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Unformatted text preview: h = holding cost per item c = variable cost per item When unknown demand is assumed normal with no underage or overage costs given, use: Step 1: Q(o) = Sqrt( 2*Lambda*K / h) F(D)(Ro) = 1 Q(o)*h / (Price of shortage per unit*Lambda) Step 2: Q(i) = Sqrt( 2*Lambda*[K+p*n(R(i-1))] / h) F(D)(Ri) = 1 Q(i)*h / (Price of shortage per unit*Lambda) If Qi approximately equals Q(i-1) or Ri approx. equals R(i-1), then stop and use those quantities for Q and R, otherwise, continue step 2 until this occurs. n(R) = expected # of shortages = *L(z) = *L((R-)/) L(z) can be looked up in Table A-4 R = + (1 Q*h/(p*lambda))* Safety Stock = s = Reordering Point Lambda * Lead Time Holding Cost Over Avg. Cycle = (Reordering Point Lambda * Lead Time + Q* / 2)*h*Q / Lambda p = penalty cost Shortage Cost Per Cycle = p*n(R)...
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- Spring '08