1
00:00:01,140 --> 00:00:04,570
So again this will be the last few steps.

2
00:00:04,620 --> 00:00:12,690
First you need to to the two hundred Microsoft was in the style you need to move these two as you can

3
00:00:12,690 --> 00:00:14,640
see here we have a capacitive sign.

4
00:00:14,640 --> 00:00:22,350
So we need to move this from the common to these places between the cluster of sign that all blobs now

5
00:00:22,770 --> 00:00:28,120
bring along the watch and bring these two blobs.

6
00:00:28,710 --> 00:00:31,940
But that short circuit the two terminal spheres before measuring.

7
00:00:32,250 --> 00:00:40,970
Then you can simply add these two terminals as you can see.

8
00:00:42,230 --> 00:00:43,660
And the other one is here.

9
00:00:45,190 --> 00:00:53,850
So it gave us as you can see it simply as it's simply nineteen point eight ninety nine.

10
00:00:53,990 --> 00:00:57,920
And this is very close to the reading on it.

11
00:00:57,940 --> 00:00:58,450
It has.

12
00:00:59,310 --> 00:01:02,870
You don't want to make room for all six forms.

13
00:01:03,300 --> 00:01:06,960
And gave us like around 20 miles an hour.

14
00:01:07,440 --> 00:01:08,400
So fair enough.

15
00:01:08,440 --> 00:01:12,810
This means that this capacity works correctly without any problems.

16
00:01:12,820 --> 00:01:14,990
That's it for how to measure our capacitor.

17
00:01:15,220 --> 00:01:20,320
You need to make sure that when you buy a watch this dramatic meter task that end that you are going

18
00:01:20,320 --> 00:01:27,180
to use or measure up because this one as I mentioned it an image of between two nano and 200 micro for

19
00:01:27,200 --> 00:01:35,620
Rod and this is not a very large uh let's say uh range.

20
00:01:35,620 --> 00:01:36,290
That's it for this.

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That's on if you have any questions please ask on the front label.

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Thanks for watching.

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This is education an engineering team.