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(3): Parallel plate capacitor Q4. A capacitor of initially capacitance 0.08pF is filled with dielectric. The table behind gives the dielectric constant of the material inside the capacitor equals; applied voltage difference V on the capacitor as a function of its charge Q. The (a) 1.38 (c) 2.20 Q5. TI (b) 5.64 (d) 1:43 V (volts) 50 100 9 (PC) 5 10.5

(3): Parallel plate capacitor Q4. A capacitor of initially capacitance 0.08pF is filled with dielectric. The table behind gives the dielectric constant of the material inside the capacitor equals; applied voltage difference V on the capacitor as a function of its charge Q. The (a) 1.38 (c) 2.20 Q5. TI (b) 5.64 (d) 1:43 V (volts) 50 100 9 (PC) 5 10.5

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Problem (3): Parallel plate capacitor Q4. A capacitor of initially capacitance 0.08pF is filled with dielectric. The table behind gives the dielectric constant of the material inside the capacitor equals; applied voltage difference V on the capacitor as a function of its charge Q. The (a) 1.38 (c) 2.20 Q5. The presence of the dielectric material inside the capacitor will; (a) Decrease its capacitance. (c) Increase its voltage. (b) 5.64 (d) 1.42 Problem (4): Kirchhoff's rul In the figu (b) Increase its capacitance. (d) Decrease its charge. Fig (1) V (volts) 50 100 150 200 Q (PC) 5 10.5 16 21.5
Transcribed Image Text:Problem (3): Parallel plate capacitor Q4. A capacitor of initially capacitance 0.08pF is filled with dielectric. The table behind gives the dielectric constant of the material inside the capacitor equals; applied voltage difference V on the capacitor as a function of its charge Q. The (a) 1.38 (c) 2.20 Q5. The presence of the dielectric material inside the capacitor will; (a) Decrease its capacitance. (c) Increase its voltage. (b) 5.64 (d) 1.42 Problem (4): Kirchhoff's rul In the figu (b) Increase its capacitance. (d) Decrease its charge. Fig (1) V (volts) 50 100 150 200 Q (PC) 5 10.5 16 21.5
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