Dynamism is a concept that has several meanings. One is a concept pertaining to objects and the material world. The other is a social culture philosophy. the specific meanings can be found below. Dynamism - Metaphysics. Dynamism is term of philosophy and science coined by Gottfried Leibniz (1646—1716) and developed into a full system of cosmology. The Dynamism idea in metaphysical cosmology explains the material world in terms of active, pointlike forces, with no extension but with action at ...

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Dynamism - Metaphysics Dynamism - Futurism Dynamism - Libertarianism Dynamism - Electronics Retailer

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Dynamism, Dynamism - Metaphysics, Dynamism - Futurism, Dynamism - Libertarianism, Dynamism - Electronics Retailer

Read more here: » Dynamism: Encyclopedia II - Dynamism - Libertarianism

Dynamism is term of philosophy and science coined by Gottfried Leibniz (1646—1716) and developed into a full system of cosmology. The Dynamism idea in metaphysical cosmology explains the material world in terms of active, pointlike forces, with no extension but with action at a distance Dynamism describes that what exists are simple elements, or for Leibniz, monads, and groups of elements which have only the essence of forces. It was developed as a reaction against the passive view of matter in philisophical mechanism. Interaction between elements takes place without contact, through modes or even harmonics of motion, ...

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Dynamism, Dynamism - Metaphysics, Dynamism - Futurism, Dynamism - Libertarianism, Dynamism - Electronics Retailer

Read more here: » Dynamism: Encyclopedia II - Dynamism - Metaphysics

A study by Brian Marsden in 1967 was the first attempt to trace back the orbital history of the group to identify the progenitor comet. All known members of the group up until 1965 had almost identical orbital inclinations at about 144°, as well as very similar values for the longitude of perihelion at 280–282°, with a couple of outlying points probably due to uncertain orbital calculations. A greater range of values existe ...

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Kreutz Sungrazers, Kreutz Sungrazers - Discovery and historical observations, Kreutz Sungrazers - Notable members, Kreutz Sungrazers - The Great Comet of 1843, Kreutz Sungrazers - The Eclipse Comet of 1882, Kreutz Sungrazers - The Great Comet of 1882, Kreutz Sungrazers - Comet Ikeya-Seki, Kreutz Sungrazers - Dynamical history and evolution, Kreutz Sungrazers - Current observations, Kreutz Sungrazers - Future of the Kreutz Sungrazers

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The first comet whose orbit had been found to take it extremely close to the Sun was the Great Comet of 1680. This comet was found to have passed just 200,000 km (0.0013 AU) above the sun's surface, equivalent to about half the distance between the Earth and the Moon. It thus became the first known sungrazing comet. Its perihelion distance was just 1.3 solar radii. (That is, it missed the sun by just 0.3 solar radius.) To an observer on the comet, the Sun would subtend an angle of over 80° in the sky; it would appear 27,000 times larger and brighter than when viewed from Earth, and woul ...

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Kreutz Sungrazers, Kreutz Sungrazers - Discovery and historical observations, Kreutz Sungrazers - Notable members, Kreutz Sungrazers - The Great Comet of 1843, Kreutz Sungrazers - The Eclipse Comet of 1882, Kreutz Sungrazers - The Great Comet of 1882, Kreutz Sungrazers - Comet Ikeya-Seki, Kreutz Sungrazers - Dynamical history and evolution, Kreutz Sungrazers - Current observations, Kreutz Sungrazers - Future of the Kreutz Sungrazers

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The brightest members of the Kreutz Sungrazers have been spectacular objects, easily visible in the daytime sky. The three most impressive have been the Great Comet of 1843, the Great Comet of 1882 and Comet Ikeya-Seki. Another very notable Kreutz Sungrazer was the Eclipse Comet of 1882. Kreutz Sungrazers - The Great Comet of 1843. The Great Comet of 1843 was first noticed in early February of that year, just over three weeks before its perihelion passage. By February 27 it was easily visible in the daytim ...

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Kreutz Sungrazers, Kreutz Sungrazers - Discovery and historical observations, Kreutz Sungrazers - Notable members, Kreutz Sungrazers - The Great Comet of 1843, Kreutz Sungrazers - The Eclipse Comet of 1882, Kreutz Sungrazers - The Great Comet of 1882, Kreutz Sungrazers - Comet Ikeya-Seki, Kreutz Sungrazers - Dynamical history and evolution, Kreutz Sungrazers - Current observations, Kreutz Sungrazers - Future of the Kreutz Sungrazers

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Until recently, it would have been possible for even a very bright member of the Kreutz Sungrazers to pass through the inner solar system unnoticed, if its perihelion occurred between about May and August. At this time of year, as seen from Earth, the comet would approach and recede almost directly behind the sun, and could only become visible extremely close to the sun if it became very bright. Only a remarkable coincidence between the perihelion passage of the Eclipse Come ...

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Kreutz Sungrazers, Kreutz Sungrazers - Discovery and historical observations, Kreutz Sungrazers - Notable members, Kreutz Sungrazers - The Great Comet of 1843, Kreutz Sungrazers - The Eclipse Comet of 1882, Kreutz Sungrazers - The Great Comet of 1882, Kreutz Sungrazers - Comet Ikeya-Seki, Kreutz Sungrazers - Dynamical history and evolution, Kreutz Sungrazers - Current observations, Kreutz Sungrazers - Future of the Kreutz Sungrazers

Read more here: » Kreutz Sungrazers: Encyclopedia II - Kreutz Sungrazers - Current observations

Climate models use quantitative methods to simulate the interactions of the atmosphere, oceans, land surface, and ice. They are used for a variety of purposes from study of the dynamics of the weather and climate system to projections of future climate. The most talked-about models of recent years have been those relating air temperature to emissions of carbon dioxide (see greenhouse gas). These models predict an upward trend in the surface temperature record, as well as a mor ...

Including:

Climate model - Zero-dimensional models Climate model - Radiative-Convective Models Climate model - Energy Balance Models Climate model - EMIC's Earth-system Models of Intermediate Complexity Climate model - GCM's Global Climate Models or General circulation models Climate model - Climate models on the web

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Microsoft Visual Studio - Visual Studio 97. Microsoft first released Visual Studio in 1997, bundling together many of its programming tools for the first time. Visual Studio 97 was released in two editions, Professional and Enterprise. It included Visual Basic 5.0 and Visual C++ 5.0, primarily for Windows programming; Visual J++ 1.1 for Java and Windows programming; and Visual FoxPro 5.0 for xBase programming. It introduced Visual InterDev for creating dynamically generated web sites using Active Server Pages. A snapshot of the Mic ...

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Microsoft Visual Studio, Microsoft Visual Studio - History, Microsoft Visual Studio - Visual Studio 97, Microsoft Visual Studio - Visual Studio 6.0, Microsoft Visual Studio - Visual Studio .NET 2002, Microsoft Visual Studio - Visual Studio .NET 2003, Microsoft Visual Studio - Visual Studio 2005, Microsoft Visual Studio - Future versions, Microsoft Visual Studio - Add-ins

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At present 10 instruments have been selected for development or production for MSL: Mars Science Laboratory - Mars Science Laboratory Cameras. All cameras are being developed by Malin Space Science Systems; all share common design components such as on-board electronic imaging processing boxes and 1600x1200 color CCDs. MastCam: This system will provide multiple spectra and true color imaging with two-camera stereoscopic vision (3D). True-color are at 1200x1200 pixels and up to 10 frames ...

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Mars Science Laboratory, Mars Science Laboratory - Mission News, Mars Science Laboratory - MSL Specifications, Mars Science Laboratory - Proposed scientific payload, Mars Science Laboratory - Mars Science Laboratory Cameras, Mars Science Laboratory - ChemCam, Mars Science Laboratory - Alpha-particle X-ray spectrometer APXS, Mars Science Laboratory - CheMin, Mars Science Laboratory - Sample Analysis at Mars Instrument Suite SAM, Mars Science Laboratory - Radiation Assessment Detector RAD, Mars Science Laboratory - Dynamic of Albedo Neutrons DAN, Mars Science Laboratory - Rover Environmental Monitoring Station REMS, Mars Science Laboratory - Power source, Mars Science Laboratory - Landing system, Mars Science Laboratory - Future of MSL

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The rover will probably be powered by radioisotope thermoelectric generators (RTGs). Solar power is not an efficient power source for Mars surface operations and was only used on Mars Pathfinder and MER because of politically imposed flight restrictions on RTGs. Solar power systems cannot operate effectively at high Martian latitudes, in shaded areas, nor in dusty conditions. Furthermore, it cannot provide power at night, thus limiting the ability of the rover to keep its systems warm, reducing the life expectancy of electronics. RTGs can pr ...

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Mars Science Laboratory, Mars Science Laboratory - Mission News, Mars Science Laboratory - MSL Specifications, Mars Science Laboratory - Proposed scientific payload, Mars Science Laboratory - Mars Science Laboratory Cameras, Mars Science Laboratory - ChemCam, Mars Science Laboratory - Alpha-particle X-ray spectrometer APXS, Mars Science Laboratory - CheMin, Mars Science Laboratory - Sample Analysis at Mars Instrument Suite SAM, Mars Science Laboratory - Radiation Assessment Detector RAD, Mars Science Laboratory - Dynamic of Albedo Neutrons DAN, Mars Science Laboratory - Rover Environmental Monitoring Station REMS, Mars Science Laboratory - Power source, Mars Science Laboratory - Landing system, Mars Science Laboratory - Future of MSL

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MSL will be set down on the Martian surface using a new NASA high-precision entry, descent, and landing (EDL) system that will place it within ten kilometers of an intended target, in contrast to the 150-kilometer error of previous landing systems used on Mars. The rover is folded up within an aeroshell which protects it during the travel through space and during the entry at Mars. Much of the reduction of the landing precision error is accomplished by an atmospheric entry guidance algorithm, similar to that used by the astronauts returning ...

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Mars Science Laboratory, Mars Science Laboratory - Mission News, Mars Science Laboratory - MSL Specifications, Mars Science Laboratory - Proposed scientific payload, Mars Science Laboratory - Mars Science Laboratory Cameras, Mars Science Laboratory - ChemCam, Mars Science Laboratory - Alpha-particle X-ray spectrometer APXS, Mars Science Laboratory - CheMin, Mars Science Laboratory - Sample Analysis at Mars Instrument Suite SAM, Mars Science Laboratory - Radiation Assessment Detector RAD, Mars Science Laboratory - Dynamic of Albedo Neutrons DAN, Mars Science Laboratory - Rover Environmental Monitoring Station REMS, Mars Science Laboratory - Power source, Mars Science Laboratory - Landing system, Mars Science Laboratory - Future of MSL

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The concept of dynamical system has its origins in Newtonian mechanics. There, as in other natural sciences and engineering disciplines, the evolution rule of dynamical systems is given implicitly by a relation that gives the state of the system only a short time into the future. (The relation is either a differential equation or difference equation.) To determine the state for all future times requires iterating the relation many times—each advancing time a small step. The iteration procedure is referred to as solving the system or ...

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Dynamical system, Dynamical system - Overview, Dynamical system - Basic definitions, Dynamical system - Linear dynamical systems, Dynamical system - Flows, Dynamical system - Maps, Dynamical system - Local dynamics, Dynamical system - Rectification, Dynamical system - Near periodic orbits, Dynamical system - Conjugation results, Dynamical system - Bifurcations, Dynamical system - Ergodic systems, Dynamical system - Chaos theory, Dynamical system - Formal definition, Dynamical system - Geometrical definition, Dynamical system - Measure theoretical definition, Dynamical system - Examples of dynamical systems

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In order for DSDM to be a success, a number of prerequisites need to be realized. First there needs to be interactivity between the project team, future end users and higher management. This addresses well known failures of IS development projects due to lack of top management motivation and/or user involvement. A second important prerequisite for DSDM projects is the decomposability of the project. The possibility of decomposition into smaller parts enables the iterative and incremental properties of DSDM. It is even possible to create seve ...

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Dynamic Systems Development Method, Dynamic Systems Development Method - Principles of DSDM, Dynamic Systems Development Method - Prerequisites for using DSDM, Dynamic Systems Development Method - The Phases of DSDM, Dynamic Systems Development Method - Phase 1: The Pre-Project, Dynamic Systems Development Method - Phase 2: The Project life-cycle, Dynamic Systems Development Method - Phase 3:, Dynamic Systems Development Method - Post-project, Dynamic Systems Development Method - List of concepts used, Dynamic Systems Development Method - Iterative and Incremental Nature, Dynamic Systems Development Method - Critical Success Factors of DSDM, Dynamic Systems Development Method - Meta-model Meta-Modeling, Dynamic Systems Development Method - Comparison to other IS Development Methods

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Futures education has been around for almost four decades. Beginning in the US in the 1960s, it has now been developed in many different countries. Futures education can employ the use of concepts, tools and processes that allow students to think long term, consequentially, and imaginatively. It generally helps students to:(a) conceptualise more just and sustainable human and planetary futures, (b) develop knowledge and skills in exploring probable and preferred futures, (c) understand the dynamics and influence that human, social and ecolog ...

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Futures studies, Futures studies - Terminology, Futures studies - Scope, Futures studies - History, Futures studies - History by region, Futures studies - Key concepts, Futures studies - Creating alternative futures, Futures studies - Mega-trends, Futures studies - Trend babies, Futures studies - Branching trends, Futures studies - Life style of a trend, Futures studies - Other guidelines for thinking about the future, Futures studies - Methodologies, Futures studies - Futures techniques, Futures studies - Predictions of and about the future, Futures studies - Near-term predictions, Futures studies - Practitioners, Futures studies - Futures Education, Futures studies - Research centres, Futures studies - Key thinkers, Futures studies - Publications, Futures studies - Books, Futures studies - Organizations

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Simulation and modelling are computer-based tools developed to represent reality. They are widely used to analyse behaviours and to understand processes. Models allow demonstration of past changes as well as the examination of various transformations and their impact on each other and other considered factors. They can help to understand the connections between factors and events and to examine their dynamics. Simulation is a process that represents a structure and change of a system. In simulation some aspects of reality are duplicat ...

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Futures techniques, Futures techniques - Anticipatory thinking tutures, Futures techniques - Causal layered analysis CLA, Futures techniques - Environmental scanning, Futures techniques - Morphological analysis, Futures techniques - Scenario planning, Futures techniques - Delphi method, Futures techniques - Future history, Futures techniques - Monitoring, Futures techniques - Backcasting eco-history, Futures techniques - Back-view mirror analysis, Futures techniques - Cross-impact analysis, Futures techniques - Futures workshops, Futures techniques - Failure mode and effects analysis, Futures techniques - Futures biographies, Futures techniques - Futures wheel, Futures techniques - Relevance tree, Futures techniques - Simulation and modelling, Futures techniques - Social network analysis, Futures techniques - Systems engineering, Futures techniques - Trend analysis, Futures techniques - Adaptive role-playing

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In 2004, Lockheed Martin, General Dynamics and Raytheon submitted preliminary designs to the Navy. It was decided to produce two vessels each of the Lockheed Martin design (LCS-1 and LCS-3) and of the General Dynamics design (LCS-2 and LCS-4). After these are brought into service, and experience has been gathered on the usability and efficiency of the designs, the future design for the class will be chosen. This may be a straight decision to use one or the other design in whole, or a c ...

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Littoral combat ship, Littoral combat ship - Development and Funding

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Mirai Trunks is from a future alternate timeline, where the evil Android 17 and Android 18 are using the Earth as a playground, destroying what they wish (which basically counts as everything, as the world is considered nothing more than a pile of trash to them in their careless perspective), and shaping the world as they see fit, due to being the strongest beings at the time. In this alternate future, Vegeta died in the fight against the Androids, along with all of the Z Fighters apart from Son Gohan, who is Trunks' first mentor and martial arts teacher, but is eventually killed by the immoral, dynamic duo, which is what, i ...

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Future Trunks, Future Trunks - Mirai Trunks timeline, Future Trunks - Androids- Perfect Cell Sagas

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Visual Studio has a facility for developers to write extensions (or add-ins) for Visual Studio to extend its capabilities. These add-ins "plug into" Visual Studio and offer some benefits not available from Visual Studio itself. For example, some add-ins offer optimized builds or enhanced programming tools or other rapid application development features. Some of the more popular add-ins include: Xoreax Software's IncrediBuild Whole Tomato Software's Visual Assist Joshua Jensen's Workspace Whiz JetBrains' ...

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Microsoft Visual Studio, Microsoft Visual Studio - History, Microsoft Visual Studio - Visual Studio 97, Microsoft Visual Studio - Visual Studio 6.0, Microsoft Visual Studio - Visual Studio .NET 2002, Microsoft Visual Studio - Visual Studio .NET 2003, Microsoft Visual Studio - Visual Studio 2005, Microsoft Visual Studio - Future versions, Microsoft Visual Studio - Add-ins

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The Doom 3 engine added several new features absent in the Quake III engine that preceded it. These included bump mapping, normal mapping, and specular highlighting. More features were added in the development of later games. However, in future games using the Doom 3 engine, new features were added or are planned to be added soon. Doom 3 engine - Real-Time Dynamic Lighting and Shadows. The primary innovation of the Doom 3 engine was its use of entirely dynamic per-pixel lighting. Whereas previously, 3D eng ...

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Doom 3 engine, Doom 3 engine - History, Doom 3 engine - Features, Doom 3 engine - Real-Time Dynamic Lighting and Shadows, Doom 3 engine - Lip-Synchronization, Doom 3 engine - MegaTexture rendering technology, Doom 3 engine - Further Planned Extensions, Doom 3 engine - Games powered by the Doom 3 engine, Doom 3 engine - Games powered by the Doom 3 engine with MegaTexture Technology, Doom 3 engine - Games powered by the latest version of the Doom 3 engine

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