Answer
Economic order quantity will be 447.21
Explanation:
We have given monthly demand = 10000 units
We know that 1 year = 12 month
So Annual demand (D) = monthly demand × 12 months = 10000 × 12 = 120000 units
Cost of transistor = $5 per unit
Monthly Holding cost = 10% of cost = 10% of $5 = $0.50
So annual holding cost (H) = monthly holding cost × 12 = $0.50 × 12 = $6
Setup cost(S) = $5
We know that economic order quantity is given by
Economic order quantity = 
Answer:
a) attached below
b) stable equilibria = x = 0.1 , x = 0.8
unstable equilibria = other value except 0.1 , 0.8
c) 0.5 , 0.6
Explanation:
Benefit of using the local roads = 1 + 8x - 9x^2
Benefit of using the free way = 3.6
a) Attached below is the required graph
<u>b) Determine The possible equilibrium traffic patterns from the graph </u>
stable equilibria : x = 0.1 , x = 0.8 ( this id because at these given value the benefits of using either routes is equal )
unstable equilibria : every other value of X except 0.1 and 0.8
<u>c) Determine the value of x that maximizes the total benefit to the population</u>
The value of X that maximizes the total benefit to the population = 0.5 and 0.6
attached below is the detailed solution
Answer:
$0.9
Explanation:
Data provided in the question:
Earnings after taxes = $108,750
Interest expense for the year = $20,000
Preferred dividends paid = $18,750
Common dividends paid = $30,000
Common stock outstanding = 100,000 shares
Now,
Earning available on common stock
= Earnings after taxes - Preferred dividends paid
= $108,750 - $18,750
= $90,000
Therefore,
Earnings per share on the common stock
= Earning available on common stock ÷ Common stock outstanding
= $90,000 ÷ 100,000
= $0.9
Answer:
1.90
Explanation:
Calculation for how many cells that the company require to satisfy predicted demand
Using this formula
Numbers of cell=Projected annual demand/Annual capacity per cell
Based on the information given we were told that Annual demand is 50,000 units in which it is forecasted that within 2 years it will tripple which means that Annual demand will be calculated as:
Projected annual demand = 50,000*2 years
Projected annual demand=100,000
Let plug in the formula
Numbers of cell=100,000÷(220 units/day × 238 days/year)
Numbers of cell=100,000÷52,360
Numbers of cell=1.90
Therefore the amount of cells that the company require to satisfy predicted demand will be 1.90