Answer:
C. 66,000
Explanation:
Ending Work in Process (WIP) = Beginning Work in Process + Units Started into Production - Units Completed and Transferred
Ending WIP = 6,000 * 100% + 60,000 - 50,000 = 16,000
Equivalent Units of Production (EUP) = Units Completed + Units Ending WIP x % of conversion
EUP = 50,000 + 16,000 * 100 = 66,000
<h3>In the given scenario unemployment rate is 10%
</h3>
Explanation:
In the given problem,
Number of People who are working is 90,000
Number of People who are not working but looking and available is 10,000
Unemployment rate = Percentage of the total labor force that is unemployed but actively looking for employment and ready to work.
Unemployment rate = ((Unemployed people * 100) / (Total people in an economy (Working + Available for work)))
Unemployment rate = ((10000 * 100) / (90000+10000))
Unemployment rate = (1000000 / 100000)
Hence, Unemployment rate = 10%
Answer:
a. 3.58
Explanation:
the price earning ratio is obtain with the following formula:
We are given with the market price, now we need to solve for the EPS
with sales and profit margin we solve for net income. then we divide by the shares outstanding to get the EPS
823,000 sales x 4.2 profit margin = 34.566 net income
now we solve for EPS Earning per share:
Now we can sovle for price-earnings ratio
16.50/4.61 = 3,5791 = 3.58
Answer:
The probability that 2 or 3 customers will arrive in a 15-minute period is 0.4703
Explanation:
Firstly, we have to determine the segment unit, since the mean is 10 per hour, the segment unit is 1 hour.
The mean(m) = 10
since the period is 15 minutes = 0.25 hour, t= 0.25 hour / 1 hour. Therefore mt= 2*10 = 2.5
The poisson distribution formula P(x) = 
Therefore the probability that 2 or 3 customers will arrive in a 15-minute period
P(x=2) or P(x=3) = P(x=2) + P(x=3) = 
= 0.2565 + 0.2138 = 0.4703
Therefore P(x=2) or P(x=3) = 0.4703
The probability that 2 or 3 customers will arrive in a 15-minute period is 0.4703
Answer:
Implement the selected alternatives
Explanation:
The decision making process is divided in 4 rational steps:
1. Identify the existing problem: know what is the difficulty that is being presented, it involves all what is being affected.
2. List possible solutions for the existing problem: here the person lookfl for all the possible ways to solve a problem and the different variables that are being affected.
3. evaluate and select the most beneficial alternative: in this step the person foresee the results of each alternative and choose the once that would work in the best way.
4. Implement the alternative that was selected: it implies the work of every person involved in the results, follow the plan and the improvement of the initial problem.
Sometimes it is added a 5th step, the feedback and evaluation of the implemented alternative to know if the problem was fully solved.
