PLEASE ANSWER CORRECTLY. NEED ASAP. THANK YOU! A series RLC circuit has a resistance of 7.5 , a capacitance of 10-2 F, an inductance of 1/6 H, andan applied voltage E = 12 V. Assuming no initial current and charge when voltage is first applied,find the subsequent current in the system.1. What is the simplified linear ODE with constant coefficient from the problem?A. (D² +42D + 600)I = 0(D² +45D + 600)I = 0None of the choicesB. (D² +45D + 40/3)] = 02. What is the equation to solve for I of the system?5√15A. I= e-45t B₁ cos5√15215t)5√15B. I= e 2B₁ cos2B.451=e23. What is the value of constant B₁?A.-72B.04. What is the value of I'(0)?A.-72B.0-t + B₂ sin-t + B₂ sin.COS452245COS t2C.D.tC.C.D.5. What is the final equation to solve for the subsequent current of the system?48√155√15A.1 = e-45tC.255√15 (48√15251=e=2 B₁ cosD. None of the choices454572C.45D. 72D.5√1521= e 2¹45, (48√15) 5√15sint252t + B₂ sinNone of the choices5√152

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A series RLC circuit has a resistance of 7.5 , a capacitance of 10-2 F, an inductance of 1/6 H, and an applied voltage E = 12 V. Assuming no initial current and charge when voltage is first applied, find the subsequent current in the system. 1. What is the simplified linear ODE with constant coefficient from the problem? A. (D² +42D + 600)I = 0 (D² +45D + 600)I = 0 B. (D² +45D + 40/3)] = 0 None of the choices 2. What is the equation to solve for I of the system? 5√15 A. I= e-45t B₁ cos 5√15 2 15t) 5√15 B. 1 = e 2 B₁ cos 2 B. 45 1=e 2 3. What is the value of constant B₁? A. -72 B. 0 4. What is the value of I'(0)? A. -72 B. 0 -t + B₂ sin -t + B₂ sin. 45 2 COS C. D. t C. D. C. D. 45 1= e 2 B₁ cos 5. What is the final equation to solve for the subsequent current of the system? 48√15 5√15 45, (48√15) 5√15 A. 1 = e-45t C. sin t 25 2 25 2 5√15 (48√15) 45 COS t 25 2 D. None of the choices 45 72 C. 45 D. 72 5√15 5√15 t + B₂ sin 2 2 1=e=2 None of the choices

A series RLC circuit has a resistance of 7.5 , a capacitance of 10-2 F, an inductance of 1/6 H, and an applied voltage E = 12 V. Assuming no initial current and charge when voltage is first applied, find the subsequent current in the system. 1. What is the simplified linear ODE with constant coefficient from the problem? A. (D² +42D + 600)I = 0 (D² +45D + 600)I = 0 B. (D² +45D + 40/3)] = 0 None of the choices 2. What is the equation to solve for I of the system? 5√15 A. I= e-45t B₁ cos 5√15 2 15t) 5√15 B. 1 = e 2 B₁ cos 2 B. 45 1=e 2 3. What is the value of constant B₁? A. -72 B. 0 4. What is the value of I'(0)? A. -72 B. 0 -t + B₂ sin -t + B₂ sin. 45 2 COS C. D. t C. D. C. D. 45 1= e 2 B₁ cos 5. What is the final equation to solve for the subsequent current of the system? 48√15 5√15 45, (48√15) 5√15 A. 1 = e-45t C. sin t 25 2 25 2 5√15 (48√15) 45 COS t 25 2 D. None of the choices 45 72 C. 45 D. 72 5√15 5√15 t + B₂ sin 2 2 1=e=2 None of the choices

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter20: Capacitance In Ac Circuits

Section: Chapter Questions

Problem 5PP: Three capacitors having capacitance values of 20F,40F, and 50F are connected in parallel to a 60 -...

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