Ipad 1 specifications. Ipad cases and stands. Where to buy apple ipad in india
Specification by Example: How Successful Teams Deliver the Right Software
Specification by Example is an emerging practice for creating software based on realistic examples, bridging the communication gap between business stakeholders and the dev teams building the software. In this book, author Gojko Adzic distills interviews with successful teams worldwide, sharing how they specify, develop, and deliver software, without defects, in short iterative delivery cycles.
About the Technology
Specification by Example is a collaborative method for specifying requirements and tests. Seven patterns, fully explored in this book, are key to making the method effective. The method has four main benefits: it produces living, reliable documentation; it defines expectations clearly and makes validation efficient; it reduces rework; and, above all, it assures delivery teams and business stakeholders that the software that's built is right for its purpose.
About the Book
This book distills from the experience of leading teams worldwide effective ways to specify, test, and deliver software in short, iterative delivery cycles. Case studies in this book range from small web startups to large financial institutions, working in many processes including XP, Scrum, and Kanban.
Who Should Read this Book
This book is written for developers, testers, analysts, and business people working together to build great software.
Common process patterns
How to avoid bad practices
Fitting SBE in your process
50+ case studies
For additional resources go to specificationbyexample.com.
Table of Contents
Part 1 Getting started
Key process patterns
Initiating the changes
Part 2 Key process patterns
Deriving scope from goals
Illustrating using examples
Refining the specification
Automating validation without changing specifications
Evolving a documentation system
Part 3 Case studies
Iowa Student Loan
Sabre Airline Solutions
iPad Zeiss Ercona II
Onde encontramos a tecnologia mais avançada? Num iPad da Apple ou em uma câmera sessentona Ercona II da Zeiss? Não tenha dúvida: Em uma Zeiss Ercona. Bem conservada ou restaurada (como é da que usei na foto - outro ótimo trabalho de Jurgen Kreckel), produz fotos de altíssima qualidade a partir de uma elaboração e estrutura mecânica impecável, resistente a propagandas e modismos. Zeiss Ercona II: Lente: Carl Zeiss Jena Tessar f3.5 ~ 105mm T (revestida) Nr. 3978896 Formato: 120mm 6x6 ou 6x9 Obturador: Tempor Velocidade: Entre 1 seg. até 1/250 seg. + B Fabricação: 1956 iPad: O intuito da foto é apenas curiosidade. Não há sentido colocar especificações técnicas. Como todos sabem, foi lançado no Brasil com oito meses de atraso em relação à matriz. (((De qualquer forma, tem a mesma tecnologia que junta várias atividades da internet, incluindo a fotografia digital, mas ninguém sabe usar muito bem:))) Ainda é atual. Mas, diferente da câmera mecânica, por ser um produto primitivo (talvez por isso fascinante), estará superado em alguns meses, com a chegada da segunda geração. (Fabricação: 2010:) +++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ English Translation: Google Translate (Beta) +++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ Where to find the latest technology? In Apple's iPad or a camera nearly sixty years Ercona II Zeiss? Have no doubt: In a Zeiss Ercona. Well preserved or restored (as is the one I used in the photo - another great work of Jurgen Kreckel), produces high quality photos from an impeccable design and mechanical structure, resistant to ads and fads. Zeiss Ercona II: Lens: Carl Zeiss Jena Tessar 105mm f3.5 ~ T (coated) No. 3978896 Format: 6x6 or 6x9 120mm Shutter Timer Speed: From 1 sec. up to 1 / 250 sec. B + Manufacture: 1956 iPad: The purpose of the photo is just curiosity. There is no sense to put the technical specifications. As everyone knows, was released in Brazil with eight months of delay in relation to the array. (((Anyway, it has the same technology that brings together various Internet activities, including digital photography, but nobody knows how to use it well:))) Is still current. But unlike mechanical camera, being an original product (maybe it fascinating), will be overcome in a few months with the arrival of the second generation. (Manufacture: 2010:)1957-1960 Opel Olympia Rekord P I
The Opel Rekord P I had a slightly larger, more modern body with wraparound windscreen and rear screen, introducing to Germany the latest American fashion of two-tone paintwork. The standard model was sold as the Opel Olympia Rekord, while a reduced specification version was marketed simply as the Opel Olympia and widely known, less formally, as the "Bauern-Buick" (Peasant's Buick). A new base version with an 1196 cc engine appeared in 1959 badged more simply as the Opel 1200, and replacing the Opel Olympia. A semi-automatic gearbox ("Olymat") became available for model year 1959. Initially the car retained the 1488 cc, 45 hp (DIN) of its predecessor: this was complemented by a 1680 cc, 55 hp (DIN);L engine for model year 1960. The PI remained in production until 1960. 1958–59: 1488 cc, 45 hp (DIN). Available as two-door "Olympia" base model or more luxurious two-door "Olympia Rekord" and as three-door estate ("Caravan") and "delivery" van based on the saloon. Price in Germany: DM 5,785 to 6,845. 509,110 units were made. 1959: 1488 cc, 45 hp (DIN); on request 1680 cc, 55 hp (DIN). Also available as four-door saloon. Several refinements including padded dashboard, ignition lock, electrically driven windscreen wipers. The new base model "Opel 1200" replaced the former Olympia (1196 cc, 40 hp (DIN), DM 5,835); the 1200 remained in production until December 1962, while the P I was superseded in August 1960 by the Rekord P II. Price in Germany: DM 6,545 to 7,110. 307,000 units (P I) + 67.952 units (1200). In 1959–60, Autenrieth of Darmstadt, Germany converted P I two-door sedans to coupés and cabriolets, in very limited numbers. Prices were DM 9,380 for the coupé and DM 11,180 for the convertible. General data: Wheelbase 100 in (2,540 mm) Length 174.9 in (4,442 mm) Width 63.6 in (1,615 mm) Height 58.7 in (1,491 mm) Kerb weight 2,010 lb (910 kg)-2,210 lb (1,000 kg) Top speed 74 mph (119 km/h)–82 mph (132 km/h). (Source Wikipedia)
Galvanized steel wire rope with 1x7 standard construction is commonly used in large diameters in guy wire for bracing and stability, and for messenger support (1/8 inch and above), and electrical strand applications. In smaller diameters, it is used as fishing leaders and line. Galvanized steel wire rope is coated with a thin layer of zinc that protects underlying material from corrosion and provides rust resistance. This strong material remains ductile over long work periods, and has a higher breaking strength than stainless steel. 1x7 strand core is a single-strand construction that has one strand of wire rope with seven wires in each strand, formed helically around a strand core. 1x7 strand core is a common type that offers some abrasion resistance for ease of operation. This wire rope can be used in both large and small diameters for a wide range of applications.Similar posts:
Wire rope, also called wire cable, is an assembly of wire strands formed helically around a central core. It is used for pulling, lifting, rigging, hoisting, and motion-control applications most commonly found in the manufacturing, marine, oil, mining, fiber-optics, aircraft, automotive accessory, and construction industries. A combination of characteristics including material, finish, construction, diameter, length, and breaking strength combines to give each rope its performance ability. Wire rope materials are selected for properties such as strength, elasticity, conductivity, and chemical- and weather-resistance. For strength purposes, most wire rope is made of bright (uncoated or bare) wire. However, it is also produced in a variety of finishes, such as polypropylene (PE), vinyl (PVC), or nylon. These coatings can increase overall durability and strength, and allow for specific use. The breaking strength for wire rope is the strength at which new wire rope will fail under a stationary load. Breaking strength is not considered safe working load (SWL) limit.
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