
= 1.636
Answer:
64,313.74 ; 95,559.38 ; 47,283.11
Explanation:
by definition the present value of an annuity is given by:

where
is the present value of the annuity,
is the interest rate for every period payment, n is the number of payments, and P is the regular amount paid. so applying to this particular problem, we have:
1. P=8,200, n=25, i=12%


2. P=8,200, n=25, i=7%


3. P=8,200, n=25, i=17%

