1. circles 2. triangles 3. squares 4. any of the polygons
There are 48 such squares.
No, a circle is not a regular polygon because it is not even a polygon.A polygon must have at least 3 sides and 3 angles (a circle has 1 side and has 0 angles), it has to be a closed shape, and it cannot have curved lines (circles are curved). Therefore, a circle is not a polygon. You *might* think that a circle is just made up of a gazillion squares, but no. It's simply just a curved shape.
A polygon can have numerous amounts of sides. As long as it has at least 3 lines that connect.
6... with a remainder of 6 1x1 squares.
A circle or sphere has an infinite number of lines of symmetry.
So whats the question? If i had 5 squares remove 3 lines to make 4 squares but keep the 3 lines within the 4 squares what?
Move 3 lines "from" - do you mean 'remove 3 lines from' - or - move 3 lines to other places? Anyway, this all depends on the layout of the five squares.
squares or rectangles
1. circles 2. triangles 3. squares 4. any of the polygons
. . . . . . . . . like this type only in 3 lines.
(11!) / (4!) (3!) (2!) (2!) = 69,300distinguishable arrangements
if 5 squares are there it gonna have 16 lines and removing 3 off the right end would still leave 4 squares
Easy. Step one: Draw a long-enough straight line. Step two: Draw 3 lines on each half of it to form squares Done.
Send in the dots. We're ready.
this is not possible unless it is in a 3-d dimension
Is this question supposed to have 12 toothpicks to make 4 squares and then move 3 toothpicks to make 3 equal sized squares? Answer depends on the restrictions. Just move 3 sticks from any square to form a straight vertical or horizontal line up of squares is one option if there is no restrictions other than the three resulting squares are equal sizes.