vertical lines across the body
It is not possible
Oh, dude, you just gotta draw two diagonal lines from one corner to the opposite corner, creating four triangles, and then draw a line horizontally across the middle of the rectangle. Boom, five equal parts! It's like slicing a pizza, but with shapes.
In complete sentnces, explain why you can cut the rectangles into different shapes and still have four equal parts.
Like this : Draw a Rectangle , Divide the rectangle into 5 even parts. Shade 4 of the 5 parts. Thats it.
You just divide the circles into 4 parts
fold the equal two peices
16 divided by 4 equals 4
(4/5) / 3 = 4/15
Measure it and then divide the number by 4 so you will know how far you nedd to cut it
2626 and divide 4 = 656.5
I can't figure out how to post images here, so I will tell you the method by which I figured it out: cut the rectangle between two edges across from another, and half the 2 triangled on the sides and put them together so each forms a rectangle. Put these rectangles together with the initial rectangle to form a large rectangle. Now, while keeping the previous cut-lines intact, draw lines dividing the rectangle into 4 equal parts (which should be easy now) and color each of the 4 parts a different color. Now, take the rectangle apart and reassemble the hexagon. You will probably need to make a few more cuts in order to keep all the colors together, but you should be able to figure that part out without much difficulty. Voila, a hexagon divided into 4 equal parts.
To divide 2 wholes and a half, you would have to divide the 2 wholes into equal parts and then divide the half as well. For example, if you divide each whole into 4 equal parts, you would have 8 parts in total. Distribute 2 parts to each whole, resulting in 4 parts for the wholes. Then, divide the half into 2 parts, adding to a total of 6 parts.