Answer:
The number of kanban containers needed for the wheels is 4.2 containers
Explanation:
In order to calculate the number of kanban containers needed for the wheels we would have to calculate the following formula:
number of kanban containers needed for the wheels=Demand rate*(Average processing time+Average waiting time)*(1+Alpha)/Container size
According to the given data we have the following:
Demand rate = 2000 per day
Average processing time= 0.15 day
Average waiting time = 0.25 day
Container size= 200
Alpha= 5%
Therefore, number of kanban containers needed for the wheels=2,000*(0.15+0.25)*(1+0.05)/200
number of kanban containers needed for the wheels=4.2 containers
The number of kanban containers needed for the wheels is 4.2 containers
Answer:
Net income for the period $
Fees earned 6,510
Wages (2,887)
Rent expenses (816)
Utility expenses (310)
Depreciation expenses (201)
Miscellaneous expenses (64)
Dividend paid (<u>705)</u>
Net income <u> 1,527</u>
Explanation:
Net income is the excess of fees earned over costs and dividends paid. Thus, we will deduct all the costs and dividend paid from fees earned so as to obtain net income.
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Answer:
Let me give you an example of a segment addition problem that uses three points that asks the student to solve for x but has a solution x = 20.
First, I assumed values for each x, y and z and then manipulated their coefficients to get the total at the end of each equation.
20 + 10 +30 = 60
40 + 0 + 40 = 80
40 + 10 = 50
Then exchangeing these numbers into values and we have the following equation.
x + 2y + 3z = 60
2x + 4z = 80
2x + z = 50 so its easy
If you will solve them manually by substituting their variables into these equations, you can get
x = 20
y = 5
z = 10
Explanation:
(x+7)(x-1) = 0 ^x^2 + 6x - 7 = 0x 7x -1
Its really easy if you think it this way.