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Biomedical engineers design things like pacemakers, artificial joints, MRI machines, and other technology that makes our lives healthier and happier. This presentation is most suitable for grades 4-6. Presenters use team activities to help students realize that biology is much more than looking at cells through a microscope. carry. They will try to answer the question How can we design a better book bag? Then, the children will learn how doctors look inside people to find out what goes on inside a person’s body. They will learn how X-rays, CAT scans, and surgery are used and then work through an interactive team exercise in which they will try to make their own “X-ray images”. Learning Keys: scientific method, human body, ergonomics, health & safety, measurement. Table of content: Using This Manual, Overview: 1. Purpose 2. Tips for a successful outreach experience 3. Presentation Format 4. Before the presentation 5. The presentation 6. After the presentation. Presentation Guidelines, 1. Setting up 2. Introduction (optional ice-breaker) 3. Presentation Modules A. Ergonomic Backpack Design B. X-ray Fundamentals. COnclusion, Presentation Tools and Kit Inventory, Handouts For Ergonomic Module, Resources for Teachers and Students.
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This manual is meant only as a guide and will not completely prepare you to give this presentation. In order to deliver this presentation effectively you must practice and have a strategy. Think about the purpose of this presentation and understand your audience. To use this guide, read the first section, which gives some basic goals and theory behind the K-12 Outreach program. This information will be useful and might help you determine what things you should prepare for. The next section in the guide is a basic outline that explains the content of each portion of the presentation. The third section explains the presentation and what each section should try to accomplish. The final section contains the kit inventory and an appendix with reference materials for you and for your audience members. The goal for this presentation is to introduce school children to chemical engineering in a fun and interactive way. The fundamental idea is that the chemical composition of a material affects its behavior. The chemicals involved are common ones: water, dish detergent, and glycerin. The material is one of every kid’s favorites: bubble solution. The challenge is to associate the fun of playing with bubble solution with chemical engineering.
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Engine Specification for Yamaha R1 : Engine Engine type Liquid cooled 4-stroke, DOHC Displacement 998.0 cm³ Cylinder arrangement Forward-inclined parallel 4-cylinder Bore × stroke 78.0 × 52.2 mm (3.07 × 2.06 in) Compression ratio 12.70 : 1 Standard compression pressure (at sea level) 1480 kPa/350 r/min (14.8 kgf/cm²/350 r/min, 210.5 psi/350 r/min) Minimum–Maximum 1290–1660 kPa/350 r/min (12.9–16.6 kgf/cm²/ 350 r/min, 183.5–236.1 psi/350 r/min) Starting system Electric starter. Yamaha R1 2009 service manual document contain complete service procedure for the vehicle, this book have table of content as follow: General Information, specifications, periodic checks and adjustment, chassis, engine, cooling system, fuel system, electrical system, troubleshooting guide. Cooling system diagram, cable routing, Periodic Maintenance guide, Engine inspection, removal, assembly and disassembly, transmission and many more. This service manual is available to download in pdf format consist of 526 pages.
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The Oracle Database Application Developer’s Guide - Fundamentals describes basic application development features of Oracle Database 10g. Information in this guide applies to features that work the same on all supported platforms, and does not include system-specific information. Oracle Database Application Developer’s Guide - Fundamentals is intended for programmers developing new applications or converting existing applications to run in the Oracle Database environment. This book will also be valuable to systems analysts, project managers, and others interested in the development of database applications. This guide assumes that you have a working knowledge of application programming, and that you are familiar with the use of Structured Query Language (SQL) to access information in relational database systems. Certain sections of this guide also assume a knowledge of the basic concepts of object-oriented programming. Introduction to Application Development Features of Oracle Database. Programmatic Environments: Overview of Developing an Oracle Database Application, Overview of PL/SQL, Overview of Java Support Built Into the Database, Overview of Pro*C/C++, Overview of Pro*COBOL, Overview of OCI and OCCI Overview of Oracle Data Provider for .NET (ODP.NET), Overview of Oracle Objects for OLE (OO4O), Choosing a Programming Environment. Part 2 Designing the Database, Chapter 2, “Selecting a Datatype”, Chapter 3, “Maintaining Data Integrity Through Constraints”, Chapter 4, “Selecting an Index Strategy”, Chapter 5, “How Oracle Database Processes SQL Statements”, Chapter 6, “Coding Dynamic SQL Statements”, Chapter 7, “Using Procedures and Packages”, Chapter 8, “Calling External Procedures”. Part 3 The Active Database, Chapter 9, “Using Triggers”, Chapter 10, “Working With System Events”, Chapter 11, “Using the Publish-Subscribe Model for Applications”. Developing Specialized Applications: Chapter 12, “Using Regular Expressions With Oracle Database”, Chapter 13, “Developing Web Applications with PL/SQL”, Chapter 14, “Porting Non-Oracle Applications to Oracle Database 10g”, Chapter 15, “Using Flashback Features”, Chapter 16, “Using Oracle XA with Transaction Monitors”.
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This tutorial will teach you how to create 3d model using AutoCAD 2009, you can also learn step by step function and command. Chapter 1 3D Interface. Workspaces AutoCAD workspaces are sets of menus, toolbars and dockable windows (such as the Properties palette, DesignCenter, and the Tool palettes window) that are grouped and organized so that you can work in a custom, task-oriented drawing environment. Preset 3D Viewports, Named Views, Steering Wheel, Steering Wheel Settings, VPOINT Command (Tripod), VPOINT Command (Rotate), DDVPOINT, Plan View, Chapter 2 Thickness and Elevation,Thickness Command, Change Existing Thickness, Chapter 3 Visualizing Your Model, HIDE Command, Visual style, Chapter 4 Z Coordinates, Chapter 6 3D Orbit, Chapter 7 3D Navigation, Chapter 8 3D Model Objects, Chapter 9 2D Solids and 3D Faces, Chapter 10 Basic 3D Surfaces, Chapter 11 Complex Surfaces, Chapter 12 Creating Solids, Chapter 13 3D Edits, Chapter 14 Solid Composites, Chapter 15 Modifying Solid Faces, Chapter 16 Editing Solids, Chapter 17 Sections and Flat Objects from 3D Models, Chapter 18 Introduction to Rendering, Chapter 19 Materials, Chapter 20 Lights, Chapter 21 Render Environments and Background, Chapter 22 Advanced Render Commands. This guide available to download in pdf files consist of 228 pages.
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This tutorial will demonstrate how to use a spline cage to help model an organic creature out of polygons and/or subdivision surfaces in MAYA. A spline cage is a representation of a 3d surface made out of splines, or curves. Modeling with a spline cage is useful for several reasons: It makes modeling quicker and easier by giving you a template to form the pollies around, It helps make a more accurate model by serving as an intermediate step between 2d drawing and 3d modeling, It forces good topology because the NURBS circles used to make the spline cage follow the flow of good poly edge loops, It makes revisions of the model easier because NURBS curves have far fewer points that even the lightest poly meshes. The next step is to trace the features of the orthographic drawings using NURBS curves. Create NURBS curves by navigating create?>cv curve tool. Your best bet at this stage is to start with a very rough level of detail (silhouette and major features first). That way you can make adjustments to the rough shapes in 3d without having to go back and redo stuff. Once the elements are traced, position them in 3d by moving the CVs in place. You can very quickly start to see that the 3d model is going to look like, which is pretty sweet. At this point, you should tweak the curves to make them look good in 3d. Track around your model and make sure the silhouette reads well and the proportions look good. Feel free to get away from the way the orthos were shaped to make it look good. From this point on, the orthos will pretty much only
be used for reference.
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Complete part listing for Mitsubishi Lancer 1997-2002, the part list included as follow: A/C heater/ventilation, A/C refrigerant capacities, ABS/brakes, air bag system, air cleaner, back window, center console, clear coat identification, cooling, cowl and dash, cruise control system, electrical, emission system, engine.trans, engine/trans mounts,exhaust, front bumper, front door, front drive axle, front fender, front inner structure, front lamps, front seats, front steering linkage/gear, front suspension, fuel tank, grille, hood, information labels, instrument panel,luggage lid, rear suspension, rear door, rear seat, steering pump, sunroof, wheel, windshield etc.
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New Features in PL/SQL for Oracle Database 10g, PL/SQL performance is improved across the board. Most improvements are
automatic, with no action required from you. Global optimization of PL/SQL code is controlled by the PLSQL_OPTIMIZE_LEVEL initialization parameter. The default optimization level improves performance for a broad range of PL/SQL operations. Most users should never need to change the default optimization level. Overview of PL/SQL, Understanding the Main Features of PL/SQL, Advantages of PL/SQL,Processing Queries with PL/SQL, Fundamentals of the PL/SQL Language, Tight Integration with SQL, PL/SQL Architecture In the Oracle Database Server and in Oracle tools, PL/SQL Naming Conventions, Scope and Visibility of PL/SQL Identifiers, PL/SQL Datatypes, PL/SQL Character and String Types, PL/SQL National Character Types, Overview of PL/SQL Subtypes, Using PL/SQL Control Structures, Using PL/SQL Collections and Records, Performing SQL Operations from PL/SQL, Performing SQL Operations with Native Dynamic SQL, Using PL/SQL Subprograms, Handling PL/SQL Errors, Tuning PL/SQL Applications for Performance, Guidelines for Avoiding PL/SQL Performance Problems, Avoiding Memory Overhead in PL/SQL Code, Profiling and Tracing PL/SQL Programs, Reducing Loop Overhead for DML Statements and Queries (FORALL, BULK COLLECT), Retrieving Query Results into Collections with the BULK COLLECT Clause, Sample PL/SQL Programs. This complete reference guide is available to download in pdf format consist of 492 pages.
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Accessing Diagnostic Trouble Codes: Turn ignition switch to OFF position Locate Data Link Connector (DLC), next to fuse box. Connect voltmeter positive lead to DLC terminal #1 and Negative lead to terminal #12 (ground). Turn Ignition switch to ON position. codes are read out by 12 volt pulses of voltmeter. A constant repetition of short pulses is normal. Signals will appear on voltmeter a long and short 12 volt pulses. long pulses represent tens short pulses represent ones (4 long pulses and 3 short pulses indicates code 43). Set the ignition switch to “ON”, the Malfunction Indicator (check engine) Lamp will illuminate for a particular duration and a certain number of times. Clear the trouble codes by disconnecting the vehicle battery negative terminal for 16 seconds or longer. Code 13 The Lamp will illuminate one time for approximately 0.5 second. This will represent one unit of ten. Code 23 The Lamp will illuminate two times for approximately 0.5 second with approximately 0.3 second delay between deflections. Clearing Trouble Codes Diagnostic trouble codes may be cleared by disconnecting the battery ground cable for at least 20 seconds. 10000 Oxygen Sensor. 01000 Crank Angle Sensor. 11000 Air Flow Sensor. 00100 Atmospheric Pressure Sensor. 10100 Throttle Position Sensor. 01100 Motor Position Sensor. 11100 Engine Coolant Temperature Sensor. 00010 No. 1 Cylinder TDC Sensor.
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MATLAB, which stands for MATrix LABoratory, is a state-of-the-art mathematical software package, which is used extensively in both academia and industry. It is an interactive program for numerical computation and data visualization, which along with its programming capabilities provides a very useful tool for almost all areas of science and engineering. Unlike other mathematical packages, such as MAPLE or MATHEMATICA, MATLAB cannot perform symbolic manipulations without the use of additional Toolboxes. It remains however, one of the leading software packages for numerical computation. This tutorial will guide you to learn about: MATLAB Basic, The basic features, Vectors and matrices, Built-in functions, Plotting. Programming in MATLAB, M-files: Scripts and functions, Loops, If statement, Additional Topics, Polynomials in MATLAB, Numerical Methods,Closing Remarks and References.

The real power of MATLAB is the ease in which you can manipulate your vectors and matrices. For example, to subtract 1 from every entry in the matrix A we type » A-1. Another important operation that MATLAB can perform with ease is “matrix division”. If M is an invertible† square matrix and b is a compatible vector then x = M\b is the solution of M x = b and x = b/M is the solution of x M = b. Let us illustrate the first of the two operations above with M = B and b = t. There are many times when we want to perform an operation to every entry in a vector or matrix. MATLAB will allow us to do this with “element-wise” operations. For example, suppose you want to multiply each entry in the vector s with itself. In other words, suppose you want to obtain the vector s2 = [s(1)*s(1), s(2)*s(2), s(3)*s(3)].
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