I fixed the question 17 answer and put the reasoning below. Thank you, yet again orangedingo1619 Possible solutions: 1, 4, 5, 6 - The sum of all dots in each row seems to be increasing by 1 for each row (following the sequence of 6, 7, 8). The final square needs to have 3 dots for the sum of row 3 to be 8. ---> Possible solutions 5, 6 - The dots are always stacked vertically. ---> *The only correct and possible solution is 6*

@@capybarapens Hi, first of all, thank you very much for sharing this resource! Very useful! For Q17, I got your point. But why not chose 1, which can make the picture symmetry。 Could it be possible both answers are correct?

Lol i love you too much bro, u r awesome. Its great because i get to think twice and see if i did wrong or not. I am writing on my phone so the text below will look bad but I will edit it later when im out of bed. I will go through my whole reasoning below so you can spot if I have done anything wrong so please excuse my wall of text. Question 22 (11:42) *A common mistake is to think that each square rotates diagonally 45 degrees. If that was correct then 6 would be correct. However the symbol with 1 square and 1 quarter circle does not rotate 45 degrees diagonally.* *it might be much easiee to just think of where the square is rotated / moved. There should only be 4 rotations possible for that square* So this is the most likely answer - The square can have 4 positions. - in each row we rotate 45 degrees each time and the square will jump to the right. We will follow the position of the square in the past rows to "cheat" and not have to imagine the rotation. Positions of the square are as such: Row 1) 4 -> 1 -> 2 Row 2) 2 -> 3 -> 4 Row 3) 4 -> 1 -> 2 We can see that the correct rotation for a half circle with a square in position 2 would be the one in row 2[square 1]. Combined with black white black color on the square. The answer should be 5

@@capybarapens haha hopefully I'm only tackling the tougher ones 😛 And appreciate the sparring too! Thanks - so in the end its the square (white vs black and the location of it from spot 1-4) that determines basically everything. My struggle is that hypothetically, if you had a case where there was an answer where there was a black square in position 2, but with the half moon on top of it (say in positions 4 and 1) then couldnt you also argue that would be correct...? The logic for that would be something along the lines of "No combination is repeated everywhere so it must be this unique one" 😛

The answers are now available both in the description and in the stickied comment.