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:
7%
Explanation:
Calculation for the implicit interest rate on the note
First step is to calculate the PV factor
PV factor=$81,630/100,000
PV factor = 0.81630
Last Step is to find the implicit interest rate by using the PV table for 3 years to find the factor that matches the PV factor of 0.81630
Hence the factor that matches the PV factor of 0.81630 can be found or see in the 7% column which means that the implicit interest rate will be 7%
Therefore the implicit interest rate on the note will be 7%
Answer:
The answer is A.
Explanation:
Other things remaining equal, the law of demand says that the higher the price, the lower the quantity demanded and the lower the price the higher the quantity demanded.
Suppose a good is being sold at $5 and 20 quantities are being demanded, if the price increases to $6, lesser of that goods should be demanded
Answer:
Bond Price= $1,774.05
Explanation:
Giving the following information:
Coupon rate= 0.0573/2= 0.02865
YTM= 0.067/2= 0.0335
The bond matures in 23 years.
Par value= $2,000
<u>To calculate the bond price, we need to use the following formula:</u>
Bond Price= cupon*{[1 - (1+i)^-n] / i} + [face value/(1+i)^n]
Bond Price= 57.3*{[(1 - (1.0335^-46)] / 0.0335} + [2,000/1.0335^46]
Bond Price= 1,334.76 + 439.29
Bond Price= $1,774.05
Answer:
C. Step variable cost
Explanation:
Fixed costs are those costs which are incurred anyways irrespective of the level of operation of a business or the volume of activity. For example rent of factory is a fixed cost which has to be incurred regardless of the production level.
Variable costs are those costs which vary with the level of production. e.g labor cost.
In this case, a T- shirt is given to every 100th customer. This kind of cost is step cost at the level of 100th customer. The number of T-shirts in a day would depend upon the no of patrons arriving each day i.e variable.
Thus, this is the case of a step variable cost which is incurred at discrete point i.e every 100th customer.