Eric Fox's Puzzles

       Shade some cells to form a non-intersecting path which does not touch itself orthogonally. A black circle marks an end of the path. Each orthogonally connected area of unshaded cells must be exactly four cells in size. Clues cannot be shaded, and contain the letter associated with the tetromino shape of their unshaded area. Solve online

     Shade some cells to form a non-intersecting path which does not touch itself orthogonally. Circles mark the ends of the path. Each orthogonally connected area of unshaded cells must be exactly four cells in size. Clues cannot be shaded, and contain the letter associated with the tetromino shape of their unshaded area. Solve online

       Shade some cells to form a non-intersecting path which does not touch itself orthogonally. Circles mark the ends of the path. Each orthogonally connected area of unshaded cells must be exactly five cells in size. Clues cannot be shaded, and contain the letter associated with the pentomino shape of their unshaded area. Solve online

       Shade some cells to form a non-intersecting path which does not touch itself orthogonally. Circles mark the ends of the path. Each orthogonally connected area of unshaded cells must be exactly five cells in size. Clues cannot be shaded, and contain the letter associated with the pentomino shape of their unshaded area. Solve online

       Shade some cells to form a non-intersecting path which does not touch itself orthogonally. Circles mark the ends of the path. Each orthogonally connected area of unshaded cells must be exactly five cells in size. Clues cannot be shaded, and contain the letter associated with the pentomino shape of their unshaded area. Solve online

       Shade some cells to form a non-intersecting path which does not touch itself orthogonally. Circles mark the ends of the path. Each orthogonally connected area of unshaded cells must be exactly five cells in size. Clues cannot be shaded, and contain the letter associated with the pentomino shape of their unshaded area. Solve online