Answer:
A) 200 units
Explanation:
mean daily demand = 20 calculators
standard deviation = 4 calculators
lead time = 9 days
z-critical value (for 95% in-stock probability) = 1.96
normal consumption during lead-time:
= mean demand × lead time
= 20 × 9
= 180 calculators
safety stock = z × SD × √L
= 1.96 × 4 × √9
= 1.96 × 4 × 3
= 23.52 calculators
reorder point = normal consumption + safety stock
= 180 + 23.52
= 203.52 calculators
Answer:
e. 10.77 percent
Explanation:
The computation of the cost of preferred stock is shown below:
Cost of preferred stock = Annual dividend paid ÷ Price of preferred stock per share
= 0.07 × $100 ÷ $65
= 10.77%
Simply we divide the annual dividend after considering the par value per share by the price of preferred stock per share so that the correct cost of preferred stock can be computed
Answer:
Simple Interest=P*r*n= $20 million * 0.18 * 1= $3.6 million
Therefore amount accumulated= $20 million + $3.6 million = $23.6 million
Amount accumulated through Compound Interest=P×(1+r) ^t
= $20 million( 1+0.18/12)^12= $23.912 million
Explanation:
Simple interest is based on the principal amount of a loan or deposit, while compound interest is based on the principal amount and the interest that accumulates on it in every period.
The flexible strategy is used to avoid the delay in assessing the external constraints.
The following information regarding accessing external constraints:
- It could be thrust upon an organization.
- It permits for uncovering the things that are beyond the control.
- The example involved national holidays or sick leaves.
If we accessing the external constraints so the delay could be avoided.
So, The other options seem incorrect
Therefore we can conclude that the flexible strategy is used to avoid the delay in assessing the external constraints.
Learn more about the external constraints here: brainly.com/question/17156848
Answer:
Blood enters the right atrium via the superior and inferior vena cava, flows to the right ventricle and then into the lungs, returns from the lungs to the left atrium and left ventricle, and exits out the aorta
Explanation:
The blood stream will flow to the right artium through the vena cava and moves to the right ventricle as well as the lungs. The blood is then returned back to the left atrium and ventricle from the lungs. It later flows out through the aorta. That is the sequence of flow of the blood streams to and from the lungs.