Applied Physics I: Chapter 6: Oscillations and Waves - Electromagnetic Waves
Electromagnetic Waves: Important part-B questions
Anna University Exam Part-B Questions - Applied Physics I: Chapter 6: Oscillations and Waves - Electromagnetic Waves
ANNA
UNIVERSITY PART 'B' QUESTIONS
1.
Deduce the Maxwell equations in integral form. Briefly discuss the plane
electromagnetic waves in vacuum and condition on the wave field.
2.
Derive Maxwell's equation for a plane electromagnetic waves in Vaccum.
3.
Describe the production of a plane electromagnetic waves in detail.
4.
Derive maxwell's equations in integral and differential form. Explain the terms
involved along with the units. Also, give the significance of each of the
equations.
5.
Write maxwell's equations and explain the characteristics of each equation.
6.
Discuss the propagation of electromagnetic waves from vacuum to a nonconducting
medium.
7.
Derive and explain the four Maxwell's equations
ADDITIONAL PART 'B' QUESTIONS
1.
Obtain the electromagnetic wave equation in free space in terms of electric and
magnetic field vectors.
2.
Derive and explain the Maxwell's equations in differential form.
3.
Derive and explain the Maxwell's equations using Ampere's law and Faraday's
law.
4.
Derive Maxwell's equation from Faraday's law and Gauss's laws and explain them.
5.
Describe the production of electromagnetic wave by a dipole Antenna.
6.
Describe the propagation of electromagnetic waves in free space.
7.
Write short notes on
(i)
Production of electromagnetic waves.
(ii)
Cell Phone reception.
Applied Physics I: Chapter 6: Oscillations and Waves - Electromagnetic Waves : Tag: Applied Physics : - Electromagnetic Waves: Important part-B questions
Applied Physics I: Chapter 6: Oscillations and Waves - Electromagnetic Waves
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