All regular polygons with an even number of sides. Also rectangles.All regular polygons with an even number of sides. Also rectangles.All regular polygons with an even number of sides. Also rectangles.All regular polygons with an even number of sides. Also rectangles.
negative
Yes, as long as ' r ' is a whole number, and not a fraction or decimal.
No. Equilateral triangles will tessellate and a triangle has 3 sides, which is an odd number.
The sum of an odd and an even number is odd. Any odd number can be expressed as 2n + 1 (for some integer "n"). Any even number can be expressed as 2m (for another integer, "m"). The sum of the two is 2(m+n) + 1. Since the expression in parentheses is an integer, multiplying it by 2 gives you an even number. Adding 1 makes the entire expression odd.
(1010)1
All regular polygons with an even number of sides. Also rectangles.All regular polygons with an even number of sides. Also rectangles.All regular polygons with an even number of sides. Also rectangles.All regular polygons with an even number of sides. Also rectangles.
Every number multiplied by 2 is an even number, so that 2n is an even number. Usually we represent an even number by 2n.
No. Squares and regular hexagons, both with an even number of sides, can make regular tessellations.
No. Squares and regular hexagons, both with an even number of sides, can make regular tessellations.
false
negative
Yes. Regular polygons with an odd number of sides are also symmetrical.
Yes, as long as ' r ' is a whole number, and not a fraction or decimal.
Y = X- 2 one number before x is odd, two numbers before is even
No. Equilateral triangles will tessellate and a triangle has 3 sides, which is an odd number.
No. Equilateral triangles will tessellate and a triangle has 3 sides, which is an odd number.