Answer:
A.) 270 units (b.) Increase
Explanation:
Given the following :
Annual demand (A) = 2870
Working days = 205
Review period (P) = 16 working days
Lead time (L) = 2 working days
Standard deviation (σ) = 6 per working day
Service probability = 76%
Therefore, z = NORMSINV(0.76) = 0.71
Average demand (D) = 2870 / 205 = 14
Optimum target level, (S) is given by the relation:
D×(P+L) + z×σ×√(P+L)
14×(16+2) + 0.71×6×√(16+2)
(14×18) + 4.26 × √18
252 + 4.26*4.242
252 + 18.07
= 270.07 units = 270 units
B) If service probability increases to 97%, Z will automatically increase, hence a corresponding increase in the optimal target level.
E
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True.
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Answer:
-1.33
Explanation:
Cross price elasticity of demand measures the responsiveness of quantity demanded of good X to changes in price of good Y.
Cross price elasticity of demand = percentage change in quantity demanded of good X / percentage change in price of good Y
Percentage change in quantity demanded = (1700 / 1350) - 1 = 0.2593 = 25.93%
Percentage change in price = (1.65 / 2.05) - 1 = -0.1951 = -19.51%
25.93% / -19.51% = -1.33
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Answer and Explanation:
The computation is shown below;
1. The willing amount to pay for the promise should be less than $20 that represents the time value of money
2. Now the present value is
= Received amount × discounting factor at 6% for 3 years
= $1,000 × 0.839
= $839
3. Now the interest rate is
As we know that
Future value = Present value × (1 + rate of interest)^number of years
$1,000 = $863.84 × (1 + rate of interest)^3
rate of interest =5% approx