(a) What capacitance will resonate with a one-turn loop of inductance 394 pH to give a radar wave of wavelength 2.9 cm? (b) If the capacitor has square parallel plates separated by 1.0 mm of air, what should the edge length of the plates be? (c) What is the common reactance of the loop and capacitor at resonance?
(a) What capacitance will resonate with a one-turn loop of inductance 394 pH to give a radar wave of wavelength 2.9 cm? (b) If the capacitor has square parallel plates separated by 1.0 mm of air, what should the edge length of the plates be? (c) What is the common reactance of the loop and capacitor at resonance?
Classical Dynamics of Particles and Systems
5th Edition
ISBN:9780534408961
Author:Stephen T. Thornton, Jerry B. Marion
Publisher:Stephen T. Thornton, Jerry B. Marion
Chapter13: Continuous Systems; Waves
Section: Chapter Questions
Problem 13.14P
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(a) What capacitance will resonate with a one-turn loop of inductance 394 pH to give a radar wave of wavelength 2.9 cm?
(b) If the capacitor has square parallel plates separated by 1.0 mm of air, what should the edge length of the plates be?
(c) What is the common reactance of the loop and capacitor at resonance?
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