David W. Brooks – författare

Based on the author's experience using computers and multimedia in teaching large, multisection courses, this groundbreaking text demonstrates how teaching professionals at all levels of instruction can use `paperless' electronic dialoguing to dramatically improve classroom instruction. The book explains how to employ such tools as: hypertext, animation, morphs, CAD, and virtual reality interactive strategies using of e-mail `self-regulation', a means of enhancing students'independence and efficiency and `intranets', networks that are off the Web but operate on the same basic principle.

Beginning with a brief history of the Internet, this book delves into a review of current research, active learning strategies, Web courseware, metacognition, strategies for Web discussions, promoting student self-regulation, building interactive Web pages, basic HTML coding, managing Web sites, using databases, automated testing, and security and legal issues. Experience shows that Web teaching may be used in an extremely wide range of subject areas. Modern course management software has demystified the use of the Web for teaching, allowing instructors to focus on instructional design and improving student experiences instead of only the technical skills of building Web sites. Web-Teaching helps readers pick and choose what aspects of the Web to employ to achieve the greatest student learning gains.

Beginning with a brief history of the Internet, this book delves into a review of current research, active learning strategies, Web courseware, metacognition, strategies for Web discussions, promoting student self-regulation, building interactive Web pages, basic HTML coding, managing Web sites, using databases, automated testing, and security and legal issues. Experience shows that Web teaching may be used in an extremely wide range of subject areas. Modern course management software has demystified the use of the Web for teaching, allowing instructors to focus on instructional design and improving student experiences instead of only the technical skills of building Web sites. Web-Teaching helps readers pick and choose what aspects of the Web to employ to achieve the greatest student learning gains.

Based on the author''s experience using computers and multimedia in teaching large, multisection courses, this groundbreaking text demonstrates how teaching professionals at all levels of instruction can use `paperless'' electronic dialoguing to dramatically improve classroom instruction. The book explains how to employ such tools as: hypertext, animation, morphs, CAD, and virtual reality interactive strategies using of e-mail `self-regulation'', a means of enhancing students''independence and efficiency and `intranets'', networks that are off the Web but operate on the same basic principle.

PET is a polymer which is enjoying substantial growth as a packaging material - across global markets and for diverse applications. The growth of PET into packaging, as a replacement for glass, metal and other plastics materials, has been extraordinary. No other rigid plastics packaging sector has experienced the level of growth of PET bottles over the last 20 years. PET is now a commodity polymer competing directly with polyethylene, polypropylene and styrenics in the markets for food and beverage packaging, as well as for other products. This book provides a one-stop source of reference for all aspects of this important sector of the packaging industry. To our knowledge, no similar book is presently available. Environmental and recycling considerations are addressed in a special chapter. Chapter authors have been drawn from the packaging industry or sources close to the packaging industry.The volume is directed at packaging technologists, those involved in the design and development of packaging and those responsible for specifying or purchasing packaging.

This is a book about how humans learn. Our focus is on classroom learning although the principles are, as the name of this book indicates, universal. We are concerned with learning from pre-school to post-graduate. We are concerned with most bu- ness, industrial and military training. We do not address how infants learn how to speak or walk, or how grown-ups improve their tennis swing. We do address all learning described by the word “thought”, as well as anything we might try to teach, or instruct in formal educational settings. In education, the words theory and model imply conjecture. In science, these same words imply something that is a testable explanation of phenomena able to predict outcomes of experiments. This book presents a model of learning that the authors offer in the sense of scientists rather than educators. Conjecture implies that information is incomplete, and so it surely is with human learning. On the other hand, we assert that more than enough is known to sustaina “scienti?c” model of learning. This book is not a review of the literature. Instead, it is a synthesis. Scholars and many teachers likely have heard much if not most or even all of the information we use to develop the uni?ed learning model. What you have not read before is a model putting the information together in just this way; this is the ?rst one.

This is a book about how humans learn. Our focus is on classroom learning although the principles are, as the name of this book indicates, universal. We are concerned with learning from pre-school to post-graduate. We are concerned with most bu- ness, industrial and military training. We do not address how infants learn how to speak or walk, or how grown-ups improve their tennis swing. We do address all learning described by the word “thought”, as well as anything we might try to teach, or instruct in formal educational settings. In education, the words theory and model imply conjecture. In science, these same words imply something that is a testable explanation of phenomena able to predict outcomes of experiments. This book presents a model of learning that the authors offer in the sense of scientists rather than educators. Conjecture implies that information is incomplete, and so it surely is with human learning. On the other hand, we assert that more than enough is known to sustaina “scienti?c” model of learning. This book is not a review of the literature. Instead, it is a synthesis. Scholars and many teachers likely have heard much if not most or even all of the information we use to develop the uni?ed learning model. What you have not read before is a model putting the information together in just this way; this is the ?rst one.