Other books that might interest you

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  Python for Beginners -...

  Alexa Campbell

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  Python is one of the most powerful computer programming languages of all time, for several reasons we’ll discuss in the first section. The syntax is simple to learn and use and, compared to other programming languages, you often don’t need to write so much code. The sheer simplicity of the language helps programmers write more and develop programs that are more complex in less time. 
  This guide provides all you need to master the basics of programming with Python. I have kept it deliberately simple – it is a quick-start guide, after all. I have provided plenty of coding examples to show you how the syntax works, too, along with a guide on installing Python on Windows, Mac, and Linux systems. I finish with some useful tips on helping you to code better. 
  By the end of the guide, you will have a deeper understanding of the Python language, a stepping stone from which to take your learning further. 
  Please note that we are using Python 3 in this guide, not Python 2, as many similar guides do. 
  Are you ready to become a computer programmer? Let’s get started on this wonderful journey.

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  Designing Distributed Systems -...

  Brendan Burns

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  Every distributed system strives for reliability, performance, and quality, but building such a system is hard. Establishing a set of design patterns enables software developers and system architects to use a common language to describe their systems and learn from the patterns and practices developed by others. 
   
   
   
  The popularity of containers and Kubernetes paves the way for core distributed system patterns and reusable containerized components. This practical guide presents a collection of repeatable, generic patterns to help guide the systems you build using common patterns and practices drawn from some of the highest performing distributed systems in use today. These common patterns make the systems you build far more approachable and efficient, even if you've never built a distributed system before. 
   
   
   
  Author Brendan Burns demonstrates how you can adapt existing software design patterns for designing and building reliable distributed applications. Systems engineers and application developers will learn how these long-established patterns provide a common language and framework for dramatically increasing the quality of your system. This fully updated second edition includes new chapters on AI inference, AI training, and building robust systems for the real world.

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  DAY TRADING STRATEGIES - Proven...

  John Taylor

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  "Day Trading Strategies: Proven Techniques for Maximizing Profits in Day Trading" is your essential guide to understanding and implementing effective strategies for navigating the fast-paced and dynamic world of day trading. This book equips you with the knowledge and tools to develop a successful day trading approach and maximize your trading profits. 
  Inside this comprehensive guide, you'll discover:Day Trading Fundamentals: A clear and concise introduction to the foundational principles and terminology of day trading.Technical Analysis: Insightful guidance on leveraging technical indicators and chart patterns to identify profitable trading opportunities.Risk Management Techniques: Strategies for managing risks, setting stop-loss orders, and implementing effective risk management plans.Leverage and Margin Trading: Explorations of leveraging techniques and margin trading strategies, including their benefits and risks.Trading Psychology: Techniques for cultivating a disciplined mindset, managing emotions, and making rational trading decisions.Scalping and Momentum Trading: Strategies for scalping and momentum trading, including tips for identifying entry and exit points for quick profits.Real-Time Trading Simulations: Practical exercises and simulations to apply your newfound knowledge and refine your day trading skills. 
  "Day Trading Strategies" is more than just a book; it's your roadmap to becoming a successful day trader in the fast-paced world of financial markets. 
  Unlock the potential of day trading and elevate your trading journey with this invaluable resource and click the “Buy Now” button right now!!! 
   

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  The Dark Energy Puzzle - Piecing...

  Dirk Fallon

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  In the late 1990s, astronomers made a discovery that completely changed our understanding of the universe. While studying distant supernovae to measure how fast the universe was expanding, researchers expected to see signs that the expansion was slowing down due to gravity. Instead, they found the opposite—the expansion was speeding up. This unexpected observation pointed to something completely unknown, an unseen force that counteracts gravity and drives galaxies apart at an accelerating rate. That force was given the name "dark energy." 
  The term "dark" doesn't mean this energy is black or shadowy, but rather that it's unknown and mysterious. Scientists still don’t know what it really is, only that it seems to make up around 68 percent of the total energy in the universe. That’s a huge amount, especially considering that everything we can see—stars, planets, gas, dust—makes up less than 5 percent. The rest is made of dark matter, another unknown component, but dark energy is even more puzzling. It doesn’t clump like matter does, and it seems to be spread evenly through space. 
  Astronomers began piecing this together by observing Type Ia supernovae, which are exploding stars that always reach roughly the same brightness. Because of that consistency, they can be used like cosmic measuring sticks. When scientists looked at supernovae that were billions of light-years away, they saw that those objects were dimmer than expected. That meant they were farther away than predicted, and the only explanation was that the universe had expanded more than anyone thought. It wasn’t just expanding—it was accelerating.

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  Hydrology - Water's Journey in...

  Mike Crawford

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  The water cycle, also known as the hydrological cycle, is a continuous and dynamic process that moves water throughout the Earth's atmosphere, surface, and underground reservoirs. This cycle plays a vital role in sustaining ecosystems, regulating climate, and supporting human life. Water undergoes various transformations as it moves through different stages, driven by the energy of the sun and the force of gravity. 
  One of the fundamental processes of the water cycle is evaporation, where water from oceans, lakes, rivers, and even soil turns into water vapor due to heat from the sun. Plants also contribute to this process through transpiration, where they release moisture from their leaves into the air. Together, these processes add significant amounts of water vapor to the atmosphere. As the air rises and cools, this vapor undergoes condensation, forming clouds composed of tiny water droplets or ice crystals. 
  When these droplets combine and become heavy enough, precipitation occurs in the form of rain, snow, sleet, or hail. Precipitation is the primary way water returns to the Earth's surface, replenishing water bodies and providing essential moisture for plant and animal life. Depending on the terrain and environmental conditions, this water can take several different paths. Some of it infiltrates into the ground, recharging underground aquifers in a process known as groundwater recharge. Other portions of the water flow overland as surface runoff, eventually collecting in rivers, lakes, and oceans. This runoff helps shape landscapes by eroding and transporting sediments over time.

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  The Evolution of Urban Planning...

  Lyric Vale

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  Urban planning is the process by which cities, towns, and other urban spaces are designed, organized, and managed. It is a field that encompasses various aspects of human life, from infrastructure to social dynamics, and aims to create environments that promote the well-being of residents and the sustainability of the urban ecosystem. The importance of urban planning lies in its ability to shape the physical, social, and economic structure of a community. It influences the way people interact with their environment and with each other, determining the accessibility of resources, the flow of traffic, and the availability of green spaces, among other factors. 
  The evolution of urban planning can be traced back to ancient civilizations, where early cities were often designed around central hubs of commerce, religion, or governance. In these early stages, urban planning was driven by necessity, focusing primarily on basic functions like defense, water management, and trade. Over time, as cities grew and became more complex, the need for more organized and systematic approaches to urban development emerged. This shift was marked by the introduction of formal planning principles that considered not only the practical aspects of urban life but also the aesthetic, cultural, and social needs of the inhabitants. 
  In the modern era, urban planning became an established profession, with experts tasked with the responsibility of designing and managing urban spaces to meet the growing demands of an increasingly urbanized population. The industrial revolution, for example, brought about massive shifts in population density and the structure of cities. It prompted the creation of zoning laws, housing regulations, and other planning policies that addressed new challenges such as pollution, overcrowding, and public health. These developments laid the groundwork for the more sophisticated planning techniques used in contemporary cities.

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