Answer:
E) $2,400
Explanation:
optimal order quantity = sqrt{(2*D*S)/H}
= sqrt{(2*36,000*$80)/$4}
= $1,200
number of orders per year = $36,000/$1,200
= $30
total ordering cost = $30*$80
= $2,400
Therefore, The total ordering cost of inventory is $2,400.
well, he has room for a total of 264 vehicles, he needs to have "five times as many cars as trucks", namely the cars : trucks ratio must be 5 to 1 or 5:1.
well, to change the total value to a ratio, we simply divide the total amount by the sum of the ratios, namely 264 ÷ (5+1), and distribute accordingly.
Based on the labor cost, and output of the process, the multifactor productivity for the week is 3.06.
<h3>What is the multifactor productivity for Week 1?</h3>
This can be found by the formula:
= Cost in week 1 / Value of output in week 1
Cost in week 1:
= Labor + Material + Overheads
= 12,195 + 21,392 + 8,546
= $42,133
Value of product:
= 110 x 1,173 units
= $129,030
Multifactor productivity is:
= 129,030 / 42,133
= 3.06
Find out more on multifactor productivity at brainly.com/question/17550779.
Answer:
13.3%
Explanation:
The time in which the employee are free or not working due to halt in operation or a process. The employee are ready for work in this time and waiting for operation to start.
According to the given data
Total observations = 45 observations
Number of observation that found loader idle = 6 observations
Percentage of idle time is the ratio of number of times labor found idle to total numbers of observations.
Estimated percentage of idle time = (6 / 45) x 100
Estimated percentage of idle time = 13.3%
He’s a good researcher, reader, hard worker.