edit: Hello everyone! When I posted the question, latex equations that were visible in "preview" do not seem here. So, I upload a pdf version of the question.
We consider zero free charges and currents: ρ=J=0
$$
\mathbf{\nabla} \times \mathbf{E} = -\frac{\partial \mathbf{B}}{\partial t}...
Greetings everyone,
Exactly as the title says. I am reaching to something strange and I do not know what I am missing. It must be something obvious...
case 1: -L/2 to L/2
After taking the Schrodinger equation and considering potential equal to zero inside we reach at this...
Hey.i have a question.
Lets say i am having a branch with a resistance and a capacitor.As we know the capacitor is an open circuit in "steady" state,right?
The question is what will happen to the resistance.I mean because of the capacitor,i erase the branch and everything it has with him?
So i started studying about AC circuits and i tried solving an exercise.The problem is that not only i am stuck,but also i am not even sure that what i have done so far is right and follows the right logic.So some quidance on this would be appreciated.
Here is the problem...
Because the voltage across the inductor is 0,i suppose that the power is zero as well?
To get the amount of energy stored in a capacitor-inductor,we get E=1/2CV^2-E=1/2LI^2 respectively.So i suppose that ohm's law cannot be applied here cause if it were,the energy stored would be 0.What is the...
So the power(if not called this way i mean work/time) of a capasitor in this steady state will be 0?
Also how the polarity of a capasitor is determined?
Ok i started working with capasitors and inductors and i have a question.
The capasitor is an open circuit to dc,right?
Now the questions:
a)If the current of capasitor is 0 how can it store energy?I know that we use this:1/2 C V^2 but it seems weird that with just stable voltage we store...
Ok i started working with capasitors and inductors and i have a question.
The capasitor is an open circuit to dc,right?
Now the questions:
a)If the current of capasitor is 0 how can it store energy?I know that we use this:1/2 C V^2 but it seems weird that with just stable voltage we store...
I am not sure if i understand 100% the first thing you mentioned.
So if i understand correctly one loop current will create a potential drop,whereas the other one will create a potential rise.
But where i will need this information in the circuit?
I mean just now i was told to be careful about...
Exercise number 2
I found some things about the nodal analysis and the supermesh you mentioned earlier.Here is an exercise and my solution.I don't care about the results,just the logic and the equations matter to me.Take a look..
Also in the circuit you will see, i want to ask...
Lol yes what a silly mistake i did.But i don't mind because you said the logic is good.We made it sir!
Now i can move to another kind of circuit.I guess you should expect me tomorrow for more pleasure.good night.
ok here it is once again.ehh i don't care about the exact results.i care about the equations and the logic.
also one question:
Lets say i have an independent current source in a loop.If i apply kirchhoff's loop law and take the equations about the loop,does the independent current source...
Well unfortunately i got off schedule today and didnt have time to post the answer earlier as i planned.Now before i post the answer i have to ask something to see if i did a mistake...in the circuit you posted above,does
I1 equals to I3+I4?
and last but not least if i found a negative...