The wavelength of an electromagnetic wave in vacuum is 600 nm. What is its frequency? 200 × 1012 Hz 300 × 1012 Hz 400 × 1012 Hz 500 × 1012 Hz 600 × 1012 Hz An AC power line radiates an EM wave with maximum electric field strength of 14.5 kV/m. What is the maximum strength of the magnetic field of this wave ? A) 48.3 pT B) 48.3 mT C) 48.3 nT D) 48.3 μT E) 48.3 T Correct answers are noted can you explain why?
The wavelength of an electromagnetic wave in vacuum is 600 nm. What is its frequency? 200 × 1012 Hz 300 × 1012 Hz 400 × 1012 Hz 500 × 1012 Hz 600 × 1012 Hz An AC power line radiates an EM wave with maximum electric field strength of 14.5 kV/m. What is the maximum strength of the magnetic field of this wave ? A) 48.3 pT B) 48.3 mT C) 48.3 nT D) 48.3 μT E) 48.3 T Correct answers are noted can you explain why?
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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The wavelength of an
- 200 × 1012 Hz
- 300 × 1012 Hz
- 400 × 1012 Hz
- 500 × 1012 Hz
- 600 × 1012 Hz
An AC power line
A) 48.3 pT
B) 48.3 mT
C) 48.3 nT
D) 48.3 μT
E) 48.3 T
Correct answers are noted can you explain why?
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