Answer:
Manufacturing overhead for July will be $55000
Explanation:
We have given budgeted labor hour in month of July = 20000
Variable overhead rate = $5
So variable manufacturing overhead = 20000×$5 = $100000
Fixed manufacturing overhead = $25000
Now total manufacturing overhead = $100000+$25000 = $125000
Depreciation expense = $7000
So manufacturing overhead for July = $125000 - $7000 = $55000
Answer:
1,030
Explanation:
Calculation for what is the exponential smoothing forecast value
Exponential smoothing forecast value = 1,000 + 0.3 x (1,100-1,000)
Exponential smoothing forecast value = 1,000 + 0.3 x (100)
Exponential smoothing forecast value = 1,000 + 30
Exponential smoothing forecast value= 1,030
Therefore the exponential smoothing forecast value will be 1,030
Answer:
The correct answer is letter "A": True.
Explanation:
Stability strategies are those in which the firm does not change its core method of working, thus, it remains to focus on its current products and markets. Carrying out stability strategies is a less risky approach. The types of stability strategies can be <em>no-change strategy; profit strategy; </em><u><em>and</em></u><em> growth through concentration, integration, diversification, co-operation, internationalization.</em>
<h2>Answer:</h2><h3>To me i think that the answer is e) ad analysis </h3><h2>Explanation:</h2><h3>she was going around and survey a sample group of people. Then she suggested to her company about they develop a customizable travel application.</h3>
Answer:
360
Explanation:
Kanban is a method that is used to mange workflow in order to assist in visualizing the work and maximize the efficiency of a workers as well as making the workers agile.
The formula for calculating the number of Kanban is given as follows:
Number of Kanban = (Dd × LT × (1 + SS)) ÷ QC .................. (1)
DD = Daily required production level = 250
LT = Lead Time (in minutes) = 30
SS = Safety Stock = 20% = 0.2
QC = Number of squidgets in a container = 25
Substituting the values above into equation (1), we have:
Number of Kanban = (250 × 30 × (1 + 0.2)) ÷ 25
= (250 × 30 × 1.2) ÷ 25
= 9,000 ÷ 25
= 360
Therefore, the number of kanbans to be circulated between Sandy's process and the previous operations is 360.