Let's now add a new potential winner to our circuit.
So, again, I'm going to do this on Dinga cat and also show you with Dereel Hardway.
So we have our little secret here with the FDA, the Second Circuit, with the pushbutton and the energy.
And know what we are going to do is we are going to start from the second to add the put on tremendo.
So I'm going to click here and duplicate.
So we have a copy of the push button separate from the last section, and I'm just going to name it,
but I'm sure Mr..
And we are going to at the bottom of the hour here with all the other components, so you can see here
on the right with the components list, we already have the potential.
But again, if you confine find it, just search for it and you would get it.
So I'm going to put the product out here.
And as you can see, we are asked to choose a resistance value.
So what is that basically important?
Jimm is a viable resistance.
And when you turn the button here on the Amida, the resistance will vary.
OK, and that valuation of the resistance will create a valuation of the voltage that you read on the
bin.
And this is how you will get so many different values.
So what value to bet for the potential metal resistance?
Well, as you can see here on the photo, I have a 10 can only put on Shimoda.
And I guess that's if you have a starter kit, all that you got a standard put on Schmitter that is
compatible with Ardino.
You should have something like 10 chelate over.
This is one of the most common values for put on Chamitoff.
So I'm just going to also use Dinkytown for the pointer and this actually doesn't really matter that
much.
So we have our put on Shamila, but I'm going to do I'm going to put it here, so let's put it there.
So the potential murder, we have three different things, OK, you can see here, terminal one, the
middle is wiper here and terminal two, thoughtful terminal one and terminal to what you're going to
do is you're going to take, let's say, terminal one and connect it to the ground here.
OK, so make sure this is the ground, right.
Color is black and then the terminal to the other side.
You can not the middle one you're going to connect it to.
Five-fold and Kweller is right.
All right, and the other here doesn't really matter.
You could connect this thing to Ibold and this spin to the ground, just make sure that you don't connect
both pins to the ground of both pins to Facebook.
All right.
And now what we can do is to connect the middle pin here of the put on shimmied up to an analog input
pin.
So the analog input being right here, a zero to a five.
And let's say I want to use I'm going to use a two.
OK, just for this example, I'm going to take this one of the dots from this line and all the way down
to a two.
Let's put this cable in, let's change color, let's put it look.
All right, and that's it for today.
How do I sit up so one pinned to the ground, the other side to my vote, and the middle one goes to
an analog input beam.
And again, you can see here on this line, on the ground line, we have all of the components connected
to the same ground.
And here you can see on the real secret, so first, of course, I have disconnected this part of the
USB cable from the computer.
So the potential is right here.
And you can see here it's a little bit different than the one that I have put on the simulation, because
here the three pins are not on the same line and you have two pins on this side and one pin on this
side.
So I just but the potential matter here in the middle, simply because it's easier to manage, but basically
make sure that all the three pins are connected in different lines.
OK, of the breadboard.
So here you can see we have one of the so we have the two external things, OK, one of them here is
connected to ground, the other one is connected to a vote.
So I use more cables.
So black for brown.
Red for Facebook.
So I don't make any mistake, OK.
And then the pin that goes here in the middle is connected to here the analog input, eight to nine,
as you can see it.
And so I don't need to do anything else, OK, with the ground and five out of the board because everything
is already set up with those two wheels here which are connected.
So make sure they always stay connected.
OK.
And then, OK, you might want to ask why, but these poor countries, which are very close to the bottom
and not just in the middle, is because I'm trying to make some room, OK, because later on we're going
to add more components.
And so there is enough available space for all the components we want to add for discourse and for the
final project.