If by sides you refer to the number of paper slices you can hold then the formula is this:
assuming that when the paper has not been folded, the number of times folded is equal zero then the equation is:
2x, where x is the number of times folded.
for example if the paper has been folded four times the number of sides is:
24 = 16
i got the answer!
the pyramidsthe object that is shaped like a pyramid is/are paper folded by triangle and the shape that is like the shape of an pyramid is triangle.
Fold the paper along the line. Fold the paper again so that the first fold is folded onto itself and such that the second fold goes through a specified point - if any. The second fold will represent a line that is perpendicular to the first and which passes through the specified point.
Your answer depends on what you want to 'do' with the diamond. If you want to keep it, wear it, or give it, insure it, you might want to package it in jewelry. Or you could package a loose stone in folded paper, so as not to lose the diamond.
Fold the paper so the line is on itself. Fold this folded edge on itself causing a crease to form that goes through the point in question, You are using the theorem that lines perpendicular to the same line are parallel.
Folded paper goes farther than unfolded paper because folded paper weighs more than unfolded paper. Folded paper is too light to go far.
paper
A standard piece of paper cannot be folded 7 times, but the Mythbusters folded a hangar sized piece of paper 11 times.
Any paper can be folded in half for 6 times.
A paper folded in half is commonly referred to as a "folded sheet" or simply a "fold."
Folding the piece of paper does not change the thickness of the piece of paper. However, the thickness of the folded paper would be twice that of the original sheet of paper.
The height of a piece of paper folded in half once is half of its original height.
Any size sheet of paper can only be folded in half 7 times.
Loose diamonds are contained in folded paper that give the owner a space upon which to write details about the diamond.
Yes it will
crumbled
The crumbled. It's more like a ball, unlike the 2D paper. And since you can't keep the paper completely folded, It might as well be in 2nd place.