Answer:6 kanban containers are needed
Explanation: Using the formula
Number of kanban containers =( dL + S)/C
Where
Average demand, d = 200
Lead time, L = 2 days
Safety stock is 1 day, S = 200 units
Quantity in containers, C = 100
Number of kanban containers = dL + S/C
= (200 x 2 + 200)/ 100 =400+200/100
= 600/100 = 6
Therefore 6 kanban containers are needed
Dupe's present age = 14 years
Olu's present age = 11 years
Explanation:
- Let Dupe's age be x. Let Olu's age be y. Since their ages add up to 25 years, x + y = 25
- Eight years ago Dupe's age was double that of Olu's age. Solving by simultaneous equations. Four methods are Elimination Method, Graphical Method, Substitution Method, and Matrix Method. Let us try out Elimination method for solving a pair of simultaneous linear equations that reduces one equation to one that has only a single variable. Once this has been done, the solution is the same as that for when one line was vertical or parallel.
- Therefore, eight years ago, Dupe's age was 6 and Olu's age was 3 so that x=2y becomes, 6=2*3. Eight years hence, x=6+8=14 and y=3+8=11. That makes, x or Dupe's age as 14 years and y or Olu's age as 11 years.
This is the answer⬇️
customer relationship management (CRM). Hope is helpful. Peace✌️
Answer:
Option B. It is unrealistic
Explanation:
The reason is that the people have different likes which means we will never see 100 percent acceptance from the customers which might in the way of rejecting the offer of Gary. So the assumption that 50,000 cab drivers will purchase its product is truly optimistic which in other words is unrealistic assumption. So the option B is correct.
Option A is incorrect because the assumption is less qualitative as it doesn't relies on realistic assumption.
The cab drivers sales are relevant here but the sales assumption was unrealistic (Highly optimistic assumption) so the option C and D are incorrect.
Option E is also incorrect because the sales to cab drivers can be measure by initially directly selling 1000 cell phone to 1000 cab drivers which will give an actual idea of sales units expected, which means it is measurable.
Answer:
Value of closing inventory = $ 28,125.00
Explanation:
To value inventory, we multiply the cost per equivalent unit of production (cost per EUP) by the the number of equivalent units(EUP) for each of the cost element.
So the value of the closing inventory, is determined as follows:
Value of inventory = cost per E.U.P × number of E.U.P
Material = $2.50 × 4,500 = 11,250.00
Labour and overhead= $3.75 × 4,500 = 16,875.00
Total amount of work in progress
= 11,250 + 16, 875
= $ 28,125.00
