Cycle time: Bottleneck| Cycle time = 1/Capacity rate | | Inventory = Throughput Rate x Flow Time | Little’s Law: I = R x T | Inventory Turns (IT) = 1 / Flow time (T) = R / I | BCWS = Budgeted Cost of Work Scheduled BCWC = Budgeted Cost of Work Complete |ACWC = Actual Cost of Work Complete | Cost Variance CV = BCWC – ACWC | Schedule variance SV = BCWC – BCWS | Utilization=Demand /CAPACITY| Inventory Buildup rate IBR|No IBR if no stations limits Throughput rate| Capacity rate = 1 / Cycle
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Introduction to Unified Modeling Language (UML) A computer program is typically a large‚ complex system composed of many different components. During the object-‐oriented system analysis and process‚ programmers must understand the requirements for the new computer program and determine the objects that should exist in
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assumptions in a Credit Card Sale System are: 1. The Customer and the Retailer have an account in the same bank. 2. Instead of the grid through which all the banks are connected the payment is processed by the bank for simplicity. E-R Diagram Tables and Primary Keys Normalization Forms The three normalization forms are 1. First normal form 2. Second normal form 3. Third normal form First normal form First normal form states that there should be no repeating elements
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Engineering Materials Week 6 9.7 Given here are the solidus and liquidus temperatures for the copper-gold system. Construct the phase diagram for this system and label each region. 9.22 For 5.7 kg of a magnesium-lead alloy of composition 50 wt% Pb-50 wt% Mg‚ is it possible‚ at equilibrium‚ to have α and Mg₂Pb phases with respective masses of 5.13 and 0.57 kg? If so‚ what will be the approximate temperature of the alloy? If such an alloy is not possible‚ then explain why. It is not possible. From
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ACKNOWLEDGEMENT We would like to express our sincerest appreciation and heartfelt gratitude to the following who in one way or another‚ made this research possible. Above all‚ to our almighty God‚ for giving us His divine providence through the course of this subject; for providing us with talents‚ enthusiasm‚ and strengths needed to accomplish this thesis. To our family and friends‚ who provided priceless love and support. To our adviser Prof Jayson R. Hermognes‚ for his unending patience
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The Environmental Lapse Rate Exercise A (Total = 12 marks) The heights of the temperature °c measurements are given in meters (m) Convert each of these to the appropriate height in Hectopascals (hPa): Height (m) Temperature°c Hectopacals (hPa) 0 22 1000 1500 18 850 3000 13 700 4000 7 600 5000 -15 500 6000 -22 400 7000 -36 300 8000 -41 200 8500 -49 150 9000 -58 100 a) Plot a simple graph to display these data (3 marks): see attached b) what does the graph tell you about
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Significance of the Study Student – This system can help for IT Students to learn basic information about their curriculum subjects and also to find more vocabulary words. Teachers – This system can help for Teachers to have some new ideas on how they teach there students to learn more about vocabulary words. Future Researchers – Any student that have the same study can help them to be there guide or references. Setting of the Study -This study is undertaken at Tomas Claudio Memorial College
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3/15/2013 3/15/2013 STUDENT ACCOUNT INFORMATION MANAGEMENT SYSTEM STUDENT ACCOUNT INFORMATION MANAGEMENT SYSTEM Submitted by: Michelle Aiko M. Castañeda Arian Pearl Bagangan Christian Ian Labsang Lady Lou Loluquisen Edmar Samortin Submitted to: Prof. Verdict Gonzales EXECUTIVE SUMMARY Students Account Information Management System is for the accountant to know if the students still have their balances. This also helps the
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1. Data Flow Diagram 3-1 2. Entity Relationship Diagram 3-1 3. Hierarchy Input Process Output 3-2 4. Current Data Flow of Little Town School and Office Supplies 3-2 5. Context DFD 3-3 5. Data Flow Diagram of the Proposed System 3-3 5. Level 0 DFD of the Proposed System 3-4 5. ERD of the Proposed System 3-5 5. HIPO Chart 3-8 1. File Diagram 3-8
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***********************8 Student number: ****************** Date of completion: 21/12/2012 Introduction The objective of this report is to illustrate the entire process of bringing an audio amplifier from a circuit diagram to a finished‚ working product. The basis of the amplifier will be the LM386 chip and as such‚ this will be looked at in further detail along with other technical features of the project. Aims and Objectives The overall objective of this project
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