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hexomino
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Consider the following image

enter image description here
There is a mine present in each of the three red sections.
Also, there will be two more mines adjacent to the bottom '2'. This makes 5 in total.

Hence, each of the green sections should be free of mines.

Bonus: If there were a mine in the square below the '3' and a mine in one of the two squares to the right of the '4' (in the red L-shape), then it would be impossible to determine which of these two squares contains the mine. I think this is most likely scenario as there seems to be enough information elsewhere.

Consider the following image

enter image description here
There is a mine present in each of the three red sections.
Also, there will be two more mines adjacent to the bottom '2'. This makes 5 in total.

Hence, each of the green sections should be free of mines.

Consider the following image

enter image description here
There is a mine present in each of the three red sections.
Also, there will be two more mines adjacent to the bottom '2'. This makes 5 in total.

Hence, each of the green sections should be free of mines.

Bonus: If there were a mine in the square below the '3' and a mine in one of the two squares to the right of the '4' (in the red L-shape), then it would be impossible to determine which of these two squares contains the mine. I think this is most likely scenario as there seems to be enough information elsewhere.

Source Link
hexomino
  • 139.2k
  • 10
  • 397
  • 576

Consider the following image

enter image description here
There is a mine present in each of the three red sections.
Also, there will be two more mines adjacent to the bottom '2'. This makes 5 in total.

Hence, each of the green sections should be free of mines.