1 00:00:00,620 --> 00:00:03,819 Hello, I'm going to do another extra activity 2 00:00:03,819 --> 00:00:07,099 Here this extra activity is number 2 3 00:00:07,099 --> 00:00:12,779 And here what we have to do is to connect the different components 4 00:00:12,779 --> 00:00:18,399 In a series circuit, in a parallel circuit and as well in a compound circuit 5 00:00:18,399 --> 00:00:21,960 For that, first I need to download the image 6 00:00:21,960 --> 00:00:25,739 So I'm going to right click on the image here, right click 7 00:00:25,739 --> 00:00:27,980 And download my image 8 00:00:27,980 --> 00:00:32,079 here, circuits, guardar, and now I need to 9 00:00:32,079 --> 00:00:36,119 go to this tool, to this web tool, draw island 10 00:00:36,119 --> 00:00:39,740 to draw the 11 00:00:39,740 --> 00:00:44,020 connections, ok, here I need to upload 12 00:00:44,020 --> 00:00:47,100 my image, is from here, import 13 00:00:47,100 --> 00:00:53,439 and after that what I have to do is to 14 00:00:53,439 --> 00:00:57,420 make the connections, for that I am going to use align 15 00:00:57,420 --> 00:01:00,460 In color, red color 16 00:01:00,460 --> 00:01:02,560 And this size 17 00:01:02,560 --> 00:01:08,140 Ok, let's get started 18 00:01:08,140 --> 00:01:09,879 Series circuits 19 00:01:09,879 --> 00:01:15,599 Remember, when we connect two components in a series circuit 20 00:01:15,599 --> 00:01:18,319 We need to connect one after another 21 00:01:18,319 --> 00:01:20,040 One after another 22 00:01:20,040 --> 00:01:21,500 One after another 23 00:01:21,500 --> 00:01:27,120 In this case, they are in a position that I need to be careful 24 00:01:27,120 --> 00:01:31,280 Okay, first I'm going to draw the first line here 25 00:01:31,280 --> 00:01:33,819 That is the first line 26 00:01:33,819 --> 00:01:36,340 And this is the other line 27 00:01:36,340 --> 00:01:39,140 And we need to connect this line to this component 28 00:01:39,140 --> 00:01:40,819 But not to this part 29 00:01:40,819 --> 00:01:43,219 Because that is positive to positive 30 00:01:43,219 --> 00:01:45,760 And it's not one after another 31 00:01:45,760 --> 00:01:50,099 After another means to go this way 32 00:01:50,099 --> 00:01:58,469 So that is one after another 33 00:01:58,469 --> 00:02:06,829 One after another 34 00:02:06,829 --> 00:02:10,430 And finally, another line 35 00:02:10,430 --> 00:02:16,849 I need always to get two free terminals 36 00:02:16,849 --> 00:02:24,050 So I can continue connecting other batteries in series 37 00:02:24,050 --> 00:02:25,530 This is finished 38 00:02:25,530 --> 00:02:29,330 Now, parallel circuit 39 00:02:29,330 --> 00:02:34,310 That is, it's not the same as the series circuit 40 00:02:34,310 --> 00:02:36,550 We can't connect one after another 41 00:02:36,550 --> 00:02:45,250 We need to connect all the same sides, the same ends of each component together 42 00:02:45,250 --> 00:02:48,789 So, the negative to the negative to the negative 43 00:02:48,789 --> 00:02:57,139 They are connected together 44 00:02:57,139 --> 00:03:01,819 And the same thing in the other side, in the positive terminal 45 00:03:01,819 --> 00:03:13,310 And I need as well these two free terminals 46 00:03:13,310 --> 00:03:17,710 So I can continue connecting things 47 00:03:17,710 --> 00:03:23,370 I could draw these free terminals here and there 48 00:03:23,370 --> 00:03:26,689 Or here and there 49 00:03:26,689 --> 00:03:31,409 Ok, the last one is a compound circuit 50 00:03:31,409 --> 00:03:38,349 So I need to have, I need to get two different connections 51 00:03:38,349 --> 00:03:39,710 Parallel and series 52 00:03:39,710 --> 00:03:43,449 These two is better for us to connect them in parallel 53 00:03:43,449 --> 00:03:47,610 As I did in the previous circuit 54 00:03:47,610 --> 00:03:49,770 Ok 55 00:03:49,770 --> 00:04:00,199 Parallel 56 00:04:00,199 --> 00:04:04,439 And now I connect in series this lamp 57 00:04:04,439 --> 00:04:13,699 This lamp is connected in series with these parallel lamps 58 00:04:13,699 --> 00:04:18,019 And so the whole thing is a compound circuit 59 00:04:18,019 --> 00:04:24,720 Ok, the series circuit, the parallel circuit and the compound circuit 60 00:04:24,720 --> 00:04:31,199 Now I'm going to write my name on this image, in this circuit 61 00:04:31,199 --> 00:04:40,819 So I use the text tool, I draw here a rectangle and write my name, teacher 62 00:04:40,819 --> 00:04:48,709 And now the only thing I have to do is to download the image 63 00:04:48,709 --> 00:04:55,870 Remember, we don't need to take a screenshot because we have this menu, save 64 00:04:55,870 --> 00:05:02,310 So I save it, now I can't change the name but it doesn't matter 65 00:05:02,310 --> 00:05:06,310 Adaptar, I'm going to descargas 66 00:05:06,310 --> 00:05:10,310 here is my circuit, ok 67 00:05:10,310 --> 00:05:14,310 draw island, and I can rename it with our names 68 00:05:14,310 --> 00:05:18,310 teacher in my case, click 69 00:05:18,310 --> 00:05:22,310 if I double click on the image 70 00:05:22,310 --> 00:05:26,310 I can see the whole thing, my three different 71 00:05:26,310 --> 00:05:30,310 circuits with my name, and this is the image I have to 72 00:05:30,310 --> 00:05:33,550 upload to our Google Classroom. 73 00:05:33,550 --> 00:05:34,550 And that's it. 74 00:05:34,550 --> 00:05:34,990 Thank you.