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ViaCAD Training Guide
ViaCAD Training Guide - The comprehensive guide for your CAD training The ViaCAD Training Guide is the ideal learning material for anyone who wants to deepen their knowledge of CAD modeling with ViaCAD. Whether you are a newcomer to the CAD world or already experienced and want to develop your skills further, this training guide provides you with a structured and detailed introduction to all key aspects of ViaCAD. The guide covers both the basics and advanced techniques, enabling you to create complex 2D and 3D models efficiently and accurately. Comprehensive training for beginners and advanced users The ViaCAD Training Guide is designed to appeal to users of all experience levels. Key topics include: 2D Drafting Fundamentals: learn the basic tools and techniques to create accurate and detailed 2D drawings. Introduction to 3D Modeling: Discover the first steps in 3D modeling and learn how to create and edit simple and complex 3D models. Advanced CAD techniques: Deepen your knowledge with advanced techniques and learn how to create complex geometries, surfaces and solid models. Efficient use of ViaCAD tools: Get detailed instructions on how to make the best use of the various tools and functions to optimize your workflow. Project-based learning methods: The guide includes a variety of project examples to help you practically apply what you have learned and reinforce your skills through hands-on exercises. Structured learning for maximum efficiency The ViaCAD Training Guide is divided into easy-to-understand chapters that help you to familiarize yourself with the software step by step. Each chapter builds on the previous one and guides you through the entire process of CAD modeling, from creating simple sketches to complex 3D modeling and final visualization. This structured approach allows you to effectively achieve your learning objectives and use the software to its full potential. Why the ViaCAD Training Guide is indispensable The ViaCAD Training Guide not only provides you with theoretical knowledge, but also valuable practical experience. The exercises and tutorials contained in the guide are designed to consolidate your skills and give you the confidence to tackle complex projects on your own. This guide is an indispensable tool for anyone who wants to succeed in the CAD world. Who is the ViaCAD Training Guide for? The ViaCAD Training Guide is perfect for: CAD newbies who need a thorough introduction to the software. Advanced users who want to expand and refine their knowledge. Professionals looking for structured and practical training materials to take their skills to the next level.
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Travel Pillow "Sleepy Head" - 1 item
Relaxing sleep without any tenseness or pressure - even away from home! Our Sleepy Head orthopaedic travel pillow has been specially designed for mobile needs and offers the same outstanding properties as our orthopaedic pillow. The orthopaedic design adapts perfectly to the shape of the head and shoulders to ensure optimum neck support and noticeably relax the muscles, even when travelling. Thanks to the compact design and lightweight material, it can be effortlessly stored in any luggage, whether for travel by airplane, train or car. The filling made of visco-elastic foam offers superb heat and moisture-regulating, anti-allergic and anti-mite properties. Cover: 100 % polyesterFilling: Visco-elastic foam, not washableDimensions: approx. 24x42x12 cm
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2D/3D Training Guide for TurboCAD Deluxe - Training
Master TurboCAD Deluxe The 2D/3D training guides for TurboCAD Deluxe provide everything you need to master TurboCAD Deluxe. This complete training program provides simple, step-by-step training in 4 tutorials that seamlessly take you from 2D drawing to 3D design. Perfect for individual or classroom study This program is designed for anyone who wants to learn 2D/3D design in TurboCAD Deluxe (Windows) in a self-paced, structured session format. It is also suitable for students learning CAD for the first time in the classroom, whether at school, college, university or other educational institution. Contents This complete training program covers all major 2D and 3D features in TurboCAD Deluxe. For more details, click on the "Key Features" tabs above. Key Features This training program is designed on a self-paced instructional basis, with each session providing detailed, highly illustrated step-by-step instructions on how to perform each task. A worksheet is provided at the beginning of each session, giving an overview of the commands used in the session. A printable drawing and a TurboCAD drawing example is provided for each session. The sessions provide a comprehensive audio-visual start-to-finish look at each task, allowing the user to clearly understand each topic. A comprehensive guide to commonly used 2D and 3D tools is provided with examples. Course Overview Learn everything you need to know to master 2D/3D design in TurboCAD Deluxe. This comprehensive course takes you from beginner to advanced in a single course. Introduction to all TurboCAD tools to get you on the fast track to creating 2D sketches through to 3D design. 4 (2D/3D) tutorials on engineering and architectural designs. Previews and session summaries for accurate progress review. Quick reference index to locate specific topics quickly. Downloadable samples for each session. Minimum System Requirements: Pentium IV Processor Internet Browser such as Fire Fox, Google Chrome, or Internet Explorer Microsoft® Windows ® XP with 512 MB RAM; Windows 7x or Windows 8x with 1 GB RAM 190 MB Free Hard Drive Space Super VGA (1024 x 768) display High Color (16 bit) graphics card
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3D Training Guide for TurboCAD Platinum - Training
Master 3D design with the 3D Training Guide for TurboCAD Platinum Welcome to the world of 3D design, where your imagination is the only limit. But wait, is it really the only limit? For many aspiring designers, the true test is mastering the software that brings those dreams to life. That's where IMSI Design comes in, a name known in the industry for its high-quality design software. Their latest offering? The 3D Training Guide for TurboCAD Platinum - Training , a comprehensive training program that guides you through all aspects of 3D design. But why should you choose it? Let's dive in! What makes the 3D Training Guide for TurboCAD Platinum so special? This training is not just another course. It's a journey where you will master the art of 3D design. Here are some of the highlights: Easy to get started: Beginners? No problem! The course starts from scratch. Hands-on projects: Learning by doing is the motto here. Professional tips: Learn tricks that would otherwise take Years to discover. Advantages of the 3D Training Guide for TurboCAD Platinum - Training Now that you have an overview, you may be asking yourself: "How does this benefit me specifically?" Here are a few benefits that will convince you: Accelerated learning : the course's structured approach will significantly speed up your learning process. Understanding complex concepts : Even the most complex 3D design concepts are made easy to understand. Marketable skills: Complete the course with skills that are in high demand in the job market. Why buy 3D Training Guide for TurboCAD Platinum - Training? If you are still hesitating, remember that investing in your training is the best investment you can make. Buying the 3D Training Guide for TurboCAD Platinum - Training means giving yourself the tools to not only compete, but to excel in the world of 3D design. Not convinced yet? Then consider that this course is specifically designed to teach you how to bring your vision to life with TurboCAD Platinum, one of the leading tools in the industry. The easiest way to learn two-dimensional computer-aided design with TurboCAD: The Work Sessions In each session, you'll find detailed, illustrated and video-animated instructions for a design project that follow a step-by-step, task-oriented structure. Each design is based on the recommended component assembly method for designing and constructing solids. Changes to each part are updated in real time via the Part Tree History. All designs are started and completed in the same session, allowing you to create multiple views of your drawings and produce print-ready layouts. What you will learn in this training manual This training manual has been developed to cover as wide a range of 3D tools as possible, with each tutorial session focusing on specific tasks. Some of the topics discussed and demonstrated in this manual include: A brief review of the TurboCAD user interface, editor and work environment, including the new ribbon menu. Setting up your design environment with commonly used palettes such as the Design Director, Drafting palette and Selection Info palette. A review of commonly used 2D sketching and modification tools to assist with profile creation. Understanding of Standard and isometric views, work planes and the user coordinate system. The handling of 3D objects is demonstrated, using the classic and conceptual selector. The creation, modification and extrusion of 2D open and closed profiles. 3D primitive objects such as 3D box, rotated box, wedge, sphere, hemisphere, torus, cone, cylinder, polygonal prism are discussed and demonstrated, including worked examples. 3D profile-based objects such as various extrusion methods, lofting and rotation tools are discussed and demonstrated, including worked examples. 3D Boolean faceting tools are...
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What is the relativistic description of linear motion in both directions?
In the relativistic description of linear motion in both directions, the concept of time dilation and length contraction plays a crucial role. As an object moves at relativistic speeds, its length contracts in the direction of motion, while time slows down for the moving object relative to a stationary observer. This means that an observer moving in one direction will experience time passing differently compared to an observer moving in the opposite direction. Additionally, the relativistic effects become more pronounced as the speed of the object approaches the speed of light.
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Why is uniform circular motion an accelerated motion?
Uniform circular motion is considered an accelerated motion because the direction of the velocity vector is constantly changing, even though the magnitude of the velocity may remain constant. This change in direction results in an acceleration towards the center of the circle, known as centripetal acceleration. This acceleration is necessary to keep an object moving in a circular path, and it is what distinguishes uniform circular motion from linear motion. Therefore, even though the speed may be constant, the change in direction of the velocity vector results in an acceleration, making uniform circular motion an accelerated motion.
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What is the theory of relativity for linear motion in both directions?
The theory of relativity for linear motion in both directions is based on the principle that the laws of physics are the same for all observers, regardless of their relative motion. This theory, proposed by Albert Einstein, states that the passage of time and the length of objects can be different for observers in relative motion. It also introduces the concept of time dilation and length contraction, where time appears to pass more slowly and lengths appear shorter for objects in motion compared to those at rest. Overall, the theory of relativity revolutionized our understanding of space, time, and motion.
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Is a circular motion a uniform or uniformly accelerated motion?
A circular motion is a uniformly accelerated motion. This is because the velocity of an object in circular motion is constantly changing as it moves around the circle, due to the change in direction of its velocity vector. This change in velocity indicates that the motion is not uniform, but rather uniformly accelerated. The acceleration in circular motion is directed towards the center of the circle and is called centripetal acceleration.
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2D Training Guide for TurboCAD Platinum - Training
Discover the world of 2D design with the 2D Training Guide for TurboCAD Platinum Imagine being able to put your creative ideas on paper with ease - or rather, on your screen. With the 2D Training Guide for TurboCAD Platinum from IMSI Design, this dream becomes a reality. This comprehensive training package guides you step by step through the fascinating world of 2D design. What you can expect The 2D Training Guide for TurboCAD Platinum is not just an ordinary course. It's a compass in the world of design, taking you from the basics to advanced techniques. Here's a little taste of what you'll learn: The basics of 2D design and how to take your first steps. How to master the TurboCAD Platinum interface and increase your productivity. Tips and tricks that will have you drawing like a pro. Benefits of the guide Why should you buy the 2D Training Guide for TurboCAD Platinum ? Here are just a few of the many benefits: Save time : learning faster means designing faster. Deepen your understanding: Understand not only "how" but also "why". Expand skills: Taking your design skills to the next level. How to get started Interested? Buying the 2D Training Guide for TurboCAD Platinum - Training is the first step. But what's the best way to get started? Here are a few tips: Set yourself clear learning goals. Practice regularly to consolidate what you have learned. Use the community - exchange ideas with other learners. The easiest way to learn 2D CAD with TurboCAD Each session includes detailed, illustrated and video-animated instructions for a drawing, based on a sequential, task-oriented structure. All drawings begin and end in the same session, allowing you to create print-ready layouts of your designs. What you will learn in this training guide Setting up a new drawing with templates. The TurboCAD user interface, including the ribbon workspace. Understanding palettes, toolbars and menus. Interacting with graphical information such as the status bar, inspector bar, coordinate boxes and information palettes. Utilizing the power of drawing tools such as layers, grids and snap modes. Sketching tools and the use of 2D line and circle geometry as well as curved lines and contours, Bézier curves and construction objects. Understanding the power of drawing and geometric constraints - powerful concept tools that apply measurement and spatial design rules to objects. Object handling, transformation, duplication and modification. Understanding the concepts of spatial information and how to draw with polar or rectangular coordinates, using absolute or relative coordinate positions. Extract measurement information from objects such as distance, perimeter, angle, area, curve length, volume and surface area. How to fully detail and annotate drawings using dimensions, tolerances, arrowheads and how to apply surface roughness symbols to annotation objects. Cross-hatching and single and multi-line text as well as text tables are also explained. Working with formatted and external objects such as groups, blocks and the library palette. Understanding the concepts of externally referenced source and target files and how to update all instances of externally referenced blocks in your drawing. Creating print-ready drawing layouts using viewports with multiple drawing scales and layering options. Architectural tools such as exterior and interior walls, doors, windows and roof tools are also discussed and demonstrated, including the use and application of different door and window styles. System Requirements This training program is installed on your hard drive and activated via a desktop shortcut. It will run on any laptop or PC under the following conditions: A browser such as Chrome, Firefox or Edge is required. An internet connection is required to view the media content and download the relevant drawing examples.
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ViaCAD Training Guide
ViaCAD Training Guide - The comprehensive guide for your CAD training The ViaCAD Training Guide is the ideal learning material for anyone who wants to deepen their knowledge of CAD modeling with ViaCAD. Whether you are a newcomer to the CAD world or already experienced and want to develop your skills further, this training guide provides you with a structured and detailed introduction to all key aspects of ViaCAD. The guide covers both the basics and advanced techniques, enabling you to create complex 2D and 3D models efficiently and accurately. Comprehensive training for beginners and advanced users The ViaCAD Training Guide is designed to appeal to users of all experience levels. Key topics include: 2D Drafting Fundamentals: learn the basic tools and techniques to create accurate and detailed 2D drawings. Introduction to 3D Modeling: Discover the first steps in 3D modeling and learn how to create and edit simple and complex 3D models. Advanced CAD techniques: Deepen your knowledge with advanced techniques and learn how to create complex geometries, surfaces and solid models. Efficient use of ViaCAD tools: Get detailed instructions on how to make the best use of the various tools and functions to optimize your workflow. Project-based learning methods: The guide includes a variety of project examples to help you practically apply what you have learned and reinforce your skills through hands-on exercises. Structured learning for maximum efficiency The ViaCAD Training Guide is divided into easy-to-understand chapters that help you to familiarize yourself with the software step by step. Each chapter builds on the previous one and guides you through the entire process of CAD modeling, from creating simple sketches to complex 3D modeling and final visualization. This structured approach allows you to effectively achieve your learning objectives and use the software to its full potential. Why the ViaCAD Training Guide is indispensable The ViaCAD Training Guide not only provides you with theoretical knowledge, but also valuable practical experience. The exercises and tutorials contained in the guide are designed to consolidate your skills and give you the confidence to tackle complex projects on your own. This guide is an indispensable tool for anyone who wants to succeed in the CAD world. Who is the ViaCAD Training Guide for? The ViaCAD Training Guide is perfect for: CAD newbies who need a thorough introduction to the software. Advanced users who want to expand and refine their knowledge. Professionals looking for structured and practical training materials to take their skills to the next level.
Price: 63.49 £ | Shipping*: 0.00 £
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How does the vertical motion occur in horizontal projectile motion?
In horizontal projectile motion, the vertical motion occurs due to the force of gravity acting on the object. While the object is moving horizontally, it is also being pulled downward by the force of gravity, causing it to follow a curved path. As a result, the object's vertical position changes over time, even though its horizontal velocity remains constant. This combination of horizontal and vertical motion results in the characteristic parabolic trajectory of a projectile.
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Is there a difference between the PS3 Move Motion Controller and the Navigation Controller?
Yes, there is a difference between the PS3 Move Motion Controller and the Navigation Controller. The Move Motion Controller is used for motion-sensing gameplay and tracks the player's movements in 3D space, allowing for more interactive and immersive gaming experiences. On the other hand, the Navigation Controller is used for controlling in-game movements and actions, providing more precise control over character movements in conjunction with the Motion Controller. Both controllers work together to enhance the overall gaming experience on the PS3.
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What is the difference between linear motion and uniform linear motion?
Linear motion refers to the movement of an object in a straight line, while uniform linear motion specifically refers to the movement of an object in a straight line at a constant speed. In linear motion, the object may change its speed or direction, whereas in uniform linear motion, the object maintains a constant speed and direction. Uniform linear motion is a specific type of linear motion that has a consistent velocity throughout the motion.
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What is the uniform motion and the uniformly accelerated motion here?
In the given scenario, the uniform motion refers to the car traveling at a constant speed of 60 km/h for 2 hours. This means the car is moving at a constant velocity without any change in speed or direction. The uniformly accelerated motion occurs when the car increases its speed from 60 km/h to 90 km/h in 10 seconds. This represents a constant acceleration, as the car's velocity is changing at a uniform rate over time.
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