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Q1: Write the correct answer of the following: A) For the EM wave propagates in a good conduotor, the phase betwcen clcctric and m fields is equal to: i) 45 B) In free space, the divergence of electric field intensity is equal to: i) zero C) The scalar magnetic potential is: 1) Poissonian. D) The divergence of the current density is equal to: i) zero. ii) 90° iii) zero ii) py/eo iii) py 2e0 ii) Laplacian. iii) Neither Poissonian Nor Laplacian. ii) apy/ôt iii) - Op,/ôt

Q1: Write the correct answer of the following: A) For the EM wave propagates in a good conduotor, the phase betwcen clcctric and m fields is equal to: i) 45 B) In free space, the divergence of electric field intensity is equal to: i) zero C) The scalar magnetic potential is: 1) Poissonian. D) The divergence of the current density is equal to: i) zero. ii) 90° iii) zero ii) py/eo iii) py 2e0 ii) Laplacian. iii) Neither Poissonian Nor Laplacian. ii) apy/ôt iii) - Op,/ôt

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Q1: Write the correct answer of the following: A) For the EM wave propagates in a good conduotor, the phaso botwcen clcctric and magnetic fields is equal to: i) 45 B) In free space, the divergence of electric field intensity is equal to: i) zero ii) 90° iii) zero ii) pyeo iii) py 2€0 C) The scalar magnetic potential is: i) Poissonian. D) The divergence of the current density is equal to: i) zero. E) The time variation of the charge is equal to: i) Electric field. F) The divergence of magnetic field intensity is equal to: i) py/2. ii) Laplacian. iii) Neither Poissonian Nor Laplacian. ii) apw/ôt iii) - Op,/ốt ii) Magnetic field. iii) Current. ii) p/4o . iii) zero.
Transcribed Image Text:Q1: Write the correct answer of the following: A) For the EM wave propagates in a good conduotor, the phaso botwcen clcctric and magnetic fields is equal to: i) 45 B) In free space, the divergence of electric field intensity is equal to: i) zero ii) 90° iii) zero ii) pyeo iii) py 2€0 C) The scalar magnetic potential is: i) Poissonian. D) The divergence of the current density is equal to: i) zero. E) The time variation of the charge is equal to: i) Electric field. F) The divergence of magnetic field intensity is equal to: i) py/2. ii) Laplacian. iii) Neither Poissonian Nor Laplacian. ii) apw/ôt iii) - Op,/ốt ii) Magnetic field. iii) Current. ii) p/4o . iii) zero.
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