Consider three parallel-plate capacitors, each consisting of two parallel circular disks of metal separated by a gap filled with some material. Arrange the capacitors by their capacitances, from highest to lowest, based on the provided plate radii r. plate separations d, and filler materials. Dielectric constants K for each material can be found in the table. Capacitor 1 (C): r = 8.92 mm, d = 2.91 um, filled with paper. Capacitor 2 (C2): r = 7.43 mm, d = 26.7 um, filled with porcelain. Capacitor 3 (C3): r = 9.38 mm, d = 21.4 um, filled with gallium arsenide (GaAs). Material K air 1.00 Highest раper 3.50 glass 4.50 diamond 5.50 porcelain 7.00 GaAs 13.2 Ge 16.0 InSb 17.7 Lowest Answer Bank

Consider three parallel-plate capacitors, each consisting of two parallel circular disks of metal separated by a gap filled with some material. Arrange the capacitors by their capacitances, from highest to lowest, based on the provided plate radii r. plate separations d, and filler materials. Dielectric constants K for each material can be found in the table. Capacitor 1 (C): r = 8.92 mm, d = 2.91 um, filled with paper. Capacitor 2 (C2): r = 7.43 mm, d = 26.7 um, filled with porcelain. Capacitor 3 (C3): r = 9.38 mm, d = 21.4 um, filled with gallium arsenide (GaAs). Material K air 1.00 Highest раper 3.50 glass 4.50 diamond 5.50 porcelain 7.00 GaAs 13.2 Ge 16.0 InSb 17.7 Lowest Answer Bank

College Physics

10th Edition

ISBN:9781285737027

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter16: Electrical Energy And Capacitance

Section: Chapter Questions

Problem 6CQ: An air-filled parallel-plate capacitor with capacitance C0 stores charge Q on plates separated by...

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