Recent content by lilcho

I need some help. In this circuit does V0 = R + R1 +R2? And can someone elaborate on putting the resistance as a function of x and L?

Thank you very much. That really cleared things up for me.

If you look at the image then another person posted: How do I determine what the voltage is between A and B or between B and C? I guess I am just confused a bout the multiple voltage and how they are moving toward the center.

How do I determine the total voltage in a circuit like this?

I have been working the problem and after applying Kirchhoff's Law I ended up with 3 equations and 3 unknowns (which are I1,I2 and I3). I can easily see that if each current was .01 that would be a solution but then it wouldn't agree with the nodal law for the middle node. I am confused.

I am not the best physiscis but I think it means that there is no change in the potential difference therefore the voltage and current remain constant? the voltage drop across R4 is equal to the total Voltage?

Thank you gneill and ehild. I am about use the info that you have given me and attempt to solve it. I really appreciate your help.

Homework Statement Two resistors of X and Y are connected in parallel with one another and in series with a 200 Ω resistor and a battery \epsilon=1.5 V and internal resistance r=0.5 Ω. The resistance of X is 100 Ω. When Y is disconnected from X, an additional resistance of 50 Ohms must be...

Homework Statement Find out currents I1 – I4 in the scheme shown below. All emfs and resistances are indicated; note the polarity of the batteries. Homework Equations Kirchhoff's Junction Rule: The algebraic sum of the currents into any junction is zero. Kirchhoff's Loop Rule: The algebraic...

Homework Statement The schematic below shows the simplest potentiometer that can be used to regulate the voltage supplied onto the electric load that has the resistance R. In such case, the variable resistance is made of the uniform piece of wire having total resistance R0 and length l and a...