Answer: A portfolio containing 30 randomly selected stocks will have the smallest standard deviation.
Explanation:
A portfolio containing 30 randomly selected stocks tend to have a lesser covariance between the security returns. Also, there will be increased diversification. This increased diversification lowers the risk of portfolio thereby resulting in a lower standard deviation.
Other options are not correct. A portfolio consisting of 30 energy stocks will have a higher level of covariance between the security returns. Therefore, the standard deviation is lower.
A coefficient of variance greater than one will have a high level of variance while a coefficient variance less than 1 has a lower level of variance. A lesser covariance will result to a lower standard deviation and vice-versa.
Answer:
reasons that in an emergency or crisis 10% of us are leaders; we have a plan, take action, and do the right thing. We seek direction and wait for someone to take the lead and tell us what to do. Finally, there are the “Doomed”; 10% of us that behave in counter-productive ways.
Explanation:
Answer:
17,080 ounces.
Explanation:
Given that,
Budgeted production = 8,500
Raw material required per unit = 2 ounces
Opening inventory = 3,400
Direct material to be purchased:
= (Budgeted production × Raw material required per unit) + Closing inventory - Opening inventory
= (8,500 × 2 ounces) + (20% × 8,700 × 2) - 3,400
= 17,000 + 3,480 - 3,400
= 17,080 ounces.
Answer:
d.) 14.66%
Explanation:
The computation of the return required by shareholders is shown below:
Current share price = Next year dividend ÷ (Required rate of return - growth rate)
where,
Next year dividend would be
= $4.10 + $4.10 × 0.04
= $4.10 + 0.164
= $4.264
So, the return required by shareholders
$40 = $4.264 ÷ (Required rate of return - 4%)
After solving this equation,
The required rate of return is 14.66%
