Could you solve it? Do you cut out for these puzzling slices?
A grid puzzle consists of a square with three missing corner cells, while an image shows what remains after cutting it into a line. The question is: can 11 identical pieces cover the entire grid without any gaps or overlaps? The answer is no - the colors in each piece match those found in the grid except for one color that does not have its matching number of cells (blue has 12, yellow has 10 and red has 11).
A second puzzle involves dividing a pizza into five slices, with two people getting two pieces, another person getting three, and another person getting just one. The question is: what's the minimum number of slices needed to divide it evenly among all five individuals? A slice size of 1/10 will be perfect.
Finally, an image shows how three pizzas can be cut into equal-sized pieces for a pizza party. The solution is to divide each pizza into ten equal pieces, so everyone gets exactly two-thirds of a piece.
A grid puzzle consists of a square with three missing corner cells, while an image shows what remains after cutting it into a line. The question is: can 11 identical pieces cover the entire grid without any gaps or overlaps? The answer is no - the colors in each piece match those found in the grid except for one color that does not have its matching number of cells (blue has 12, yellow has 10 and red has 11).
A second puzzle involves dividing a pizza into five slices, with two people getting two pieces, another person getting three, and another person getting just one. The question is: what's the minimum number of slices needed to divide it evenly among all five individuals? A slice size of 1/10 will be perfect.
Finally, an image shows how three pizzas can be cut into equal-sized pieces for a pizza party. The solution is to divide each pizza into ten equal pieces, so everyone gets exactly two-thirds of a piece.