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.
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.
yes it is possible yet very hard to do you have to be very determined and have mad skills like me and whoever says you can't your WRONG I HAVE DONE IT! BANG POW GET SOME EDUMACATION SKILLS!