To cut a square into four equal parts, you can make two straight cuts. First, cut the square horizontally down the middle, dividing it into two equal rectangles. Then, make a vertical cut down the middle of the square, which will divide both rectangles into two equal squares, resulting in four equal squares.
16 divided by 4 equals 4
No, there is not. When you cut a shape with only one cut, you are creating two parts. In order to make four parts (no matter what the shape is), you would need to make two cuts.
Measure it and then divide the number by 4 so you will know how far you nedd to cut it
Provided he could work with fractional lengths, any length that you like!
The picture shows you how... http://etc.usf.edu/clipart/38600/38659/trimid_38659_lg.gif
yes
16 divided by 4 equals 4
No, there is not. When you cut a shape with only one cut, you are creating two parts. In order to make four parts (no matter what the shape is), you would need to make two cuts.
Four:One each vertical and horizontal divisions along the centerlineTwo diagonal divisions from corner to cornerThree horizontal division equally spacedThree vertical divisions equally spaced
Measure it and then divide the number by 4 so you will know how far you nedd to cut it
You can cut a gold bar into 7 equal parts with 3 cuts by following this method: First, make a cut to create two equal halves of the bar. Next, take one of those halves and cut it into three equal parts. Finally, take the other half and cut it into two equal parts. This results in a total of 7 equal pieces: 3 from one half and 4 from the other half.
Oh, dude, dividing a square into four equal parts is like cutting a pizza into four slices, easy peasy. Just draw two diagonal lines from opposite corners, and boom, you've got four equal triangles. It's not rocket science, it's just basic geometry.
In complete sentnces, explain why you can cut the rectangles into different shapes and still have four equal parts.
Draw an 'x' in the square by drawing a straight line from each corner to the opposite corner.
A square has 4 equal sides. And 4 ninety degree angles.
Provided he could work with fractional lengths, any length that you like!
The picture shows you how... http://etc.usf.edu/clipart/38600/38659/trimid_38659_lg.gif