Before any earlier pictured placement, no used row or column excludes another cell from this color region, while the no-touch rule adds no further region exclusion. The region containing A5 is left with A5; row 5 still allows A5, B5, C5, D5, E5, F5, G5, H5, I5, and J5, and column A still allows A1, A2, A3, A4, A5, A6, A7, A8, A9, and A10. The region consists only of A5, so its cat must be placed there.
Add D6 while keeping A5 fixed; the board diagram now shows 2/10 cats.
With A5 already fixed, no used row or column excludes another cell from this color region, while the no-touch rule adds no further region exclusion. The region containing D6 is left with D6; row 6 still allows C6, D6, E6, F6, G6, H6, I6, and J6, and column D still allows D1, D2, D3, D4, D6, D7, D8, D9, and D10. Only D6 remains in the required color region, so the placement is forced.
Candidate scope — color region: D6; row 6: C6, D6, E6, F6, G6, H6, I6, and J6; column D: D1, D2, D3, D4, D6, D7, D8, D9, and D10.
Exclusion rules — used rows/columns remove 0 cells from the region; orthogonal/diagonal no-touch adds 0 cells.
Forced conclusion — D6 is the color region's only legal cell.
3
Step 3: Place the cat at B8
B8 is forced by contradiction: treating it as empty leaves the color region covering G2, G3, and G4 without a legal cell.
Add B8 while keeping A5 and D6 fixed; the board diagram now shows 3/10 cats.
With A5 and D6 already fixed, no used row or column excludes another cell from this color region, while the no-touch rule adds no further region exclusion. The region containing B8 is left with B7 and B8; row 8 still allows B8, C8, E8, F8, G8, H8, I8, and J8, and column B still allows B1, B2, B3, B7, B8, B9, and B10. Rejecting B8 forces B7 → C2 → H3, after which the color region covering G2, G3, and G4 has no legal cell. Therefore B8 must contain the cat.
Candidate scope — color region: B7 and B8; row 8: B8, C8, E8, F8, G8, H8, I8, and J8; column B: B1, B2, B3, B7, B8, B9, and B10.
Exclusion rules — used rows/columns remove 0 cells from the region; orthogonal/diagonal no-touch adds 0 cells.
Forced conclusion — rejecting B8 forces B7 → C2 → H3 and empties the color region covering G2, G3, and G4.
4
Step 4: Place the cat at C2
C2 is the only legal cell left in its color region after the earlier placements remove every alternative.
Add C2 while keeping A5, D6, and B8 fixed; the board diagram now shows 4/10 cats.
With A5, D6, and B8 already fixed, used rows or columns exclude 17 cells, including A1, A2, B2, D2, A3, and D3 from this color region, while the no-touch rule adds no further region exclusion. The region containing C2 is left with C2; row 2 still allows C2, E2, F2, G2, H2, I2, and J2, and column C still allows C1, C2, C3, C4, and C10. Only C2 remains in the required color region, so the placement is forced.
Candidate scope — color region: C2; row 2: C2, E2, F2, G2, H2, I2, and J2; column C: C1, C2, C3, C4, and C10.
Exclusion rules — used rows/columns remove 17 cells (A1, A2, B2, D2, A3, and D3 among them) from the region; orthogonal/diagonal no-touch adds 0 cells.
Forced conclusion — C2 is the color region's only legal cell.
5
Step 5: Place the cat at H3
H3 is the only legal cell left in its color region after the earlier placements remove every alternative.
Add H3 while keeping A5, D6, B8, and C2 fixed; the board diagram now shows 5/10 cats.
With A5, D6, B8, and C2 already fixed, used rows or columns exclude H2 and I2 from this color region, while the no-touch rule adds no further region exclusion. The region containing H3 is left with H3; row 3 still allows E3, F3, G3, H3, I3, and J3, and column H still allows H1, H3, H4, H7, H9, and H10. Only H3 remains in the required color region, so the placement is forced.
Candidate scope — color region: H3; row 3: E3, F3, G3, H3, I3, and J3; column H: H1, H3, H4, H7, H9, and H10.
Exclusion rules — used rows/columns remove 2 cells (H2 and I2) from the region; orthogonal/diagonal no-touch adds 0 cells.
Forced conclusion — H3 is the color region's only legal cell.
6
Step 6: Place the cat at I9
I9 is forced by contradiction: treating it as empty leaves the color region covering A9, D9, and F9 without a legal cell.
Add I9 while keeping A5, D6, B8, C2, and H3 fixed; the board diagram now shows 6/10 cats.
With A5, D6, B8, C2, and H3 already fixed, used rows or columns exclude 13 cells, including C6, I6, C7, H7, C8, and D8 from this color region, while the no-touch rule adds no further region exclusion. The region containing I9 is left with G7, I7, E9, and I9; row 9 still allows E9, F9, G9, I9, and J9, and column I still allows I1, I7, I9, and I10. Rejecting I9 forces F7 → E9, after which the color region covering A9, D9, and F9 has no legal cell. Therefore I9 must contain the cat.
Candidate scope — color region: G7, I7, E9, and I9; row 9: E9, F9, G9, I9, and J9; column I: I1, I7, I9, and I10.
Exclusion rules — used rows/columns remove 13 cells (C6, I6, C7, H7, C8, and D8 among them) from the region; orthogonal/diagonal no-touch adds 0 cells.
Forced conclusion — rejecting I9 forces F7 → E9 and empties the color region covering A9, D9, and F9.
7
Step 7: Place the cat at E10
E10 is forced by contradiction: treating it as empty leaves the color region covering A9, D9, and F9 without a legal cell.
Add E10 while keeping A5, D6, B8, C2, H3, and I9 fixed; the board diagram now shows 7/10 cats.
With A5, D6, B8, C2, H3, and I9 already fixed, used rows or columns exclude 8 cells, including A9, D9, F9, G9, A10, and B10 from this color region, while the no-touch rule adds no further region exclusion. The region containing E10 is left with E10 and F10; row 10 still allows E10, F10, and G10, and column E still allows E1, E4, and E10. Rejecting E10 forces F7, after which the color region covering A9, D9, and F9 has no legal cell. Therefore E10 must contain the cat.
Candidate scope — color region: E10 and F10; row 10: E10, F10, and G10; column E: E1, E4, and E10.
Exclusion rules — used rows/columns remove 8 cells (A9, D9, F9, G9, A10, and B10 among them) from the region; orthogonal/diagonal no-touch adds 0 cells.
Forced conclusion — rejecting E10 forces F7 and empties the color region covering A9, D9, and F9.
8
Step 8: Place the cat at F7
F7 is the only legal cell left in its color region after the earlier placements remove every alternative.
Add F7 while keeping A5, D6, B8, C2, H3, I9, and E10 fixed; the board diagram now shows 8/10 cats.
With A5, D6, B8, C2, H3, I9, and E10 already fixed, used rows or columns exclude 8 cells, including G2, G3, H4, G5, F6, and G6 from this color region, while the no-touch rule additionally excludes G4 by orthogonal or diagonal contact. The region containing F7 is left with F7; row 7 still allows F7 and J7, and column F still allows F1, F4, and F7. Only F7 remains in the required color region, so the placement is forced.
Candidate scope — color region: F7; row 7: F7 and J7; column F: F1, F4, and F7.
Exclusion rules — used rows/columns remove 8 cells (G2, G3, H4, G5, F6, and G6 among them) from the region; orthogonal/diagonal no-touch adds 1 cell (G4).
Forced conclusion — F7 is the color region's only legal cell.
9
Step 9: Place the cat at G1
G1 is the only legal cell left in its column after the earlier placements remove every alternative.
Add G1 while keeping A5, D6, B8, C2, H3, I9, E10, and F7 fixed; the board diagram now shows 9/10 cats.
With A5, D6, B8, C2, H3, I9, E10, and F7 already fixed, used rows or columns exclude 22 cells, including B1, C1, D1, E1, F1, and H1 from this color region, while the no-touch rule adds no further region exclusion. The region containing G1 is left with G1 and J1; row 1 still allows G1 and J1, and column G still allows G1. Only G1 remains in the required column, so the placement is forced.
Candidate scope — color region: G1 and J1; row 1: G1 and J1; column G: G1.
Exclusion rules — used rows/columns remove 22 cells (B1, C1, D1, E1, F1, and H1 among them) from the region; orthogonal/diagonal no-touch adds 0 cells.
Forced conclusion — G1 is the column's only legal cell.
10
Step 10: Place the cat at J4
J4 is the only legal cell left in its color region after the earlier placements remove every alternative.
Add J4 while keeping A5, D6, B8, C2, H3, I9, E10, F7, and G1 fixed; the board diagram now shows 10/10 cats.
With A5, D6, B8, C2, H3, I9, E10, F7, and G1 already fixed, used rows or columns exclude 13 cells, including H5, I5, J5, H6, J6, and J7 from this color region, while the no-touch rule adds no further region exclusion. The region containing J4 is left with J4; row 4 still allows J4, and column J still allows J4. Only J4 remains in the required color region, so the placement is forced.
Exclusion rules — used rows/columns remove 13 cells (H5, I5, J5, H6, J6, and J7 among them) from the region; orthogonal/diagonal no-touch adds 0 cells.
Forced conclusion — J4 is the color region's only legal cell.
The completed Level 68 visual board: G1, C2, H3, J4, A5, D6, F7, B8, I9, and E10.
Logic recap
Why This Solves Level 68
The final placements (G1, C2, H3, J4, A5, D6, F7, B8, I9, E10) cover 10 rows and 10 columns exactly once. Each cat stays inside the 10x10 board and keeps the row, column, and no-touching rules intact.
Final check
Rows 1-10 each contain one cat.
Columns A-J each contain one cat.
No two final cats touch, including diagonally.
Ready to solve one yourself?
Practice Cat Logic Without Breaking Your Flow
Meowdoku blends Sudoku-style row and column logic with colored regions: place one cat in each region, and never let two cats share a row, share a column, or touch.
If ads or limited hearts interrupt your solving flow—or you simply want X marks and help tools close at hand—play the same style of cat logic on our original original practice boards.
The final cat positions are G1, C2, H3, J4, A5, D6, F7, B8, I9, E10.
How many cats are in Meowdoku Level 68?
Level 68 uses a 10x10 board, so the answer places 10 cats.
Do I need to watch the Level 68 video?
No. The written steps and board diagrams show the complete answer path. The video is only an optional reference.
Is this an official Meowdoku level guide?
No. This is an unofficial independent guide that explains the logic for players. It is not affiliated with the official Meowdoku app or its developers.
