Product Description
by Chris McMullen (Author)
This is book is a collection of creative physics problems, which includes a healthy dose of calculus-based problems. No examples or solutions are provided, as this volume of physics problems is intended to be used in conjunction with a textbook. Like textbook problems, answers to selected questions are provided. This can be useful for (i) teachers who are looking for engaging problems to assign or use as examples and (ii) diligent self-learners who are willing to work for the answer and possibly rework the problem a few times (which can be a rewarding strategy in the long run, but does not suit many of today's students who want the information simply injected into their brains). These imaginative problems are designed to: engage the interest of students in this difficult subject, add a little zest to abstract concepts like electric field, challenge students to apply the concepts to involved problems, and encourage students to develop and apply their calculus skills. This includes artistically drawn circuits for capacitors or resistors, electricity problems where students are shrunk by a ray gun, visual problems for Lenz's law, and review problems grouped by a theme (such as one where the students are kidnapped by aliens). Involved problems are included to build fluency in the major problem-solving strategies, like superposition of electric fields, application of Gauss's and Ampere's laws, and the strategy for solving problems with spherical mirrors and lenses. Many problems are broken down into parts to help guide students along - that is, you can check your answer to part (a) before moving onto part (b).
Author Biography
Chris McMullen is a physics instructor at Northwestern State University of Louisiana. He earned his Ph.D. in phenomenological high-energy physics (particle physics) from Oklahoma State University in 2002. Originally from California, he earned his Master's degree from California State University, Northridge, where his thesis was in the field of electron spin resonance. He has published several papers on the prospects for discovering large superstring-inspired extra dimensions at the Large Hadron Collider. The author has been making creative homework, quiz, and exam problems to engage and challenge physics students for several years, which have been compiled together in these volumes.
