Basic Music

(Guitar Educational). Experience must-know music knowledge and wisdom through the highly focused lens of legendary guitar virtuoso Steve Vai. This full-color instructional book written by Vai himself features in-depth discussions of the music theory fundamentals that every aspiring (and veteran) guitar player should know, packed with practical exercises, diagrams, tips, inspiring ideas and concepts, practice methods, and ways of looking at music that you may have never considered. Topics covered include: academic vs. experiential learning * reading and writing music * key signatures * chord scales * rhythm basics * guitar harmonics * modes * and much more.

The main purpose of the book is to explore basic music theory so thoroughly that the interested student will then be able to easily pick up whatever further theory is wanted. Music history and the physics of sound are included to the extent that they shed light on music theory. The main premise of this course is that a better understanding of where the basics come from will lead to better and faster comprehension of more complex ideas.It also helps to remember, however, that music theory is a bit like grammar. Catherine Schmidt-Hones is a music teacher from Champaign, Illinois and she has been a pioneer in open education since 2004. She is currently a doctoral candidate at the University of Illinois in the Open Online Education program with a focus in Curriculum and Instruction.

Basic Music Theory takes you through the sometimes confusing world of written music with a clear, concise style that is at times funny and always friendly. The book is written by an experienced teacher using methods refined over more than ten years in his private teaching studio and in schools. --from publisher description.

The Basic Rudiments Music Theory Answer Book (Ultimate Music Theory) is easy to use and is identical to the Basic Rudiments Music Theory Workbook. Basic Music Theory Answer Book (148 pages) features these concepts and more! MATCHING BOOK - Same orientation and page numbers as workbook EASY FORMAT - Hand written answers to provide effortless reading SAVES TIME - Quick and accurate marking during lesson time CONVENIENT RESOURCE - Instant access to handy answer pages Ultimate Music Theory's time saving accelerated learning techniques will empower you to: Learn Music Faster - Proven Step-by-Step System! Master Musicianship Skills - Excellence in Online Courses! Teach with Passion - UMT Techniques Build Confidence! Make More Money - UMT Certification Course for Teachers! Build Knowledge - Online Music Courses, Music Theory Workbooks & Answers, Theory Exams & Answer Books, Ultimate Music Theory App and More!"Enriching Lives Through Music Education"

Basic Music Reference is a quick-start guide designed to introduce library employees to the basic tools and techniques involved in answering questions related to music. As in every specialist subject area, music has its own terminology, but unlike most, it also has a multitude of formats—on paper and other materials—as well as special notation and frequent use of foreign languages in titles and texts. These features make it particularly difficult for library employees to answer users’ questions and thus a guide such as this one is essential. Not all libraries with a music collection can afford to hire a music reference librarian. Even libraries with such a specialist rely on support staff and student employees to answer questions when the music librarian is not available. Whatever the scenario, this volume will serve as a helpful training tool for library employees to learn about the basic music reference tools, and to develop the techniques of greatest use when answering the most common types of music-related questions

This is an introduction to basic music technology, including acoustics for sound production and analysis, Fourier, frequency modulation, wavelets, and physical modeling and a classification of musical instruments and sound spaces for tuning and counterpoint. The acoustical theory is applied to its implementation in analogue and digital technology, including a detailed discussion of Fast Fourier Transform and MP3 compression. Beyond acoustics, the book discusses important symbolic sound event representation and software as typically realized by MIDI and denotator formalisms. The concluding chapters deal with globalization of music on the Internet, referring to iTunes, Spotify and similar environments. The book will be valuable for students of music, music informatics, and sound engineering.