The Answer is C, as a result of:

Well their is a lot knowledge that may show it, that may take no less than one hour to enumerate all of them, so I’ll simply write the obvious one:

You have to calculate the variety of an identical colours from the beginning of every image till they alter.right here the sample: 3|1|3…1|4|2…2|1|4 (every row have to be equal to 7)

I’ve edited my reply after studying this:

“The sq. structure of the tiles is irrelevant.”

So now, the reply is B:

You have to calculate the variety of colours switching in every tiles, the sample is: 1/2/1/1/0/1/1/2/1

Some rationalization about how I come to this reply:

First, we have to now what now we have right here: 6 completely different colours, 8(+1) tiles, 4 coloured circle in every tiles, Only one coloured circle can hyperlink one other one, just one tiles is totally full of just one coloration, colours have their very own sample (inexperienced + crimson, orange + blue, yellow + purple), solely the (orange + blue) sample are equal (2 of every of them of their tiles). Now, we are able to begin conceptualizing the sample by asking some query: does these coloured circle linked every others imply we have to learn them like this (bottom-left > top-left > top-right > bottom-right) ? If sure, does we are able to say they’re like rainbow ? If sure, RED=1,ORANGE=2,YELLOW=3,GREEN=4,BLUE=5,PURPLE=6 ? If sure, does that imply that every coloration sample is equally distanced by 3 (Green = 4 / Red = 1, Orange = 2 / Blue = 5, Yellow = 3 / Purple = 6)? If sure, that imply 3 have to be our delimiter for calculating our sample ? If sure, can we are saying that we have to learn 3 tiles by 3 tiles ? If sure, we are able to simply see that every of these 3 row of tiles are vastly completely different in time period of colours and variety of identical colours, proper ? If sure, does we might want to learn by a logical order following the “arc / rainbow line” ? If sure, that may imply that the kind of colours, the colour initially/finish and the order of them within the tile is Irrelevant ? If sure, this can point out that solely the colours switching is related ? If sure, how can we calculate it ? Maybe, by giving to every tile some extent for each coloration switched, in instance: (inexperienced,inexperienced,inexperienced,crimson = 1) / (orange,blue,blue,orange = 2) / and so on…. By this principle, just one image could be our subsequent image within the sample: B –Since B is the one tiles with 1pts coloration switching in these steered image.