Answer:
0.41
Explanation:
The computation of the weight of security Y in the minimum variance portfolio is shown below:-
Weight of security X = Standard deviation of security Y ÷ (Sum of the standard deviation of securities)
= 39% ÷ (39% + 27%)
= 39% ÷ 66%
= 59.01%
Weight of security Y = 1 - Weight of security X
= 1 - 59.01%
= 0.41
Answer:
interest rate = 15%
value of the bond will decrease
Explanation:
given data
face value = $5,000
time = 5 year
annual coupon payment = $150
solution
we get here interest rate on the borrowed funds that will be as
interest rate = 
× 100
put here value we get
interest rate = 
× 100
interest rate = 15%
and
when bond issued at interest rate = 3 %
but market interest rate 4%
so seller will reduce price of bond less than the face value
because we will look for atleast 4% payout when bond matures
so value of the bond will decrease
Answer:
$954.60
Explanation:
Gross Pay: Gross income for an individual, also known as gross pay, is the individual's total pay from his employer before taxes or other deductions.
Net Pay: Gross income for an individual, also known as gross pay, is the individual's total pay from his employer after taxes or other deductions.
Particulars Amount Amount
Gross Pay $1,250
Withholding deduction:
Income tax <em>($201.65)</em>
Social Security <em>(1,250*0.06 = $75)</em>
Medicare tax <em>(1,250*0.015 = $18.75)</em>
Net pay $954.60
Answer:
The price would definitely increase
Explanation:
Inferior good are good that of low quality which are consumed by low income earners and with an increase in the income of the consumer of an inferior good, the demand for the good reduces.
Note: the demand for inferior good reduces because of increase in consumers income, so this has nothing to do with the price.
On an economic sense, increase in cost of production, will definitely lead to an increase in the price of the goods produced.
Answer:
2.66% of the principal.
Explanation:
Suppose the principal 100.
The value of the floating rate bond underlying the swap is 100.
The value of the fixed rate bond is 3/1.02 + 3/(1.03)^2 + 103/(1.04)^3 = 97.34.
The value of the swap is therefore 100−97.34 = 2.66 or 2.66% of the principal.
