i. A traveling electromagnetic wave in a vacuum has an rms electric field amplitude of 59.7 V/m.Calculate the intensity S of this wave.(a) 0 W/m2 (b) 3.15 W/m2 (c) 9.45 W/m2 (d) 18.9 W/m2(e) None of the above.ii. A circular, parallel plate capacitor in a DC RC circuit is charging. What is the direction of the Poynting vector between the capacitor plates? i. A traveling electromagnetic wave in a vacuum has an rms electric field amplitude of 59.7 V/m.Calculate the intensity S of this wave.(a) 0 W/m²(b) 3.15 W/m²(c) 9.45 W/m²(d) 18.9 W/m²(e) None of the above.ii. A circular, parallel plate capacitor in a DC RC circuit is charging. What is the direction of thePoynting vector between the capacitor plates?I(t)00I(t)

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Answered: i. A traveling electromagnetic wave in…

Physics for Scientists and Engineers, Technology Update (No access codes included)

9th Edition

ISBN:9781305116399

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter34: Electromagnetic Waves

Section: Chapter Questions

Problem 34.11OQ

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i. A traveling electromagnetic wave in a vacuum has an rms electric field amplitude of 59.7 V/m.

Calculate the intensity S of this wave.

(a) 0 W/m2 (b) 3.15 W/m2 (c) 9.45 W/m2 (d) 18.9 W/m2

(e) None of the above.

ii. A circular, parallel plate capacitor in a DC RC circuit is charging. What is the direction of the Poynting vector between the capacitor plates?

i. A traveling electromagnetic wave in a vacuum has an rms electric field amplitude of 59.7 V/m.
Calculate the intensity S of this wave.
(a) 0 W/m²
(b) 3.15 W/m²
(c) 9.45 W/m²
(d) 18.9 W/m²
(e) None of the above.
ii. A circular, parallel plate capacitor in a DC RC circuit is charging. What is the direction of the
Poynting vector between the capacitor plates?
I(t)
00
I(t)

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