Answer 5 1. If the static electric force is 172.5 N, what is the distance between both charges• Q= 4.65x10^-5 c• Q-=6.28x10^-5 c2. Three charges as shown in the figure below. What is the electric force experienced by charge B?• Q. = 2.5x10*c• Qu=-3.68x10* C• Q. = 5.0x10*CA34.5cm40 cm3. What is the magnitude of the static electric force at point A? (1µC = 10°C)• Qu= 3.2 µC; r = (0,0)• Qa= -7.8 µC; r= (4.2cm, 0)• Q.= 9 µC r= (0, 4.2cm)4. What is the magnitude of the static electric force at point C?• Qa= 3.2 µC; r = (6m, 8m)• Qa= -7.8 µC; r= (0, 8m)• Qc= 9 µC r= (0, 0)5. Three charge spheres are at the position shown in the figure. Charge A (4.67x10 C) is located at the origin,Charge B (8.21x10°C) is located at X=4m, Y=0, while the charge C (6.72x10°C) is located at the X-0cm, Y=-3cm.• Find the net electrostatic force at sphere A• Find the net electric field at (4, -3)

the static electric force N, what is the distance between both charges • Q.= 4.65x10^-5 C • Q=6.28x10^-5c 2. Three charges as shown in the figure below. What is the electric force experienced by charge B? • Q = 2.5x10*c • Q= -3.68x10* c • Q = 5.0x10°C B 34.5cm 40 cm 3. What is the magnitude of the static electric force at point A? (1µC = 10°C) %3! • Q= 3.2 µC; r = (0,0)

the static electric force N, what is the distance between both charges • Q.= 4.65x10^-5 C • Q=6.28x10^-5c 2. Three charges as shown in the figure below. What is the electric force experienced by charge B? • Q = 2.5x10c • Q= -3.68x10 c • Q = 5.0x10°C B 34.5cm 40 cm 3. What is the magnitude of the static electric force at point A? (1µC = 10°C) %3! • Q= 3.2 µC; r = (0,0)

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter23: Resistive-inductive-capacitive Series Circuits

Section: Chapter Questions

Problem 1RQ: What is the phase angle relationship of current and the voltage dropped across a pure resistance?

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