University Physics Problems and Solutions: Chapter 17 Electric Charge
University Physics Problems and Solutions: Chapter 17 Electric Charge
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In this review of University Physics Problems and Solutions: Chapter 17 Electric Charge and Electric Field, the bottom line is clear: this compact problem book is for students who learn best by practicing many worked examples. It delivers more than 100 fully-solved problems with detailed, step-by-step explanations and over 200 figures, making it a practical companion to lecture notes or a standard textbook. For anyone preparing for exams or wanting to deepen conceptual and calculus-based understanding of electric charge and field, the book's solved-problem approach is the single biggest reason to buy.
Key Features
- Extensive solved problems: More than 100 fully-worked problems provide a broad range of difficulty from basic to calculus-based, helping build progressive problem-solving skill.
- Step-by-step solutions: Every problem includes detailed, sequential reasoning so students can follow method and check their own approach.
- Concise review summaries: Each chapter begins with a content summary to refresh key concepts before attempting problems.
- Numerous illustrations: Over 200 figures clarify geometry and field configurations that often trip up students when only described in text.
- Note-taking pages: Blank lined pages at the end give space to record observations, worked variations, or instructor feedback alongside the solved examples.
Who It's For
The book is ideal for undergraduate physics students, engineering students taking electromagnetism, and self-learners who need many examples to internalize methods for electric charge and electric field problems. Its worked solutions suit learners who benefit from following each algebraic and calculus step rather than only seeing final answers.
It is less suited to readers who want a full theoretical textbook or exhaustive proofs; those seeking comprehensive derivations of electromagnetic theory or an introductory conceptual text without many calculations should look elsewhere. This is a practice-focused supplement, not a primary lecture text.
Pros & Cons
Pros
- Large number of solved problems that span basic to calculus-based levels, ideal for practice.
- Clear, step-by-step solutions that make it easy to learn methods and identify mistakes.
- Helpful illustrations that make spatial and field relationships easier to visualize.
- Section summaries and blank note pages enhance study workflow and review.
Cons
- Not a full theoretical textbook; students who need in-depth derivations may need a supplementary theory volume.
Specifications
| Title | University Physics Problems and Solutions: Chapter 17 Electric Charge and Electric Field |
| Author / Brand | Phongsak Chinnaboon |
| Content focus | Electric charge and electric field problems and solutions |
| Problems included | More than 100 fully-solved problems |
| Illustrations | More than 200 figures |
| Extras | Summary sections and blank lined pages for notes |
Our Verdict
This chapter volume is a practical, cost-effective study aid for students who learn physics through practice rather than only reading theory. Those preparing for exams or wanting to strengthen calculus-based problem skills will find strong value in the large set of worked examples and clear diagrams; instructors can also recommend it as a problem supplement to standard electromagnetism texts.
Frequently Asked Questions
Does this book include step-by-step solutions?
Yes. Every problem in the book is accompanied by detailed, step-by-step solutions to show method and reasoning.
Is the material calculus-based?
Yes. Problems range from basic to calculus-based, so students comfortable with calculus will get the most benefit.
Is this a full textbook on electric fields?
No. It is a problems-and-solutions volume intended as a supplement rather than a comprehensive theoretical textbook.
Editor's Take
A practical problem-focused supplement for undergraduates and self-learners, offering over 100 step-by-step solved problems and 200+ illustrations to strengthen calculus-based understanding of electric charge and field.

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