2026-07-17
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Puzzle guide
Full breakdown using the Strategy coach format — row-by-row placements, region scans, and strategy notes.
Overview
LinkedIn Queens #808 is the LinkedIn Queens daily for July 17, 2026. Queens is LinkedIn's logic puzzle: place exactly one queen in every row, column, and colored region on a 9×9 board, with no two queens touching—even diagonally. This page includes the live board, a solved-board view, and a step-by-step Solution walkthrough. Difficulty: Hard. Estimated solve time: 6–10 min.
Answer
Final queen coordinates for this board:
R1C6, R2C8, R3C5, R4C7, R5C9, R6C2, R7C4, R8C1, R9C3
Several color regions span only a few cells — scan those regions first because they often force a queen into a single row or column.
Analysis
Teaching LinkedIn Queens #808: start with region scans on this 9×9 board. 9 regions, sizes 2–39. Walk students through 9 placements ending at R1C6, R2C8, R3C5, R4C7, R5C9, R6C2, R7C4, R8C1, R9C3.
Board spotlight: Several color regions span only a few cells — scan those regions first because they often force a queen into a single row or column. Region sizes range from 2 to 39 cells — smaller regions often pin a queen to a single row intersection.
Lesson step 1: show why R1C6 is forced. Region 4 only touches row 1 once on this board, so its queen must land at column 6. Ask: which rows/columns/regions are now closed?
Lesson step 2: show why R2C8 is forced. Row 2, column 8 is the forced queen once region 1, row, column, and touch rules are applied together. Ask: which rows/columns/regions are now closed?
Lesson step 3: show why R3C5 is forced. Region 3 only touches row 3 once on this board, so its queen must land at column 5. Ask: which rows/columns/regions are now closed?
Lesson step 4: show why R4C7 is forced. Column 7 is the only column still available for a queen in row 4. Ask: which rows/columns/regions are now closed?
Lesson step 5: show why R5C9 is forced. Region 6 only touches row 5 once on this board, so its queen must land at column 9. Ask: which rows/columns/regions are now closed?
Lesson step 6: show why R6C2 is forced. Row 6, column 2 is the forced queen once region 7, row, column, and touch rules are applied together. Ask: which rows/columns/regions are now closed?
Lesson step 7: show why R7C4 is forced. After eliminations, row 7 has one legal square left — column 4. Ask: which rows/columns/regions are now closed?
Lesson step 8: show why R8C1 is forced. Region 5 only touches row 8 once on this board, so its queen must land at column 1. Ask: which rows/columns/regions are now closed?
Lesson step 9: show why R9C3 is forced. After eliminations, row 9 has one legal square left — column 3. Ask: which rows/columns/regions are now closed?
Recap: 9 queens, 9 regions, one solution path. Replay using region-first scanning.
Rows
Placement insight
Region 4 only touches row 1 once on this board, so its queen must land at column 6.
Solving note
Placing here claims row 1, column 6, and region 4. Auto X marks will block 80 other cells from holding another queen in those units. Watch for region Pin patterns on similar boards.
Placement insight
Row 2, column 8 is the forced queen once region 1, row, column, and touch rules are applied together.
Solving note
Placing here claims row 2, column 8, and region 1. Auto X marks will block 80 other cells from holding another queen in those units. Watch for elimination patterns on similar boards.
Placement insight
Region 3 only touches row 3 once on this board, so its queen must land at column 5.
Solving note
Placing here claims row 3, column 5, and region 3. Auto X marks will block 80 other cells from holding another queen in those units. Watch for region Pin patterns on similar boards.
Placement insight
Column 7 is the only column still available for a queen in row 4.
Solving note
Placing here claims row 4, column 7, and region 2. Auto X marks will block 80 other cells from holding another queen in those units. Watch for column Pin patterns on similar boards.
Placement insight
Region 6 only touches row 5 once on this board, so its queen must land at column 9.
Solving note
Placing here claims row 5, column 9, and region 6. Auto X marks will block 80 other cells from holding another queen in those units. Watch for region Pin patterns on similar boards.
Placement insight
Row 6, column 2 is the forced queen once region 7, row, column, and touch rules are applied together.
Solving note
Placing here claims row 6, column 2, and region 7. Auto X marks will block 80 other cells from holding another queen in those units. Watch for elimination patterns on similar boards.
Placement insight
After eliminations, row 7 has one legal square left — column 4.
Solving note
Placing here claims row 7, column 4, and region 8. Auto X marks will block 80 other cells from holding another queen in those units. Watch for row Scan patterns on similar boards.
Placement insight
Region 5 only touches row 8 once on this board, so its queen must land at column 1.
Solving note
Placing here claims row 8, column 1, and region 5. Auto X marks will block 80 other cells from holding another queen in those units. Watch for region Pin patterns on similar boards.
Placement insight
After eliminations, row 9 has one legal square left — column 3.
Solving note
Placing here claims row 9, column 3, and region 9. Auto X marks will block 80 other cells from holding another queen in those units. Watch for row Scan patterns on similar boards.
Verification
Teach verification by checking units: after the full set R1C6, R2C8, R3C5, R4C7, R5C9, R6C2, R7C4, R8C1, R9C3, each of 9 rows has exactly one queen, each column once, each region once, no neighbors.
Takeaways
9 rows, 9 columns, 9 regions — each gets exactly one queen.
Mark eliminations, then place forced queens, then re-scan regions.
Final set R1C6, R2C8, R3C5, R4C7, R5C9, R6C2, R7C4, R8C1, R9C3 — count queens per row/col/region before celebrating.