Answer:
D. What are you going to do for me today?
Explanation:
The leader should be first a servant, having a desire to serve than to be served. This makes a leader has authority and not just power by having interactions with ones he leads. He is not just interested in building himself but contributing to growth and development of the people around him.
Therefore asking what one will do for you is not a Servant Leader characteristic because it puts the leader first before the people.
Answer:
company B's cost of equity is 14.0375% - 8.975% = 5.0625% higher than company A's cost of equity
Explanation:
cost of equity = risk free rate + (beta x market premium)
risk free rate = 4.25%
market premium = market return - risk free rate = 11% - 4.25% = 6.75%
Company A's cost of equity = 4.25% + (0.7 x 6.75%) = 8.975%
Company B's cost of equity = 4.25% x (1.45 x 6.75%) = 14.0375%
this means that company B's cost of equity is 14.0375% - 8.975% = 5.0625% higher than company A's cost of equity.
The correct answer is an <span>Intertemporal<span> choice.
</span></span><span>Saving money is an </span>Intertemporal choice.<span> because it involves less consumption in the present, but the ability to consume more in the future. Its a personal choice which people make accordingly depending on their needs, money and time.</span>
Answer:
the scope statement; deliverables
Explanation:
"Decomposing" a project will ensure an efficient way of accomplishing the project's goal. Before doing this, it is important to know what "the scope statement" is and the "deliverables" (multiple tasks in the production).
"The scope statement" allows one to know what should be included in the decomposition. It also tells <em>when you are going to stop breaking down </em>and what tasks are to be included. Once you know this, it<em> becomes easier to decompose a projec</em>t with<u> one deliverable at a time.</u> The scope will also be further clarified.
So, this explains the answer.
Answer:
$1,000
Explanation:
For the computation of overhead over/under applied last year first we need to find out the applied overhead which is shown below:-
Applied overhead = Actual direct labor × Per direct labor
= 24,000 × $2
= $48,000
Over applied overhead = Applied overhead - Actual overhead
= $48,000 - $47,000
= $1,000
Therefore for computing the overhead over/under applied last year we simply applied the above formula.
