Determine the annual holding and order costs. (Do not round any intermediate cal
ID: 421123 • Letter: D
Question
Determine the annual holding and order costs. (Do not round any intermediate calculations. Round your final answers to 2 decimal places.)
Assume a price break of $60 per order was offered for purchase quantities of 2,100 units per order. If you took advantage of this price break, how much would you save annually? (Do not round any intermediate calculations (including number of setups per year). Round your final answer to 2 decimal places.)
rev: 02_29_2016_QC_CS-29489, 03_02_2016_QC_CS-29489, 03_08_2016_QC_CS-29489
Item cost $ 10.00 Standard deviation of weekly demand 20 per week Order cost $ 207.00 Lead time 3 weeks Annual holding cost (%) 24 % of item cost Service probability 90 % Annual demand 24,300 Average demand 486 per weekExplanation / Answer
D = annual demand = 24,300
S = ordering cost = $207
H = carrying cost per unit per annum = $10 x 24% = $2.4
EOQ = Q* = (2.D.S / H)1/2 = SQRT(2*24300*207/2.4) = 2047
L = average lead time = 3 weeks
s = std. dev. of weekly demand = 20
d = average weekly demand = 486
Z = NORMSDIST(0.90) = 0.816
Safety stock = Z. s. SQRT(L) = 0.816*20*SQRT(3) = 28
Holding cost for cycle stock = (Q*/2) x H = (2047/2)*2.4 = $2456.4
Holding cost for safety stock = 28 x 2.4 = $67.2
Total holding cost = $2456.4+$67.2 = $2523.6
Total ordering cost = (D/Q*) x S = (24300/2047) x 207 = $2457.3
So, the naswer for (b)
Annual holding cost (without considering safety stock) = $2456.4
Annual holding cost (with safety stock) = $2523.6
Annual ordering cost = $2457.3
Total cost (without safety stock) = $2456.4 + $2457.3 = $4913.7
(c)
S = $207 - $60 = $147
Q = 2100
Holding cost (without safety stock) = (Q/2) x H = (2100/2) x 2.4 = $2520
Ordering cost = (D/Q) x S = (24300/2100) x 147 = $1701
Total cost = $2520+$1701 = $4221
So, savings = $4913.7 - $4221 = $692.7
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