The discussion revolves around a circuit problem involving a capacitor and an inductor, specifically comparing their potential energies after a certain time. The components in question are a 1.0 E -6 F capacitor charged to 10.0 micro C and a 1.0 H inductor.
The discussion is ongoing, with participants sharing their thoughts and questioning the assumptions about the circuit configuration. There is no explicit consensus on the setup, but several lines of reasoning are being explored regarding the implications of different arrangements of the components.
Participants note the lack of specific information about how the inductor and capacitor are connected, which is crucial for solving the problem. There is also mention of the potential impact of circuit configuration on the decay constant and energy calculations.
Partap03 said:A 1.0 E -6 F capacitor has a charge of 10.0 micro C. It is connected to a 1.0 H inductor at t = 0. Compare the potential energy of the capacitor to the potential energy of the inductor at t = 10s. Which energy is greater?
Partap03 said:First of all thanks.
My thoughts
I know that potential energy is basically voltage across each component.
Also, C = Q / (change in V) ; C is the capacitance, Q is the charge, and V is volts.
solving for change in V and we get
V = Q / C
Am I going in the right direction?
LowlyPion said:First of all I don't know how it's connected. Is the inductor in || to the capacitor? What is the circuit?
Partap03 said:That's all the problem says. Let's assume that it is in series then how would I approach the problem?