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Q1) A parallel plate capacitor with separation between plates is 3mm, contain a two dielectric with interference parllel to electric field E, the area of first dielectric is S1=0.3m2 with E1=2 and for the second dielectric S2-D0.5m2 with E2-6. a) find the capacitane of this capacitor. b) find the energy stored in the capacitor if the patential difference between the two plates is 25V.

Q1) A parallel plate capacitor with separation between plates is 3mm, contain a two dielectric with interference parllel to electric field E, the area of first dielectric is S1=0.3m2 with E1=2 and for the second dielectric S2-D0.5m2 with E2-6. a) find the capacitane of this capacitor. b) find the energy stored in the capacitor if the patential difference between the two plates is 25V.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Q1) A parallel plate capacitor with separation between plates is 3mm, contain a two dielectric with interference parllel to electric field E, the area of first dielectric is S1=0.3m2 with E1=2 and for the second dielectric S2-D0.5m2 with E2-6. a) find the capacitane of this capacitor. b) find the energy stored in the capacitor if the patential difference between the two plates is 25V.
Transcribed Image Text:Q1) A parallel plate capacitor with separation between plates is 3mm, contain a two dielectric with interference parllel to electric field E, the area of first dielectric is S1=0.3m2 with E1=2 and for the second dielectric S2-D0.5m2 with E2-6. a) find the capacitane of this capacitor. b) find the energy stored in the capacitor if the patential difference between the two plates is 25V.
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