Mathematics Audiobooks | Science & Technology

Under mathematics come a number of different branches of which one is Algebra. You need to learn maths from all aspects to order to outshine in your field of practice. Let's say you want to become and engineer, actuaries or an architect maybe? You need to have a tight grip on maths for which you need to learn algebra like the back of your hand too. Right? This particular book based upon algebra brings to its readers the following topics which are easy to understand and apply: Introduction to algebraHistory of algebraHow to do it?Intermediate topicsTips

Introbooks, Introbooks Team (Author), Angelina Shaw, Introbooks (Narrator)

Audiobook

Probability Theory

Analysis theory of any random phenomena is known as probability. Main resource for concept of probability is probability theory. Probability theory is said to be one of many most important concepts or branches of mathematics. Following objects are known as main concepts or central objects: Random variablesStochastic processes Random events Measured quantitiesEvents are a kind of abstraction achieved through mathematical process. This abstraction is done on the base of non-deterministic events. Measured quantities can also be used for such abstraction. Measured quantities can be single occurrence or also follow random fashion for time evolving multiple occurrences. Making predictions about the outcome of random events is not always easy or even impossible sometimes. However, if influences are made on sequence of individual events, they will tend to follow certain patterns that are much easy to study, practice and predict. For instance, if outcome of coin flipping or roll of dice is influenced by outer factors such as friction, they will follow a specific pattern when proving outcome. Once this certain pattern is figured out and understood properly, it becomes much easier to predict the outcome with maximum accuracy. It means that it is hard to understand future outcome of subsequent random events that makes it hard to predict them. However, it is easy to predict pattern exhibited by these group of events that makes it easy to predict them and their corresponding events also. To describe such patterns certain mathematical results or concepts are used. Law of large numbers and central limit theorem are two main concepts that are used to study and describe such patterns followed by sequential random events. Mathematical foundations of statistics consider probability theory as a practical part for any human activity in which, quantitative analysis of large data sets are involved. Involving in daily human activities makes probability theory a main concept of mathematics and statistics. It is also heavily involved in many mathematical and statistical concepts, which also makes it important for one to learn and understand basic concepts of this theory. Probability theory can also be used to describe complex systems, systems that hold only partial knowledge of their corresponding state. These descriptions are done the same way they are done in statistical mechanics. This is the main reason for which this theory is considered as a part of both mathematics and statistics. However, mathematics and statistics are parent theories for each other so any concept of mathematics can be a concept of statistics and any concept of statistics can be a concept of mathematics. Discovery of probabilistic behavior of physical phenomena is considered a great discovery in the field of physics. This probabilistic behavior was observed at atomic scales. This whole observation was heavily related to the concepts of probability theory. However, probability theory was not used as a complete base in that theory. This concept and research is broadly described in theory of quantum mechanics. Quantum mechanics is arguably the only field in physics, which is related with the concepts of probability theory. However, researches are still going on and more connections are much likely to be found out soon thanks to the deep relations between mathematics and physics.

Introbooks, Introbooks Team (Author), Andrea Giordani, Introbooks (Narrator)

Audiobook

Group Theory

By many expert mathematicians, group theory is often addressed as a central part of mathematics. It finds its origins in geometry, since geometry describes groups in a detailed manner. The theory of polynomial equations also describes the procedure and principals of associating a finite group with any polynomial equation. This association is done in such a way that makes the group to encode information that can be used to solve the equations. This equation theory was developed by Galois. Finite group theory faced a number of changes in near past times as a result of classification of finite simple groups. The most important theorem when practicing group theory is theorem by Jordan holder. This theorem shows how any finite group is a combination of multiple finite simple groups. Group theory is a term that is mainly used fields related to mathematics such as algebraic calculations. In abstract algebra, groups are referred as algebraic structures. Other terms of algebraic theories, such as rings, fields and vector spaces are also seen as group. Of course with some additional operations and axioms, mathematicians accept them as a group. The methods and procedures of group theory effect many parts and concepts of mathematics as well as algebra on a large scale. Linear algebraic groups and lie groups are two main branches or say categories of group theory that have advanced enough to be considered as a subject in their own perspectives. Not only mathematics, group theory also finds its roots in various physical systems, especially in crystals and hydrogen atom. They might be modeled by symmetry groups. Thus it can be said that group theory possess close relations with representation theory. Principals and ideas of group theory are practically applied in the fields of physic, material science and chemistry of course. Group theory is also considered as a central key in the studies and practices of cryptography. In 2000s, more than 10000 pages were published in the time span of 1960 to 1980. These publications were a collaborative effort in order to culminating the result as a complete classification of infinite simple groups. For the practitioners and learners of mathematics or even physics the theory of groups has a great importance. Not all aspects of this theory are used in mathematics or physics. But there are some ideas and principals that help a lot as you advance to higher level mathematics, it is very same with the physics. Full application of this wide theory is not possible on a single subject anyhow. However it is partially applied in both cases, and still leaves a great influence.

Introbooks, Introbooks Team (Author), Andrea Giordani, Introbooks (Narrator)

Audiobook

How To Lie With Statistics

Now available in audio for the first time! Darrell Huff's celebrated classic "How to Lie With Statistics" is a straight-forward and engaging guide to understanding the manipulation and misrepresentation of information that could be lurking behind every graph, chart, and infographic. Originally published in 1954, it remains as relevant and necessary as ever in our digital world where information is king-and as easy to distort and manipulate as it is to access. A pre-cursor to modern popular science books like Steven D. Levitt's "Freakonomics" and Malcolm Gladwell's "Outliers", Huff runs the gamut of every popularly used type of statistic, probes such things as the sample study, the tabulation method, the interview technique, or the way the results are derived from the figures, and points up the countless number of dodges which are used to full rather than to inform. Critically acclaimed by media outlets like The New York Times and the Wall Street Journal and recommended by Bill Gates as a perfect beach read, "How to Lie With Statistics" stands as the go-to book for understanding the use of statistics by teachers and leaders everywhere. "A hilarious exploration of mathematical mendacity.... Every time you pick it up, what happens? Bang goes another illusion!" - The New York Times "In one short take after another, Huff picks apart the ways in which marketers use statistics, charts, graphics and other ways of presenting numbers to baffle and trick the public. The chapter "How to Talk Back to a Statistic" is a brilliant step-by-step guide to figuring out how someone is trying to deceive you with data." - Wall Street Journal "A great introduction to the use of statistics, and a great refresher for anyone who's already well versed in it." - Bill Gates "Mr. Huff's lively, human-interest treatment of the dry-as-bones subject of statistics is a timely tonic...This book needed to be written, and makes its points in an entertaining, highly readable manner."- Management Review "Illustrator and author pool their considerable talents to provide light lively reading and cartoon far which will entertain, really inform, and take the wind out of many an overblown statistical sail." - Library Journal "A pleasantly subversive little book, guaranteed to undermine your faith in the almighty statistic." - Atlantic

Darrell Huff (Author), Bryan DePuy (Narrator)

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The Perfect Bet: How Science and Math Are Taking the Luck Out of Gambling

Bringing together ideas from mathematics, psychology, economics and physics, The Perfect Bet traces the origins of successful betting methods. From the simple to the intricate, and the audacious to the absurd, Adam Kucharski reveals the long and tangled history between betting and science, and explains why gambling continues to generate insights into luck and decision-making today. Covering exploits and ideas from across the globe, he meets the teams behind hedge funds that capitalize on inaccurate sports betting odds, and explains how PhD-level pundits are using methods originally developed for the U. S. nuclear program to predict sports results. Kucharski reveals why winning at chess depends on luck-but victory in checkers does not-and why poker is one of the ultimate challenges for artificial intelligence. He also explores the difficulties of mimicking human behavior, and explains what caused one hedge fund's rogue algorithm to lose them $400,000 per second in the summer of 2012.

Adam Kucharski (Author), Jonathan Yen (Narrator)

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Doctor Geek's Laboratory, Season 2: Investigating the Exploration of STEAM (Science, Technology, Eng

Doctor Geek and friends return to continue their mission to investigate science inspired by fiction in the hope to encourage the exploration of STEAM (Science, Technology, Engineering, Art, and Math). Season 2 Investigations: Episode 7 - Our Companion the Robot Investigation Begins Episode 8 - Cyber-World Episode 9 - Karaoke Contest Episode 9.5 - The Science of Santa Episode 10 - 3D Printer Investigation Begins Episode 11 - Through the Looking Glass Episode 12 - The Swarm Episode 13 - Bionics Investigation Begins Episode 14 - Pedantic's Lab Episode 15 - Night of the Working Dead Special Feature - Cast Interviews Science fiction meets real-world technology in Doctor Geek's Laboratory, Season 2. It's the twenty-first century-have you ever wondered what happened to all those inventions, conveniences, and other concepts the future was supposed to bring? Doctor Geek's Laboratory, Season 2 explores all the realms of applied geekdom, examining the future that was, the future that is, and the future that has not yet come to pass. Dr. Scott Viguié created Doctor Geek's Laboratory as an outreach to explore the exciting possibilities of science, technology, engineering, and mathematics in the hope of bringing people closer to the scientists, inventors, entrepreneurs, tinkerers, and others who are attempting to bring about the world of tomorrow. Together we will help the future along-and give it a little push when needed. Viguié is an archaeologist and attorney who has done extensive research on myths and their impact on modern archaeology and storytelling. He is the creator of Dr. Geek's Laboratory of Applied Geekdom, a website and podcast, where the audience is brought closer to those who are attempting to bring about the world of tomorrow. At the 2013 TimeGate science fiction convention Viguié was called the next Bill Nye. Doctor Geek's Laboratory of Applied Geekdom is produced by Brazen Wench Productions, LLC, and distributed by Waterlogg Productions.

Dr. Scott C. Viguie, Dr. Scott C. Viguié, Scott C. Viguié (Author), A Full Cast, Dr. Scott C. Viguie (Narrator)

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Dungeon Hacks: How NetHack, Angband, and Other Roguelikes Changed the Course of Video Games

In 1980, computers were instruments of science and mathematics, military secrets and academia. Stern administrators lorded over sterile university laboratories and stressed one point to the wide-eyed students privileged enough to set foot within them: Computers were not toys. Defying authority, hackers seized control of monolithic mainframes to create a new breed of computer game: the roguelike, cryptic and tough-as-nails adventures drawn from text-based symbols instead of state-of-the-art 3D graphics. Despite their visual simplicity, roguelike games captivate thousands of players around the world. From the author of the bestselling Stay Awhile and Listen series, Dungeon Hacks introduces you to the visionaries behind some of the most popular roguelikes of all time, and shows how their creations paved the way for the blockbuster video games of todayand beyond.

David L. Craddock (Author), Mike Rylander (Narrator)

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Who Gets What-And Why

Alvin E. Roth shared the 2012 Nobel Prize in economics for his pioneering research into market design-the principles that govern all kinds of markets where money isn't the only factor in determining who gets what. This includes everything from coffee shops to dating sites to parking spots to internships to school admissions to kidney transplants. To show how ubiquitous these markets are, Roth takes us from an Aborigine tribe who arrange marriages for their unborn grandchildren to the rise of websites like Airbnb and Uber, whose success is largely a function of brilliant market design. Who Gets What-and Why is a piquantly written, mind-expanding exploration of the markets that matter most to many of us. If you've ever sought a job or hired someone, applied to college or guided your child into a good kindergarten, asked someone out on a date or been asked out, you've participated in a matching market. Roth reveals what factors make these markets work well-or badly-and shows us all how to recognize a good match and make smarter, more confident decisions.

Alvin E. Roth (Author), Peter Berkrot (Narrator)

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Manage Your Smart Home With An App!

This book takes you stepbystep through the whole process of creating a Smart Home from start to finish. Building a next generation home automation system is not as difficult as you think! This home automation book teaches takes you through a stepbystep process on how to build a system to control your Home Lighting, Thermostats, Window Dressing, IP Cameras, Music, Garden, Kitchen, Fire and Security Alarm on your Smartphone or Tablet device. With this new book, Gerard demystifies Smart Homes by using easy to understand language this book walks you through the process of setting up your own next generation smart Home automation system. Each chapter includes technical illustrations, examples of how smart homes are helping people and insights from Gerard.

Gerard O'Driscoll (Author), Gerard O'Driscoll (Narrator)

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How to Bake Pi: An Edible Exploration of the Mathematics of Mathematics

What is math? And how exactly does it work? In How to Bake Pi, math professor Eugenia Cheng provides an accessible introduction to the logic of mathematics— sprinkled throughout with recipes for everything from crispy duck to cornbread—that illustrates to the general reader the beauty of math. Rather than dwell on the math of our high school classes, with formulas to memorize and confusing symbols to decipher, Cheng takes us into a world of abstract mathematics, showing us how math can be so much more than we ever thought possible. Cheng is an expert on category theory, a cutting-edge subject that is all about figuring out how math works, a kind of mathematics of mathematics. In How to Bake Pi, Cheng starts with the basic question “What is math?” to explain concepts like abstraction, generalization, and idealization. By going back to the logical foundation of the math we all know (and may or may not love), she shows that math is actually designed to make difficult things easier. From there, she introduces us to category theory, explaining how it works to organize and simplify the whole discipline of mathematics. The result is a book that combines some of the most satisfying features of popular math books while still looking long and hard into unexplored territory. Through lively writing and easy-to-follow explanations, How to Bake Pi takes even the most hardened math-phobe on a journey to the cutting edge of mathematical research.

Eugenia Cheng (Author), Tavia Gilbert (Narrator)

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What's Your Future Worth?: Using Present Value to Make Better Decisions

We weigh every significant decision based on how it will affect our future. But when it comes to figuring that out, we mostly make the process up as we go along. While financial professional Peter Neuwirth can't help you actually predict the future, he can offer a simple, systematic way to make much better guesses about it-and so make better decisions. Neuwirth offers an accessible, step-by-step guide to using the powerful concept of Present Value-which allows you to determine the value today of something that might happen in the future-to evaluate all of the outcomes that might arise from choosing one path as opposed to another. Using examples that anyone can relate to, Neuwirth walks you through the process. Your old refrigerator doesn't work as well as it used to-should you buy a new one right away or muddle through for a while? You're offered a great discount on a service you don't need at the moment but eventually will-buy the service now or wait? With just a little math and some common sense, you can compare future costs and benefits with present costs and benefits and make "apples to apples" comparisons. This book will be indispensable for anyone who has ever had to figure out whether to stick with an awful job or follow his or her bliss, fix that old car or buy a new one, increase 401(k) contributions or keep the same take-home pay, and a thousand other decisions.

FSA Peter Neuwirth, Peter Neuwirth (Author), Don Hagen (Narrator)

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Game Theory Basics Explained

If you are someone that feels like their life is bland, unproductive and just not as good as it has the potential to be, then this is the book for you, my friend. This book is all about game theory and strategy! It's like your whole life is a game-one that you can win, if you know what moves to make. In this book, I will teach you how you can teach yourself to make these right moves, therefore improving your life infinitely! What you'll learn in this book: - What game theory is - All about the history of game theory - Examples of scenarios in which you can use strategy and game theory - Prisoner's dilemma - Nash equilibrium, explained And lots and lots of tidbits of advice! Read on to become the successful person you've always wanted to be!

Can Akdeniz, Introbooks Team (Author), David Willams, Introbooks (Narrator)

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Mathematics Audiobooks in Science & Technology