WEBVTT 00:00.180 --> 00:03.300 Let's now add a new potential winner to our circuit. 00:03.630 --> 00:08.490 So, again, I'm going to do this on Dinga cat and also show you with Dereel Hardway. 00:08.880 --> 00:15.930 So we have our little secret here with the FDA, the Second Circuit, with the pushbutton and the energy. 00:16.110 --> 00:21.000 And know what we are going to do is we are going to start from the second to add the put on tremendo. 00:21.270 --> 00:24.270 So I'm going to click here and duplicate. 00:26.430 --> 00:34.140 So we have a copy of the push button separate from the last section, and I'm just going to name it, 00:34.890 --> 00:36.520 but I'm sure Mr.. 00:38.300 --> 00:44.870 And we are going to at the bottom of the hour here with all the other components, so you can see here 00:44.870 --> 00:48.770 on the right with the components list, we already have the potential. 00:49.040 --> 00:54.680 But again, if you confine find it, just search for it and you would get it. 00:54.690 --> 00:57.340 So I'm going to put the product out here. 00:57.740 --> 01:02.230 And as you can see, we are asked to choose a resistance value. 01:02.720 --> 01:04.430 So what is that basically important? 01:04.460 --> 01:07.310 Jimm is a viable resistance. 01:07.610 --> 01:13.100 And when you turn the button here on the Amida, the resistance will vary. 01:13.220 --> 01:20.600 OK, and that valuation of the resistance will create a valuation of the voltage that you read on the 01:20.990 --> 01:21.340 bin. 01:21.530 --> 01:25.010 And this is how you will get so many different values. 01:25.310 --> 01:28.780 So what value to bet for the potential metal resistance? 01:28.790 --> 01:34.070 Well, as you can see here on the photo, I have a 10 can only put on Shimoda. 01:34.310 --> 01:39.830 And I guess that's if you have a starter kit, all that you got a standard put on Schmitter that is 01:39.830 --> 01:41.060 compatible with Ardino. 01:41.330 --> 01:44.770 You should have something like 10 chelate over. 01:45.410 --> 01:48.050 This is one of the most common values for put on Chamitoff. 01:48.050 --> 01:55.430 So I'm just going to also use Dinkytown for the pointer and this actually doesn't really matter that 01:55.430 --> 01:55.750 much. 01:56.270 --> 02:02.800 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. 02:05.350 --> 02:11.410 So the potential murder, we have three different things, OK, you can see here, terminal one, the 02:11.410 --> 02:17.680 middle is wiper here and terminal two, thoughtful terminal one and terminal to what you're going to 02:17.680 --> 02:23.890 do is you're going to take, let's say, terminal one and connect it to the ground here. 02:23.920 --> 02:27.040 OK, so make sure this is the ground, right. 02:27.040 --> 02:31.600 Color is black and then the terminal to the other side. 02:31.600 --> 02:34.480 You can not the middle one you're going to connect it to. 02:35.460 --> 02:39.050 Five-fold and Kweller is right. 02:41.420 --> 02:44.010 All right, and the other here doesn't really matter. 02:44.030 --> 02:51.410 You could connect this thing to Ibold and this spin to the ground, just make sure that you don't connect 02:51.410 --> 02:54.350 both pins to the ground of both pins to Facebook. 02:54.580 --> 02:55.000 All right. 02:55.010 --> 03:02.900 And now what we can do is to connect the middle pin here of the put on shimmied up to an analog input 03:02.900 --> 03:03.350 pin. 03:03.360 --> 03:07.640 So the analog input being right here, a zero to a five. 03:07.970 --> 03:11.920 And let's say I want to use I'm going to use a two. 03:11.960 --> 03:21.440 OK, just for this example, I'm going to take this one of the dots from this line and all the way down 03:21.440 --> 03:23.630 to a two. 03:26.310 --> 03:31.320 Let's put this cable in, let's change color, let's put it look. 03:32.480 --> 03:34.070 All right, and that's it for today. 03:34.130 --> 03:40.760 How do I sit up so one pinned to the ground, the other side to my vote, and the middle one goes to 03:40.760 --> 03:42.100 an analog input beam. 03:42.530 --> 03:48.470 And again, you can see here on this line, on the ground line, we have all of the components connected 03:48.470 --> 03:49.610 to the same ground. 03:51.630 --> 03:57.900 And here you can see on the real secret, so first, of course, I have disconnected this part of the 03:57.900 --> 03:59.290 USB cable from the computer. 03:59.820 --> 04:02.600 So the potential is right here. 04:03.210 --> 04:10.320 And you can see here it's a little bit different than the one that I have put on the simulation, because 04:10.530 --> 04:18.330 here the three pins are not on the same line and you have two pins on this side and one pin on this 04:18.330 --> 04:18.520 side. 04:18.540 --> 04:25.080 So I just but the potential matter here in the middle, simply because it's easier to manage, but basically 04:25.080 --> 04:30.450 make sure that all the three pins are connected in different lines. 04:30.450 --> 04:31.410 OK, of the breadboard. 04:32.280 --> 04:39.570 So here you can see we have one of the so we have the two external things, OK, one of them here is 04:39.570 --> 04:43.670 connected to ground, the other one is connected to a vote. 04:43.710 --> 04:45.600 So I use more cables. 04:45.600 --> 04:47.040 So black for brown. 04:47.640 --> 04:49.180 Red for Facebook. 04:49.200 --> 04:50.980 So I don't make any mistake, OK. 04:51.540 --> 05:02.810 And then the pin that goes here in the middle is connected to here the analog input, eight to nine, 05:02.820 --> 05:04.270 as you can see it. 05:04.650 --> 05:11.100 And so I don't need to do anything else, OK, with the ground and five out of the board because everything 05:11.100 --> 05:14.750 is already set up with those two wheels here which are connected. 05:14.760 --> 05:16.870 So make sure they always stay connected. 05:16.890 --> 05:17.190 OK. 05:19.540 --> 05:25.810 And then, OK, you might want to ask why, but these poor countries, which are very close to the bottom 05:25.810 --> 05:30.700 and not just in the middle, is because I'm trying to make some room, OK, because later on we're going 05:30.700 --> 05:31.950 to add more components. 05:32.380 --> 05:38.890 And so there is enough available space for all the components we want to add for discourse and for the 05:38.890 --> 05:39.700 final project.