Answer:
4.70%
Explanation:
According to the given situation, the computation of dividend yield is shown below:-
Dividend Yield = Expected dividend ÷ Current price
where,
expected dividend is $1.82
And, the current price is $38.70
Now place the values to the above formula
So, the dividend yield is
= $1.82 ÷ $38.70
= 0.0470
or
= 4.70%
Therefore for computing the dividend yield we simply applied the above formula.
Answer:
$740.8
Explanation:
To answer this question the following steps are undertaken
1) We consider the Marginal tax bracket Art falls within. And it becomes obvious that his bracket in 2020 is higher than that of 2019. The implication of this discovery is that claiming expenses in 2020 will save more taxes for Art than in 2019.
2) What is his tax savings in 2020 = $10,000 x (0.32-0.24) = $800
Finally, since the present value of tax savings is 0.926
Then the tax savings to realize for 2020 is
$800 x 0.926 = $740.8
The answer false because the objective of the resume is usualy one or two sentences long.
<u>You have been approached by one of the staff who works testing equipment that passes through your facility. Every day, you receive computers from the university that have been repaired but now need to be tested to ensure that they can work under high stress. This means running them in your test labs. Because the test labs are as stressful on the test equipment as it is on the computers, you have planned for downtime in the past. To get this downtime, you have tried to ensure that effective capacity utilization is about 65 percent. Yet, the staff person has informed you that a backlog of yet-to-be tested equipment is building up. Furthermore, the test equipment is now starting to break at a rate faster than anticipated. To address this issue, you know that the design or maximum capacity is 720 hours and that over the last three weeks, you have spent 600 hours per week testing equipment.</u>
<u>You have been approached by one of the staff who works testing equipment that passes through your facility. Every day, you receive computers from the university that have been repaired but now need to be tested to ensure that they can work under high stress. This means running them in your test labs. Because the test labs are as stressful on the test equipment as it is on the computers, you have planned for downtime in the past. To get this downtime, you have tried to ensure that effective capacity utilization is about 65 percent. Yet, the staff person has informed you that a backlog of yet-to-be tested equipment is building up. Furthermore, the test equipment is now starting to break at a rate faster than anticipated. To address this issue, you know that the design or maximum capacity is 720 hours and that over the last three weeks, you have spent 600 hours per week testing equipment.Based on this data, what is our effective capacity utilization?</u>
The appropriate response would be "no". Assume the p-esteem is 4%. That is sufficient to dismiss the invalid speculation at the 5% noteworthiness level, however insufficient at 3%. 3% is a higher (lower numerically) hugeness limit. It implies the chances are much lower that the watched result could have happened by shot.
