Question: PA 1 3 - 5 ( Algo ) Teddy Bower is an outdoor clothing and accessories chain... Teddy Bower is an outdoor clothing and accessories

PA 13-5(Algo) Teddy Bower is an outdoor clothing and accessories chain...
Teddy Bower is an outdoor clothing and accessories chain that purchases a line of parkas at $10 each from its Asian supplier, TeddySports. Unfortunately, at the time of the order placement, demand is still uncertain: Teddy Bower forecasts that its demand is normally distributed with a mean of 1,800 and a standard deviation of 1,500. Teddy Bower sells these parkas at $22 each. Unsold parkas have little salvage value; Teddy Bower simply gives them away to a charity (and also doesnt collect a tax benefit for the donation). Use Table 13.4.
Note: Do not round intermediate calculations. If a part of the question specifies whether to use Table 13.4, or to use Excel, then credit for a correct answer will depend on using the specified method.
What is the probability this parka turns out to be a dog, defined as a product that sells less than half of the forecast? Use Excel.
Note: Round your answer to 4 decimal places.
How many parkas should Teddy Bower buy from TeddySports to maximize expected profit? Use Table 13.4 and the round-up rule.
Note: Enter your answer as a whole number.
If Teddy Bower orders 2,750 parkas, what is the in-stock probability? Use Excel.
Note: Round your answer to 4 decimal places.
If Teddy Bower orders 2,750 parkas, what is expected leftover inventory? Use Table 13.4 and the round-up rule.
Note: Round your answer to 2 decimal places.
If Teddy Bower orders 2,750 parkas, what is expected sales? Use your result from Part d.
Note: Round your answer to 2 decimal places.
If Teddy Bower orders 2,750 parkas, what is expected profit? Use your results from Part d and Part e.
Note: Round your answer to 2 decimal places.
How many parkas should Teddy Bower order to ensure a 98.5% in-stock probability? how many parkas should Teddy Bowers order? Use Table 13.4.
TABLE 13.4
The Distribution , F(Q), and Expected Inventory, I(Q), Functions for the Standard Normal Distribution
Function
z F(z) I(z)
-4.00.00000.0000
-3.90.00000.0000
-3.80.00010.0000
-3.70.00010.0000
-3.60.00020.0000
-3.50.00020.0001
-3.40.00030.0001
-3.30.00050.0001
-3.20.00070.0002
-3.10.00100.0003
-3.00.00130.0004
-2.90.00190.0005
-2.80.00260.0008
-2.70.00350.0011
-2.60.00470.0015
-2.50.00620.0020
-2.40.00820.0027
-2.30.01070.0037
-2.20.01390.0049
-2.10.01790.0065
-2.00.02280.0085
-1.90.02870.0111
-1.80.03590.0143
-1.70.04460.0183
-1.60.05480.0232
-1.50.06680.0293
-1.40.08080.0367
-1.30.09680.0455
-1.20.11510.0561
-l.10.13570.0686
-1.00.15870.0833
-0.90.18410.1004
-0.80.21190.1202
-0.70.24200.1429
-0.60.27430.1687
-0.50.30850.1978
-0.40.34460.2304
-0.30.38210.2668
-0.20.42070.3069
-0.10.46020.3509
0.00.50000.3989
0.10.53980.4509
0.20.57930.5069
0.30.61790.5668
0.40.65540.6304
0.50.69150.6978
0.60.72570.7687
0.70.75800.8429
0.80.78810.9202
0.90.81591.0004
1.00.84131.0833
1.10.86431.1686
1.20.88491.2561
1.30.90321.3455
1.40.91921.4367
1.50.93321.5293
1.60.94521.6232
1.70.95541.7183
1.80.96411.8143
1.90.97131.9111
2.00.97722.0085
2.10.98212.1065
2.20.98612.2049
2.30.98932.3037
2.40.99182.4027
2.50.99382.5020
2.60.99532.6015
2.70.99652.7011
2.80.99742.8008

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