Is Flipping Houses Really A Science?According to author, Justin Colby, one of the nation's premiere house-flipping experts, it is. And, it's a science that can be followed by beginning and expert investors alike to start down the path of financial freedom or scale their current business to new heights.Justin Colby is in field every day, putting the principles in this book to work in his own business and now he lays out the simple steps you can follow to remove confusion, streamline the processes and finally achieve the results you've been looking for.
Flipped Learning for Science Instruction
Author: Jonathan Bergmann
Publisher: International Society for Technology in Education
Building on their best-selling book Flip Your Classroom: Reach Every Student in Every Class Every Day, flipped education innovators Jonathan Bergmann and Aaron Sams return with a book series that supports flipped learning in the four topic areas of science, math, English and social studies as well as the elementary classroom.
Building on their best-selling book Flip Your Classroom: Reach Every Student in Every Class Every Day, flipped education innovators Jonathan Bergmann and Aaron Sams return with a book series that supports flipped learning in the four topic areas of science, math, English and social studies as well as the elementary classroom. In this volume, the authors discuss how educators can successfully apply the flipped classroom model to teaching science -- both in the classroom and in the lab -- as well as how to employ inquiry-based and project-based learning techniques in the science classroom.
The Science of Functional Programming draft version
Summary Flipping the Translation in Popular Science is a collection of Dr. Tsai’s research and teaching experiences over the years as an instructor of courses on popular science and translation, and on translation practice in both directions between Chinese and English. The research material covers the latest science articles published through 2014-2016, providing translation examples with updates of technological development and new information on scientific matters. The book looks into common errors made by translation students, categorizes the reasons for such analysis error, and offers practical solutions and principles for translators to practice translation on scientific subjects. Key Features The author of the book has both a linguistics and a neuroscience background, providing a cross-disciplinary perspective to the discipline of translation. The participants in the study are graduate students of a translation and interpreting program, thus the discussion in the book avoids basic grammar and spelling errors that beginning learners of English would make. Data provided in this study are specific to translation as an academic research subject, not translation as a medium in English teaching. The book provides real-life translation examples from two directions, from English to Chinese, and from Chinese to English. Information about the Author Dr. Pei-Shu Tsai is an Assistant Professor in the Graduate Institute of Translation and Interpretation, National Changhua University of Education, Taiwan. She received a MA in linguistics at National Taiwan University and obtained training in cognitive neuroscience for her PhD study at National Yang-Ming University. Her research interests cover linguistics, cognitive neuroscience, psycholinguistics, and first/second-language acquisition, with a focus on semantics and ambiguity at lexical, sentential, pragmatic, and cultural levels. Readership Academics and students who major in translation and translation theories Contents 1 Popular Science and Translation 2 Evaluation of Translation 2.1 Error analysis in translation 2.2 Quality of translation 3 English-Chinese Translation 3.1 Materials 3.2 Data collection 3.3 Analysis procedure 3.4 Near synonyms 3.5 Background knowledge 3.6 Fixed expressions 3.7 Polysemous words 3.8 Combination of problems 4 Chinese-English Translation 4.1 Materials 4.2 Data collection 4.3 Analysis procedure 4.4 Near synonyms 4.5 Background knowledge 4.6 Polysemous words 4.7 Explicitation 4.8 Combination of problems 5 Suggestions for Translation Procedure 5.1 Sequential model 5.2 Dynamic model 5.3 Cognitive Perspective 5.4 Analysis procedure
Using probability theory and statistical analysis, Fabricand provides examples, performance data, and mathematical analyses for better-than-average performance in a variety of situations, from gambling to personal or business decision making
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Integrates the computation and interpretation of data with the key concepts of social scientific inquiry, treating statistical analysis as a logical outgrowth of precisely defining research problems and systematically solving them.