00:01
And this question, you're looking at a posting standard between two meters, right? one is on the left mirror, right? it's a left mirror and the other is a right mirror.
00:12
It's here.
00:13
And there's two mirrors.
00:14
And the person to stand 5 .3 meters away from the left mirror and 6 .3 meters away from the right meter.
00:22
And the person's here, okay? and you asked about, you ask the distance of this person from the, three first three images in the left mirror.
00:34
So you can find this, the first image obviously just the image directed for me between, by the person at the left mirror.
00:44
And i call that image zero error, okay? i call this person zero and the first image in this left mirror is all zero, okay? and the distance, of course, is just two times five point three meters, right? and the second image would be this person would be the image of the image of this person in this red mirror.
01:07
So you look at this person, he has an image in the water mirror, which i read as zero arrow, right? so, and the distance, and this, this image where they form an image in the left mirror, which i simply call it all arrow, right? or this is the image or rl, or rl, actually.
01:30
So, so that image will be the distance from these two gas where it will be just the distance between these two is actually you can easily see that the distance of all from this mirror is just the distance between the mirrors and plus 6 .3 meters, right? and you look at the distance between this image and the person, you have to you have to add that by 5 .3 meters.
02:09
So the total distance was this much, like, twice the mirror distance.
02:14
And how about the third image? third image would be, you know, this image, right? the image, the first image of the, the first image in the 11 mirror, and this image will form another image, which would be somewhere here called the o -l -r...