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: Coherent sources, division of wavefront, Newton’s rings, and Michelson’s interferometer.
The chapters are structured to align with the syllabi of major technical universities like AKTU, RTU, VTU, and PTU . engineering physics by r.k. gaur and s.l. gupta pdf
The book is known for its comprehensive coverage, running to about 1020 pages in its 7th edition. It systematically divides the subject into several parts, which may include:
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Suggested focused reading path (10-week self-study, assuming 2–3 hrs/week) Week 1–2: Mechanics fundamentals and oscillations — derive SHM, damped/driven oscillators. Week 3: Waves and superposition — standing waves, Fourier basics. Week 4: Thermodynamics basics and kinetic theory. Week 5: Electromagnetism basics and introductory circuits. Week 6: Optics — geometrical and interference/diffraction. Week 7: Solid-state basics and mechanical properties of materials. Week 8: Semiconductors and electronic materials. Week 9: Modern physics—atomic models and photoelectric effect. Week 10: Integrated problems and computational exercises.
Understanding fields and materials is critical for electrical, electronics, and computer engineers.