Answer:
33.33%
Explanation:
Let weight of T-bill be x, therefore weight of stock will be 1-x
Portfolio = Weight of stock*Beta of stock + Weight of T-bills*Beta of T-bills
1 = (1-x)*1.5 + x*0
1 = 1.5 - 1.5x
x = 0.5/1.5
x = 0.3333
x = 33.33%
Therefore, the percentage of the portfolio invested in treasury bills is 33.33%.
Answer:
Direct material= $5,600
Explanation:
<u>First, we need to calculate the direct labor added to Work in Process:</u>
Direct labor= allocated overhead / predetermined overhead rate
Direct labor= 6,400 / 0.8
Direct labor= $8,000
<u>Now, by difference, the direct materials:</u>
Direct material= Ending balance - allocated overhead - direct labor
Direct material= 20,000 - 6,400 - 8,000
Direct material= $5,600
The answer is flighting advertising schedule. It is a publicizing progression or timing design in which promoting messages are booked to keep running amid interims of time that are isolated by periods in which no publicizing messages show up for the promoted thing.
That statement is true
A corporate Bond is way more senstive to the condition of the market which will affect the volatility of its value. Since government could technically produce their money from the federal reserve, the municipal bond is technically will always be paid (by risking inflation)
Answer:
The correct answer is letter "B": Expected return.
Explanation:
Expected return is the return an investor expects from an investment given the investment's historical return or probable rates of return under different scenarios. To determine expected returns based on historical data, an investor simply calculates an average of the investment's historical return percentages and then, uses that average as the expected return for the next investment period.
In the example, the expected return would be:
<em>Expected return </em><em>= (return in a good economy + return in a poor economy)/2</em>
<em>Expected return </em><em>= (13% + 4%)/2</em>
<em>Expected return </em><em>= </em><em>8,5%</em>
