Answer:
$4,775,565.49
Explanation:
The computation of the selling price of the bond is shown below:
Particulars Amount PV factor 6% Present value
Semi-annual interest $216,209 19.60044 $4,237,791.53
Principal $3,088,700 0.174110131 $537,773.96
Total $4,775,565.49
Working notes
Semi-annual interest $216,209 = $3,088,700 × 14% × 6 ÷ 12
PV factor 3%:
Semi-annual interest 13.76483115 = {(1 - (1.06)^-30) ÷ 0.06
}
Principal 0.174110131 = {1 ÷ 1.03^30}
Answer: decreases
Explanation: The following practice is done by the central bank in the situation of inflation when there is an excess supply of money in the economy.
The central bank tries to decrease the funds by selling the govt bonds to the banks. This results in decrease in funds from banks as they have to buy such bonds from their respective funds.
The right answer for the question that is being asked and shown above is that: "d) All answers are correct." The situation that could have tipped Elise of is that of requiring a free course on money management; charging large monthly fees for the service;<span> asking her to cancel most of her credit cards</span>
Answer:
"$1,673,750" is the appropriate answer.
Explanation:
The given values in the question are:
Applied overhead,
= $666,250
Actual overhead,
= $650,000
Unadjusted cost,
= $1,690,000
Now,
The overapplied overhead will be:
= 
= 
= 
($)
hence,
The goods sold's adjusted cost will be:
= 
= 
= 
($)
Answer:
Expected Portfolio return = 0.5(10)+0.5(13)= 5+6.5=11.5%
Expected Portfolio SD= 0.5(20)+0.5(30)= 25%
Beta of A, 10= 5+B(6)
5=6B
B= 5/6= 0.833
B of B, 13=5+B(6)
8=6B
B=8/6
B=1.33
b. Portfolio AB's standard deviation is 25%
c. Stock A's beta is 0.8333
These two statements are correct
Explanation:
