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2. The equivalent capacitance of two capacitors in series is 0.03 uF and when connected in parallel, 0.16 uF. If the capacitor with the smaller capacitance is replaced with a capacitor whose capacitance is double as much what will be the new equivalent series capacitance of the combination.

2. The equivalent capacitance of two capacitors in series is 0.03 uF and when connected in parallel, 0.16 uF. If the capacitor with the smaller capacitance is replaced with a capacitor whose capacitance is double as much what will be the new equivalent series capacitance of the combination.

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College Physics
11th Edition
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Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
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2. The equivalent capacitance of two capacitors in series is 0.03 uF and when connected in parallel, 0.16 uF. If the capacitor with the smaller capacitance is replaced with a capacitor whose capacitance is double as much what will be the new equivalent series capacitance of the combination.
Transcribed Image Text:2. The equivalent capacitance of two capacitors in series is 0.03 uF and when connected in parallel, 0.16 uF. If the capacitor with the smaller capacitance is replaced with a capacitor whose capacitance is double as much what will be the new equivalent series capacitance of the combination.
- Ohm's Law V R = p- A^2 А V C = V C = E d R = I Permittivity of Common Dielectrics L^2 R = P: Material .) Air or vacuum 0.885 Glass (ordinary) 7 Glass (pyrex) 4.7 Mica 4.8 Mylar 2.7 1 I a Paraffin 2 R = p А Polyethylene 1.99 Porcelain 6.2 Teflon 1.9 Water @ C 70.8 Resistivity Coefficients at C Resistivity Coefficients at C .m) Capacitor in Parallel Material Material .m) Silver 1.59 Carbon 3.5x Cr = G + C2 + C3 Qr = Q1 + Q2 + Q3 |CT Сopper 1.68 Germanium 0.6 Aluminum 2.65 Silicon 2300 Tungsten 5.6 Glass Iron 9.71 Lucite Vr = V = V2 = V3 Platinum 10.6 Quartz Manganin 48.2 Rubber Lead 22 Teflon Mercury 98 Wood Nichrome 100 Capacitor in Series Resistors in Parallel Resistors in Series Rr = R1 +R2 + Rg3 L = 4 = ½ = I3 1 1 1 1 1 + 1 + 1 1 + Cr G'G' C Qr = Q1 = Q2 = Q3 + Rr R' R2 R3 T = 4 +12 +13 Vr = V = V2 = V3 || %3D Vr = V +V½ +V3 Vr = V¼ + V½ + V3
Transcribed Image Text:- Ohm's Law V R = p- A^2 А V C = V C = E d R = I Permittivity of Common Dielectrics L^2 R = P: Material .) Air or vacuum 0.885 Glass (ordinary) 7 Glass (pyrex) 4.7 Mica 4.8 Mylar 2.7 1 I a Paraffin 2 R = p А Polyethylene 1.99 Porcelain 6.2 Teflon 1.9 Water @ C 70.8 Resistivity Coefficients at C Resistivity Coefficients at C .m) Capacitor in Parallel Material Material .m) Silver 1.59 Carbon 3.5x Cr = G + C2 + C3 Qr = Q1 + Q2 + Q3 |CT Сopper 1.68 Germanium 0.6 Aluminum 2.65 Silicon 2300 Tungsten 5.6 Glass Iron 9.71 Lucite Vr = V = V2 = V3 Platinum 10.6 Quartz Manganin 48.2 Rubber Lead 22 Teflon Mercury 98 Wood Nichrome 100 Capacitor in Series Resistors in Parallel Resistors in Series Rr = R1 +R2 + Rg3 L = 4 = ½ = I3 1 1 1 1 1 + 1 + 1 1 + Cr G'G' C Qr = Q1 = Q2 = Q3 + Rr R' R2 R3 T = 4 +12 +13 Vr = V = V2 = V3 || %3D Vr = V +V½ +V3 Vr = V¼ + V½ + V3
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