HC Verma Volume 2 Chapter 12 Solutions: Magnetic Field Due to Current – Complete Exercise Answers
HC Verma’s Concepts of Physics Volume 2 is a must-have book for students preparing for IIT JEE, NEET, and school board exams. Chapter 12: Magnetic Field Due to Current is a continuation of the study of magnetism and dives deeper into how electric currents produce magnetic fields in different configurations. Understanding this chapter is crucial for solving complex electromagnetism problems and for building a strong foundation in physics. Our step-by-step HC Verma Volume 2 Chapter 12 solutions are designed to make every concept simple, clear, and exam-ready.
What You’ll Learn in Chapter 12: Magnetic Field Due to Current
This chapter elaborates on the magnetic effects of electric current and how to calculate magnetic fields in various setups. Important topics covered include:
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Magnetic field due to a long straight current-carrying wire
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Magnetic field along the axis of a circular current loop
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Magnetic field inside and outside a long solenoid
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Ampere’s Circuital Law and its applications
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Magnetic field patterns using the Right-Hand Thumb Rule
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Superposition principle for magnetic fields
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Magnetic force between parallel current-carrying wires
These concepts are regularly tested in competitive exams and are essential for understanding electromagnetic induction and current-carrying conductor behavior.
Why Choose Our HC Verma Chapter-12 Solutions?
Our HC Verma Chapter 12 Magnetic Field Due to Current solutions offer:
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Clear, step-by-step solutions to all textbook exercises
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Accurate mathematical derivations using Biot–Savart and Ampere’s laws
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Well-labeled diagrams for better visual understanding of magnetic field lines
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Exam-focused approach to help students quickly grasp and apply key formulas
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Conceptual explanations before every major problem to build a deeper understanding
These solutions are ideal for self-study, quick revision, or regular practice before exams.