lesson‚ students will: 1. identify the difference between compare and contrast by participating in class discussions. 2. demonstrate understanding of the compare and contrast strategy by visually representing information of given item in a Venn diagram with 80% accuracy. 3. generate ideas from the group activity and write their own individual (first draft) comparison and contrast paragraphs as modeled by the teacher. INSTRUCTIONAL RESOURCES (List of Materials‚ Charts‚ A/V Aids‚ etc.): writing
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‘Casehistory: Alison (head injury)’ Learning Objectives: - AO1: Respond to texts critically and imaginatively‚ select and evaluate textual detail to illustrate and support interpretations. - AO2: Explain how language‚ structure and form contribute to writers’ presentation of ideas‚ themes and settings. ( Pre-reading activity Here is a riddle for you… Who do you think would be ‘…my husband’s wife’? ______________________________________________________________ ___________
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Quality Guru- Kaoru Ishikawa Kaoru Ishikawa is a well-known quality guru. He is credited for the development of the seven quality control tools‚ including the cause and effect diagram; also known as the fishbone diagram. Ishikawa was born in Tokyo and was the oldest of eight sons. He attended university at the University of Tokyo and earned his Engineering Degree in Applied Chemistry; he later achieved his Doctorate of Engineering at the University of Tokyo. Ishikawa began work in the engineering
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A Project Report On WORKING OF LOGIC GATES SUBMITTED BY:- Shamil Choudhury ROLL__________ No_____________ Karimganj Junior College Of Science CONTENTS…….. TOPICS Page No 1. CERTIFICATE 1 2. INTRODUCTION 2 3. THEORY 3-4 4. EXPERIMENT 5-6 5. RESULTS 7 6. CONCLUSION. 7 7. ACKNOWLEDGEMENT 8 8. REFERENCE 9 INTRODUCTION A gate is a digital circuit that follows
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study * Which are the main conclusions you extract from Hank Kolb case? 1. What are the causes of the quality problems on the Greasex line? Display your answer on a fishbone diagram. Fishbone Diagram The groups of problems defined above are the materials for the fishbone diagram. Within this fishbone diagram we can see the cause and effect relationship and how these smaller problems lead to poor quality assurance as a whole 1. Problems with Suppliers Low quality supplies
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MGT 253 Final Exam Solution http://www.tutorialsguider.com/downloads/mgt-253-final-exam-solution/ MGT 253 Final Exam Solution Question 1 A fishbone diagram focuses on identifying the sources of quality problems encountered in a process. Question 2 What quality management tool shows that most of the time‚ 80% of quality problems are created by 20% of the sources of problems: Question 3 In project quality management‚ benchmarking helps to: Question
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factors with relation to certain conditions and frequency of occurrence. Ex.: In what applications the defect occurs? 3. Production Flow Diagram breaks production into stages and allows detecting the exact point of defect occurrence. Ex.: Is this a defect of material (problem has to be claimed to the supplier) or defect of our production? 4. Ishikawa Fishbone Diagram allowing identification of detailed causes of defective consequences developing from 5M: “man‚ material‚ measurement‚ machinery‚ methods”
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EE271 @ Thuy T. Le SJSU - EE EE271 Advanced Digital System Design & Synthesis Short Review of Sequential Circuits Let’s take 3 lectures to review this topic Appendix 2: Short Review of Sequential Circuits A.73 Overview Sequential circuits – state value at a given time depend on the history of the applied inputs and the current inputs The history of the inputs is represented by the state of the circuit – requires storage to store the state of the circuit. All sequential circuits
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order to become a lean organization. For instance‚ Toyota Company makes use of lean production and supply to improve their productivity and profitability. Above all‚ by implementing Six-Sigma philosophy and methodology such as DMAIC‚ Cause-and-Effect Diagram and Visual Management tools‚ Toyota is able to aid in the continuous improvement of its processes. Similarly‚ Six-Sigma helps Toyota’s processes to meet specifications and reduce variability in the assembly processes. Also‚ Toyota has its focus
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5.7 Necessity of D.C. Motor Starter At starting‚ when the motor is stationary‚ there is no back e.m.f. in the armature. Consequently‚ if the motor is directly switched on to the mains‚ the armature will draw a heavy current (Ia = V/Ra) because of small armature resistance. As an example‚ 5 H.P.‚ 220 V shunt motor has a full-load current of 20 A and an armature resistance of about 0.5 . If this motor is directly switched on to supply‚ it would take an armature current of 220/0.5 = 440 A which
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