Answer: ER(P) = ERX(WX) + ERY(WY)
16 = 13(1-WY) + 9(WY)
16 = 13 - 13WY + 9WY
16 = 13 - 4WY
4WY = 13-16
4WY = -3
WY = -3/4
WY = -0.75
WX = 1 - WY
WX = 1 - (-0.75)
WX = 1 + 0.75
WX = 1.75
The amount to be invested in stock Y = -0.75 x $106,000
= -$79,500
The Beta of the portfolio could be calculated using the formula:
BP = BX(WX) + BY(WY)
BP = 1.14(1.75) + 0.84(-0.75)
BP = 1.995 - 0.63
BP = 1.365
Explanation: The expected return of the portfolio is equal to expected return of stock X multiplied by the weight of stock X plus the expected return of stock Y multiplied by weight of security Y. The weight of security Y is -0.75. The weight of security X is equal to 1 - weight of security Y. Thus, the weight of security X is 1.75 since the weight of security Y is negative. The amount to be invested in security Y is -0.75 x $106,000, which is equal to -$79,500
The Beta of the portfolio equals Beta of stock X multiplied by weight of stock X plus the Beta of stock Y multiplied by weight of stock Y. The weights of the two stocks have been obtained earlier. Therefore, the Beta of the portfolio is 1.365.
Answer:
$823,000
Explanation:
To determine the net cash provided by operating activities using the indirect method we can use the following formula:
net cash flow = net income + depreciation expense - accounts receivable increase + inventory decrease - accounts payable decrease
net cash flow = $657,000 + $203,000 - $28,000 + $12,000 - $21,000 = $823,000
If accounts receivable decreased, then it would be added.
If inventories increased, then it would be subtracted.
If accounts payable increased, then it would be added.
The following journal entry will be passed in the books of accounts and the interest expense is calculated to an amount of $9600
<u>Explanation:</u>
Given data:
amount of note: $200000, annual principal payments to be made each year at December 31st = $40000, interest amount to be charged = 6 percent, duration of note = 5 years
the following calculation is made in order to find out the amount of interest:
Amount of note minus principal payment multiply with rate of interest
now, putting the figures in formula:
interest = 200000 minus 40000 = $160000 multiply with .06 = $9600
Thus, the interest amount = $9600
The interest expense will be debited with an amount of $9600 in the books of accounts.
Answer:
He will have $102,979 in his retirement account in 10 years.
Explanation:
Annual Payment = $2,000
Number of Year = n = 10
Interest rate = i = 5%
Compounded Quarterly
Future value after 10 years
FV = A [ ( ( 1 + ( r / m )^mt ) - 1 / ( r / m )
FV = $2,000 [ ( ( 1 + ( 0.05 / 4 )^40 ) - 1 / ( 0.05 / 4 )
Future value = $102,979
So, Ira Schwab will have $102,979 in his retirement account in 10 years.
Answer:
These are the options for the question:
A. They should be more willing to tear down the $5 million stadium, because it cost less to build.
B. They should be more willing to tear down the $50 million stadium, because it cost more to build.
C. The cost to build the old stadium shouldn’t be considered.
And this is the correct answer:
A. They should be more willing to tear down the $5 million stadium, because it cost less to build.
Explanation:
City A will likely be more willing to tear down its old stadium because it costed $5 million to build. City B, on the other hand, will have to think twice because a stadium that costed $50 billion to build could have more value than it seems, or the City could simply not have enough money to build a better new stadium (something that would probably cost more than $50 billion to do).
