AP PHYSICS C: MECHANICS: An Integrated Approach to Learning Physics

AP PHYSICS C: MECHANICS: An Integrated Approach to Learning Physics

by Kimal Honour Djam

Hardcover

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Overview

AP PHYSICS C: MECHANICS: An Integrated Approach to Learning Physics by Kimal Honour Djam

This is a unique and comprehensive textbook inspired by the latest developments in physics education research; designed to help student confront head-on the common misconceptions in AP physics. It is aimed at students preparing to take the Advanced Placement Physics C Exam. The book is thoughtfully crafted to make the learning and teaching of AP Physics C Mechanics more meaningful and interactive. In addition to its clarity and rigor, the concepts are presented such as to promote deeper conceptual understanding of concepts and increase student confidence in problem-solving. According to experts and experienced AP Physics teachers across the country, problems [free response and multiple choice questions] in the book accurately mimic AP Physics questions and are strategically position throughout the book to foster student’s engagement with content. The structure of the book makes the learning of AP Physics engaging and demystify what hitherto seems a nightmare subject to students across the nation. This is a must-have book that guarantees student active engagement in the classroom; the understanding and application of the fundamental principles of physics as expected by the college board for AP Physics C students.

It provides students with a clear and logical presentation of physics concepts grounded in the inquiry and modeling approach to the learning of Physics. The table of content followed the AP Physics C syllabus and organized into teachable units. The format promotes team – based learning, peer to peer instructions and interactive engagement of physics concepts in the classroom. It is infused with tons of solvable, carefully constructed concept- based AP style problems and concept based multiple choice questions. At the end of every chapter is a sample AP Physics C practice exams design to simulate the AP test in terms of the number of questions, rigor, and strength. The book is organized such that the physics instruction is student-centered, team-based and inquiry in nature.

This book is not just a textbook but also a notebook, a review book; lab notebook infused beautify into a complete package. The concepts are broken down into models. Each model is presented so that students can investigate the models and develop the physical laws that govern them. These inquiry-based investigations are followed by AP style problems designed to foster collaborative group problem solving amongst students.

Product Details

ISBN-13: 9780996743617
Publisher: Quantum Leap Education Foundation
Publication date: 11/05/2015
Pages: 1144
Product dimensions: 8.50(w) x 11.00(h) x 2.31(d)

About the Author

An accomplished Educator, Teacher and writer, whose passion is to improve student performances in schools worldwide and their daily lives,. Virtuous and highly motivated individual who is currently an Instructor of Physics in the department of Mathematics, and Science at Alabama School of Fine Arts. Outstanding experience and writing skills gained from numerous scientific publications. Research prowess and an excellent aptitude for physics and mastery of physics content as well as a strong mathematics background. Demonstrated ability to lead organizational change, advocate for students, and deliver on goals, with increasing administrative responsibilities while being accountability throughout career. Additionally, Founder and CEO of Quantum Leap Education Foundation whose interests include (1) the effective use of data to inform Education policy development and instruction in secondary and undergraduate education. (2) Educational assessment strategies and scholarly teaching, (3) development of novel Nano-technological applications for the advancement of medicine and renewable energy generation and sustainability. Current research is in the area of Nanofluidics using the principles of transport at the nanoscale to develop better and efficient dye sensitized solar cells and seeking to improve and reverse the adverse effects of chemotherapy by studying the alternative and safer means of drug delivery using nanoparticle technology as well as the assessment of student learning outcomes and scholarly teaching. With more than 10 years of teaching, administrative and leadership experience in both college and k12 education, he is highly collaborative, structured and skilled at conducting student assessments and promoting team work within a department and learning communities.

Table of Contents

Preface ix
Introduction 1
Chapter 1: Experimentation and Error Analysis 15
Chapter 2: Introductory Math and Vector Analysis 82
Chapter 3: Motion in One Dimension 114
Chapter 4: Motion in two and three dimensions (including Projectile Motion) 216
Chapter 5: Newton's Laws of Motion and Applications 307
Chapter 6: Work, Energy, and Power 526
Chapter 7: Systems of Particles: Linear Momentum 684
Chapter 8: Circular Motion and Rotation 813
Chapter 9: Mechanical Oscillation: Simple Harmonic Motion 994
Chapter 10: Gravitation and Planetary Motion 1034

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