Answer:
A). 17.13 %
Explanation:
Given that,
Annual Dividend for the first year = $.58,
Annual Dividend for the second year = $.66
Annual Dividend for the third year = $.72
Annual Dividend for the fourth year = $.75
The current price per share = $10.08
To find;
The cost of equity = ?
Procedure:
(0.66 - 0.58)/0.58 = 0.137931034
(0.72 - 0.66)/0.66 = 0. 0909090909
(0.75 - 0.72)/0.72 = 0.0416666667
g = (0.137931034 + 0. 0909090909 + 0.0416666667)/3
= 0.0901689305
= {(0.75 * 1.0901689305)/10.08} + 0.0901689305
= 0.17128269
∵ 17.13% is the cost of equity.
Answer: None of the answers
Explanation:
The options to the question are:
A) The control limits are too tight
(B) The control limits are acceptable
(C) The control limits are too loose
(D) None of the answers.
According to the seven run rule, a process is out of control in a control chart in a situation whereby there are seven consecutive data points that all fall on same side of mean. In such case an adjustment has to be made.
In the scenario in the question, none of the answers will be chosen because there has been a violation of the seven run rule as the answers provided are all incorrect.
11. Prioritizing steps to solve the problem.
12. Addressing the cause of the problem
13. To reach fair negotiations with all concerned parties.
I'm not 100% certain on these answers but I hope I help to my best ability.
Answer:
National income
Explanation:
Income method of gross domestic product (GDP) measurement is focused onto the accounting fact that almost all economic spending should be equivalent to the amount of revenue earned by the output of all consumer products and services.
This method also supposes that an economy has 4 major production determinants and all earnings must go to any of these 4 sources. Thus a simple calculation of the gross tangible value of commerce over a span could be made by combining all revenue sources.
Thus, from the above we can conclude that the correct option is C.
Answer:
Lead time needed is approximately 1 day
Explanation:
In this question, we are asked to calculate the maximum number of lead days needed by a manufacturer to give a supplier
We proceed as follows;
They want to be able to fully supply the customer at least 50 out of the 52 weeks.
Mathematically; service probability = 50/52 = 0.96 or 96%
At 96% service level value of Z = 1.75
Standard deviation of daily demand (σd) = 50 units
Safety stock = 100 units
Suppose lead time = L
Safety stock = Z × σ d × √L
100 = 1.75 × 50 × √L
=100 = 87.5 × √L
√L = 100/87.5
√L = 1.142857142
L = 1.142857142^2
L = 1.306122448
