You can fold a hexagon equally at most 6 times, each time along a line that connects opposite vertices or midpoints of sides. However, the practical limit may be less due to the increasing thickness of the material with each fold. Additionally, the precision of each fold affects the ability to achieve equal segments. Ultimately, while you can theoretically fold a hexagon 6 times, real-world factors may limit this.
32 times.
Exactly 3400 times
It goes in 88 times.
4 times with 1 remaining
53 times with a remainder of 4
3
It is 10 times smaller
150 ÷ 2 = 75
7 R 16
432 ÷ 9 = 48
how mant times does 5 go into 2
114 ÷ 13 = ~8.77 or 8 times with a remainder of 10.