STUNT. SHUNT.

We're going to shunt it out.

Circuit Vertical Resistor

Circuit Horizontal Resistor

It's a resistor.

Resistor color code calculator

OK, so that's a photo resistor.

It used to be a resistor Lorenzo?

So the discrete object is a resistor, much like the point mass simplification that we did earlier that replaced the bulb filament with a object called a resistor, a discrete object called a resistor.

Davis, Noninductive Resistor , collection of articles at rexresearch.com

We could lump a bulb into a resistor.

The next thing is called a photo resistor.

And guess what, it behaves like a resistor.

And it's going to look like a resistor.

I can choose it as a lumped resistor.

But this is a very interesting lumped resistor.

But just now, I've got some shunting to do, so I'll shunt off.

OK, next, let me go to a fixed resistor, and this guy here on the screen to your left is a fixed resistor.

But notice its IV characteristic behaves like a resistor.

Putin s Russia is not Yeltsin s Russia, when the West could simply shunt aside Russian concerns.

A thermistor is a resistor whose resistance varies with temperature.

Oh OK, that's fine. So this is a photo resistor.

This resistor in the model has a resistance of formula_5 ohms.

Since then, several different types of implants have followed on from the original, the Baerveldt tube shunt, or the valved implants, such as the Ahmed glaucoma valve implant or the ExPress Mini Shunt and the later generation pressure ridge Molteno implants.

V falls across the resistor, and I get my I simply from

So, you look at this resistor here. That is simply a placeholder.

OK, for example, what we will do is show you the resistor.

The capacitance formula_3 between the two conductors is represented by a shunt capacitor C (farads per unit length).

And what you will see is that a bulb simply behaves like a resistor.

It's a very interesting kind of resistor, so I won't go into details for now.

Each was a potentiometer, a variable resistor, like stereos commonly have for a volume knob.

So for the resistor, since V is directly proportional to I, and R is a constant,

What I actually have is a variable resistor, so I'm going to change the resistance value,

But this is a practical resistor, so people out here can cover your eyes or something.

By modifying this resistor as the SLI is configured, an Ultra can be turned into an SLI.

I get a straight line. That's the I axis, the V axis, and this is the resistor.

When I shine light on it, it begins to conduct and becomes a resistor of some value.

Thermal noise in a resistor In 1928, John B. Johnson discovered and Harry Nyquist explained Johnson Nyquist noise.

The gates or bases of the power transistors are tied via a resistor to one of the supply voltages.

OK, I changed the value of R because it's a variable resistor, and the changes slope because my R is different.

Like direct coupled transistor logic, there is no resistor between the output (collector) of one NPN transistor and the input (base) of the following transistor.

It provides a resistor that has no residual self inductance, meaning that it can resist the flow of electricity without causing magnetic interference at the same time.

Enthusiasts discovered early after the release of nForce4 Ultra that the chipset was identical to nForce4 SLI other than a single resistor on the chip package itself.

So, here's my filament, A, and let's say that the surface area here, I label that SA, and the one down here SB, my voltage, V, applied there, and this is what I call my black box that I've replaced with a resistor.

OK, in other words, if I take a complete object, if I take an element like a resistor or a capacitor, the box around the entire element, OK, and I want to just deal with those systems in which this thing is zero.