Below is an RC Circuit where there are two capacitors. In this circuit they are in parallel. This parallel set is connected to a resistor and a battery. The circuit has been allowed to charge for some number of time constants (see below). This is an alternate way to describe time since you can calculate the time constant for any circuit. R C1 C2 Battery = 6.6O V R = 146.0 kiloOhms C1 = 87.0 microFarads C2 = 159.0 microFarads time = 3.10 time constants (t = 3.10T s) Please include answer a) in your answer box within this question. a) What is the voltage across the combined two capacitor system (equivalent capacitance) at time t = 3.10 T s? You don't have to find individual voltage, just the voltage across the combined capacitor system. There is an additional set of answer boxes for questions b) and c) as the next question. Please put your answers for the following two questions there. b) What is the energy stored on the capacitor system at this voltage at time t = 3.10 Ts? c) What is the current through the resistor at this time t = 3.10T s ?

Below is an RC Circuit where there are two capacitors. In this circuit they are in parallel. This parallel set is connected to a resistor and a battery. The circuit has been allowed to charge for some number of time constants (see below). This is an alternate way to describe time since you can calculate the time constant for any circuit. R C1 C2 Battery = 6.6O V R = 146.0 kiloOhms C1 = 87.0 microFarads C2 = 159.0 microFarads time = 3.10 time constants (t = 3.10T s) Please include answer a) in your answer box within this question. a) What is the voltage across the combined two capacitor system (equivalent capacitance) at time t = 3.10 T s? You don't have to find individual voltage, just the voltage across the combined capacitor system. There is an additional set of answer boxes for questions b) and c) as the next question. Please put your answers for the following two questions there. b) What is the energy stored on the capacitor system at this voltage at time t = 3.10 Ts? c) What is the current through the resistor at this time t = 3.10T s ?

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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