7-8 times
you cant really do that...BUT YOU CAN! WHAT YOU NEED: Two pieces of construction paper...or blank paper...(or lined paper because you're doing this during a class and you are bored hint hint:P) So the first thing you do is measure out a 1inch by 4inch piece of paper and a 8inch by 10inch (you can make it smaller if you want but keep the numbers two apart) piece of paper. Fold the bigger piece of paper in 1/2inch folds accordion style or fan style from elementary school...GOOD TIMES! Hold the piece of paper in place and don't let it go. Rap the smaller piece of paper around the center and tape or glue which ever you prefer. You could even add a clip to the back so you could wear it out:P haha EASY AS THAT!
Depends which one. It can be leather, sponge, rubber or you can even make one for paper by scrunching a piece of paper.
a piece of paper or document that you can right on too keep ideas on or even a reminder
Yes, you are liable to get a paper cut any time your skin comes in contact with the edge of a piece of paper, you can even get paper cuts from cardboard.
Doors usually have a small gap between the bottom of the door and the floor, and in most cases, it is possible for a piece of paper to fit through that gap. So even if a door is locked, you can still deliver a piece of paper.
Take several folds of ordinary paper towel and get them good and moist. Lay several ordinary nails on the paper towel, keep the paper towel damp. In a day or two, there will be rust on the nails. Sprinkling salt on the paper towel will speed up the process even more, as will soaking the paper towel in salt water first. \
I disquise the gift tags by making them from the wrapping paper used for the present. I cut a rectangular piece off, fold it in half, fill in the name and tape it down so that it folds over. If places properly on the gift, the kids won't even notice it (before you notice them peeking at the gift).
You should stand up to mean people because stay you had a piece of paper you crumble it up and then you try to fix that paper even though you fixed that paper their scars are there forever
Normal paper is referred to as "16-weight" which is .0032 inches thick. To figure out how thick it would be after fifty folds, you have to know how many layers there would be and multiply that number times .0032After 1 fold you would have 2 layers, after 2 folds, 4, after 3 folds, 8 etc. In other words you would end up with 2 raised to the 50th power folds. That's 2 times itself 50 times. That's a big number. In fact it comes to a whopping 1125899906842627 layers!!!Multiply that times .0032 and you find out that the paper would now be 3602879701896.397 inches thick!! Mind you that's not counting the air trapped between layers.[Interesting to know, though, is that it has been proven that no matter how big a sheet of paper is (length times width) you can only fold it up to 7 times, unless you use a sheet that's the size of a ware house and have five hours and a C.A.T Roller to flatten the paper, in which case you can get up to 11. But under human strength can you only get it to 7, which would make the paper 0032 x 2^7 or 0.4096 inches thick. Quite a difference.]P.S. The world record is 12 timeswjs1632Or you could try the correct answer. No matter how many times you fold it, a standard sheet of paper is always 11" tall.AdditionJust for the record in the UK and probably across Europe the standard size of paper closest to "letter" in the US is called A4 (about 11.7" high). We used to have a size called foolscap (pronounced fullscap) which was even higher but hasn't been seen in offices for a good while. CorrectionA piece paper cannot be folded in half more than 7 times. Its a trick question?shut upComplete correctionBritney Gallivan has solved the Paper Folding Problem. she folded a sheet of gold foil 12 times, breaking the record. The exact limit for single direction folding case was derived, based on the accumulative limiting effects induced by every fold in the folding process. Here is Britney's formula : L =((π.t)/6).(2n+4)(2n-1) L is the minimum possible length of the material, t is material thickness, and n is the number of folds possible in one direction. L and t need to be expressed using the same units. By using this formula you can calculate how many times you can fold whatever you want. PS: If you fold a paper of 0,1mm, 40times the thickness will be the distance between the earth and the moon. So do not even try it :)
rugae It's not rugae - for stomach. Small intestine wall is plicae circulares.
No. If you can pick it up, it has depth (even a millimetre). This means it is 3D. A piece of paper is a very thin cuboid. 2D can only be represented by drawings, images on paper etc., not the paper itself.
Yes, a layer of clothing (even a piece of paper) would protect against alpha particles.