SAMPLE EXAMINATION The purpose of the following sample examination is to provide an example of what is provided on exam day by ASQ‚ complete with the same instructions that are provided on exam day. The test questions that appear in this sample examination are retired from the CSSBB pool and have appeared in past CSSBB examinations. Since they are now available to the public‚ they will NOT appear in future SSBB examinations. This sample examination WILL NOT be allowed into the exam room.
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1. Draw the network diagram (use activity on the node). 2. Explain how you determined the timing of activities and the total float. From the work of Field and Keller (1998)‚ there are some relationships among EST‚ EFT‚ LST‚ LFT‚ duration and TF in an activity-on-node. (See Table 1) Meanwhile‚ there are some types of dependency‚ but finish-to-start lag is normal one. In the network diagram drawn‚ it uses the finish-to-start relationship. Earliest Finish Time(EFT) = Earliest Start Time(EST)
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the Question Paper. Additional Materials: Geometrical instruments READ THESE INSTRUCTIONS FIRST Write your Centre number‚ candidate number and name on all the work you hand in. Write in dark blue or black pen. You may use a pencil for any diagrams or graphs. Do not use staples‚ paper clips‚ highlighters‚ glue or correction fluid. DO NOT WRITE IN ANY BARCODES. Answer all questions. If working is needed for any question it must be shown in the space below that question. Omission of essential
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realized the importance of the quality control methods that were introduced to his country by W.E Deming and J.R Juarn. He applied those methods to work with his country’s industries. Ishikawa developed the “quality circles”‚ the cause and effect diagram‚ and the importance of the seven quality tools. In addition‚ he wrote several books that explained statistics to the nonspecialist which one was the Guide to Quality Control. Another book he wrote was how to Operate QC Circle Activities which is based
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1. Demonstrate the usage of quality concept by explaining the impact of quality on the business performance of this organisation. Your discussion shall address the following aspects: (a) Describe the business operation and service provided by the organisation. H&M was founded in 1947 by Erling Persson‚ now it is a global fashion brand. Today the H&M offers fashion for everyone under the banner of H&M groups. They currently have over 3200 stores in over 54 markets around the globe and employed
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[pic] Advanced Research IBMS 201 Norvin Brooks 0805963 Matu Zeggai 0804850 Dominique Pouw 0805427 Floyd van Joost 0785318 Table of contents |Intro + Ch. 1 |3 - 5 | |Ch. 2 |5 - 11 | |Ch. 3 |12 - 13 | |Ch. 4 |14 - 18 | |Ch. 5 |19
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services now Fish-bone diagram in Manufacturing industry Main causes could be :: Manpower Machines‚ Material and Methods Fish-bone diagram in Service industry Main causes could be : Equipments Policies People Procedures • Step 1 Identify the problem State the exact problem you face. Write the problem on the line drawn across the paper horizontally from the box. This arrangement‚ looks like the head and spine of the fish Drawing a Fishbone Diagram Spine Topic Name Effect
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I NEED JUST HELP IN PROJECT SPECIFICATION PART PLEASE .ABOUT THE CASE DIAGRAM I HOPE YOU WILL SENDBY TODAY .tHANKS CIS3011 Project: Design a Mobile Application Choose your type of App The first thing your project team needs to do is decide which type of Mobile Application you wish to design. Please read this entire document carefully before making your decision. All Mobile Applications‚ regardless of which type they are‚ will be required to provide the same types of information for
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DETAILED DESIGN REPORT 1.0 Functional Design 1.1 System Configuration -how would you configure your system‚ you may use images 1.2 Detailed UML Integration Diagram -use sequence diagram not collaboration diagram 1.3 Class Diagram 2.0 Technical Design 2.1 Database 2.1.1 Relational Database 2.1.2 Database Schema 2.1.2.1 Data Dictionary 2.1.2.1.1 tbl_user Field | Type | Null | Description | User_id
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Exercise 1 Binary Solid-Liquid Diagram CHEM 112.1 – 2L Group 2 I. Data and Results Table 1.1 Break and arrest temperature of diphenylamine-naphthalene mixture. Table 1.1. Mole fraction of naphthalene‚ χB‚ and corresponding arrest and break temperature at each run. Run number | Mole Fraction‚XB | Ave. break temperature‚ ˚C | Ave. arrest temperature‚ ˚C | 1 | 1 | 72 | 35.4375 | 2 | 0.868388 | 72 | 35.4375 | 3 | 0.725218 | 62 | 35.4375 | 4 | 0.568895 | 49 | 35.4375
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