Products related to Energy:
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African Energy Worlds in Film and Media
Can you imagine a post-petroleum world? African Energy Worlds in Film and Media joins energy humanists committed to undoing our deep dependence on fossil fuels and advancing equitable energy transitions by advancing this vision with a spotlight on African perspectives. African cinema is a rich and varied medium for investigating the entanglements and social embeddedness of energy with global modernity and for imagining a world that leaves fossil fuels behind for unrealized green energy futures.African Energy Worlds in Film and Media shows us how African cinema makes sensible the energetic aspects of life in the ecological mesh that is planet Earth and grounds us in the everyday of the postcolonial, bringing attention to the enduring legacies of racism and colonialism that unevenly distribute energy-related violence and risk and amplifying Africans' demands for access to the energy networks that undergird modernity.With a focus on feature, documentary, and arthouse films, including canonical films by Ousmane Sembène and Djbril Diop Mambety and new work by emergent directors Nelson Makengo and Djo Tunda Wa Munga, author Carmela Garritano examines how these stories depict an array of energy sources from mineral extraction to wind and the by-products of these energy processes, like plastic and electronic waste. Situated at the intersection of film studies, African studies, and energy humanities, African Energy Worlds in Film and Media analyzes the political, social, and economic dimensions of global energy forms and systems as represented in African cinema.
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African Energy Worlds in Film and Media
Can you imagine a post-petroleum world? African Energy Worlds in Film and Media joins energy humanists committed to undoing our deep dependence on fossil fuels and advancing equitable energy transitions by advancing this vision with a spotlight on African perspectives. African cinema is a rich and varied medium for investigating the entanglements and social embeddedness of energy with global modernity and for imagining a world that leaves fossil fuels behind for unrealized green energy futures.African Energy Worlds in Film and Media shows us how African cinema makes sensible the energetic aspects of life in the ecological mesh that is planet Earth and grounds us in the everyday of the postcolonial, bringing attention to the enduring legacies of racism and colonialism that unevenly distribute energy-related violence and risk and amplifying Africans' demands for access to the energy networks that undergird modernity.With a focus on feature, documentary, and arthouse films, including canonical films by Ousmane Sembène and Djbril Diop Mambety and new work by emergent directors Nelson Makengo and Djo Tunda Wa Munga, author Carmela Garritano examines how these stories depict an array of energy sources from mineral extraction to wind and the by-products of these energy processes, like plastic and electronic waste. Situated at the intersection of film studies, African studies, and energy humanities, African Energy Worlds in Film and Media analyzes the political, social, and economic dimensions of global energy forms and systems as represented in African cinema.
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Energy Cycle - Collector's Edition Content DLC Steam CD Key
Energy Cycle Collector's Edition Content includes: Artbook "How we made art for Energy Cycle" (12 Pages) Pack of exclusive "Energy Cycle" wallpapers Random memories (Photo album)
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Energy Cycle - Collector's Edition Content DLC Steam CD Key
Energy Cycle Collector's Edition Content includes: Artbook "How we made art for Energy Cycle" (12 Pages) Pack of exclusive "Energy Cycle" wallpapers Random memories (Photo album)
Price: 0.52 € | Shipping*: 0.00 GBP €
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Which anime streaming platform has the most extensive content?
As of now, Crunchyroll is considered to have the most extensive content when it comes to anime streaming platforms. It offers a wide range of anime series and movies, including popular titles and lesser-known gems. With a vast library of both subbed and dubbed content, Crunchyroll caters to a diverse audience of anime fans. Additionally, Crunchyroll continues to expand its offerings through partnerships and collaborations with various anime studios.
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Are there energy drinks without caffeine content?
Yes, there are energy drinks available that do not contain caffeine. These drinks are often marketed as caffeine-free or decaffeinated energy drinks. They typically use alternative ingredients such as vitamins, amino acids, and natural extracts to provide an energy boost without the use of caffeine. Some people prefer caffeine-free energy drinks for various reasons, such as sensitivity to caffeine or wanting to avoid its stimulating effects.
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What is the energy content of compressed air?
The energy content of compressed air is typically measured in terms of its pressure and volume. The energy stored in compressed air is potential energy, which can be released and converted into kinetic energy to perform work. The energy content of compressed air can be calculated using the ideal gas law, which relates the pressure, volume, and temperature of the air. The energy content of compressed air can be used in various applications such as pneumatic tools, air compressors, and energy storage systems.
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Which energy drink has the highest caffeine content?
The energy drink with the highest caffeine content is Bang Energy, which contains 300 mg of caffeine per 16 fl oz can. This is significantly higher than other popular energy drinks such as Red Bull (80 mg per 8.4 fl oz can) and Monster (160 mg per 16 fl oz can). It's important to consume high-caffeine energy drinks in moderation and be aware of their potential health risks.
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Streaming Media Rearview Mirror HD Night Vision Dual Lens Full Screen Reversing Video Recorder
Streaming Media Rearview Mirror HD Night Vision Dual Lens Full Screen Reversing Video Recorder
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Screens Producing & Media Operations : Advanced Practice for Media Server and Video Content Preparation
Media servers have established themselves as the dominant video playback tool for live events; however, the practice of delivering content to these systems and the structure of the media operations team is still evolving.This book outlines a workflow for video content delivery and describes team communication that can be applied to any entertainment production including: television specials, concert touring, corporate events, theater, as well as special events, film, large audience marketing events, and multi-screen permanent installations.This workflow is hardware and software independent, designed to evolve with future technologies as they become established in the field of multi-screen production, and has been proven professionally by the author and her peers over a decade of productions.The methodology presented will provide insights beneficial to students and current practitioners of media server technology, screens producers, and video content developers.Using real world examples of internationally recognized productions, a foundation is laid for best practices in Media Operations. Additional content, including full-color versions of the images inside the book, is available online.
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Thermal Energy Storage in Porous Media : Design and Applications
Thermal Energy Storage in Porous Media: Design and Applications introduces the new design concepts and operation strategies for the core part of heat and mass transfer in thermal energy storage tanks.With a strong focus on design, operation and optimization, the book presents the latest advances in thermal energy storage.Opening with an introduction to latent heat thermal storage, the book then discusses porous media enhanced thermal storage classifications, methods and characterizations.Subsequent topics include energy charging/discharging system design, numerical simulation models and verification, and an analysis of various melting/solidification laws. Finishing with a detailed presentation of applications and containing case studies and real-world examples throughout, this is an essential read for graduate students, researchers and engineers interested in thermal engineering, energy systems, and renewable energy.
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Media & Entertainment Law
Now in its fifth edition, this textbook combines comprehensive coverage with rigorous analysis of a key area of the law.The author illuminates how the courts strive to strike a balance between the freedoms and responsibilities of the press on the one hand and an individual’s right to privacy on the other. Maintaining its coverage of the law across the UK (including Scotland and Northern Ireland) and the EU, the new edition has been brought up to date with expert insights into significant developments and judgments, including: the impact of changes in intellectual property law, data protection, GDPR and copyright law post Brexit – including the cases of Schrems II and Ed Sheeran; analysis of new case law and developments in privacy and freedom of the media – including Duchess of Sussex (Meghan Markle) v The Mail on Sunday and ZXC v Bloomberg; the introduction of new Scottish defamation laws and the importance of defamatory meaning; the response to disinformation, fake news and social media – including tweeting jurors and contempt. With a variety of pedagogical features to encourage critical thinking, this unique textbook is essential reading for media and entertainment law courses at undergraduate and postgraduate levels and an insightful resource for students and reflective practitioners of journalism, public relations and media studies.
Price: 39.99 £ | Shipping*: 0.00 £
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What is the difference between the energy content of gas according to Wikipedia and the energy content of gas suppliers?
According to Wikipedia, the energy content of gas is typically measured in terms of British thermal units (BTUs) or joules per cubic meter. This measurement represents the amount of heat energy produced when the gas is burned. On the other hand, gas suppliers often provide the energy content of gas in terms of the calorific value, which is the amount of heat produced by the complete combustion of a specific quantity of gas. This value is important for determining the efficiency and cost-effectiveness of using gas for heating and other purposes. While both sources provide information about the energy content of gas, the specific measurements and units used may vary.
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What entertainment media and entertainment electronics are available?
There is a wide range of entertainment media and electronics available, including streaming services like Netflix, Hulu, and Amazon Prime for watching movies and TV shows. Additionally, there are gaming consoles such as PlayStation, Xbox, and Nintendo Switch for playing video games. Other entertainment electronics include smart TVs, sound systems, and virtual reality headsets for an immersive experience. Furthermore, there are also e-readers and audiobook services for those who enjoy reading and listening to books.
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How do you calculate the energy content of dishes?
To calculate the energy content of dishes, you can use the following formula: Energy content (in calories) = Total grams of protein x 4 + Total grams of carbohydrates x 4 + Total grams of fat x 9. This formula takes into account the different macronutrients present in the dish and their respective calorie values per gram. By adding up the calories from protein, carbohydrates, and fat, you can determine the total energy content of the dish. It's important to note that this calculation provides an estimate of the energy content and may vary slightly based on factors like cooking methods and ingredient variations.
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How do I calculate the energy content in kcal?
To calculate the energy content in kilocalories (kcal), you can use the following formula: Energy content (kcal) = grams of substance x specific energy value (kcal/gram). First, determine the specific energy value of the substance you are interested in (e.g. carbohydrates have 4 kcal/gram, proteins have 4 kcal/gram, and fats have 9 kcal/gram). Then, multiply the grams of the substance by its specific energy value to find the energy content in kcal. This calculation can be used to determine the energy content of various foods and nutrients.
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