What if you fold a piece of paper 27 times?

The maths. If you could fold a piece of copier paper 27 times, it would be more than 13km thick. Mt Everest is just over 8.8km tall. Incredibly, 42 folds would make the wad as thick as the distance from the Earth to the Moon!

What happens if you fold a piece of paper 26 times?

Such 'geometric growth' effects are dramatic: in theory, 26 folds would make the paper thicker than the height of Mount Everest. The current world paper-folding record belongs to California high school student Britney Gallivan, who in 2002 managed to fold a 1.2km-long piece of tissue paper 12 times.

What if I fold a paper 42 times?

If we fold a piece of paper 42 times, its thickness will actually be equal to the distance between the Earth and the Moon.

Can we fold a paper 100 times?

The myth: You can't fold a paper in half more than eight times. * The reality: Given a paper large enough—and enough energy—you can fold it as many times as you want. The problem: If you fold it 103 times, the thickness of your paper will be larger than the observable Universe: 93 billion light-years.

Is folding paper 42 times moon?

What is the thickness after 42 folds? The distance between the earth and the moon is around 384,400 kilometers (remember 1 km = 1,000,000 mm). After 42 folds, would the paper reach the moon? (439,804,651,110.4 mm = 439,804.7 km, so yes, it would reach the moon because 439,804.7 > 384,400)

Exponential Growth: How Folding Paper Can Get You to the Moon

What if we fold a paper 103 times?

At 103 folds, you will get outside of the observable Universe, which is estimated at 93 billion light-years in diameter.

Would folding a paper 100 times reach the Moon?

And incredibly, it only takes 42 foldings of a paper to get from the Earth to the Moon, and only about 94 foldings of a paper to make something the size of the entire visible Universe. And now you know how many times you'd have to fold a piece of paper to reach the Moon!

Why can't paper be folded 7 times?

It's commonly accepted that you cannot fold a single sheet of paper in half more than 7 times, no matter what paper finish, size, or basis weight you're using, for two main reasons: Every time you fold your sheet, you reduce your total surface area by half, so eventually you simply run out of surface area to fold.

Can you fold paper 13 times?

This equation assumes we fold side to side, then top to bottom, then side to side, etc. Using this equation, a standard piece of printer paper has w = 8.5 inches and t = 0.004 inches, so that n = 7. So a standard piece of paper can indeed only be folded seven times.

How thick is paper folded 50 times?

In fact, if you had a sheet of paper, and folded it in half 50 times, how thick would it be? The answer is about 100 million kilometres, which is about two thirds of the distance between the Sun and the Earth.

Why can't you fold paper 16 times?

The commonly accepted wisdom is that you can't fold a single sheet of paper in half more than seven times. The problem with folding paper in half multiple times is that the paper's surface area decreases by half with each fold.

Why can't you fold a piece of paper 9 times?

Because paper doesn't stretch. 1 doubled 9 times equals 512. So, once folded 9 times (if you can manage it), the piece of paper becomes 512 sheets thick, and the size of each 'page' in that stack is reduced to one 512th of the size of the sheet you started with.

What is the most paper folds?

How many times can you fold a piece of paper? In 2002, Britney Gallivan, then a junior in high school in Pomona, California, folded a single piece of paper in half 12 times. She currently holds the Guinness World Record (opens in new tab) for the most times to fold a sheet of paper in half.

Can you fold a paper 14 times?

For many years it was thought that the maximum number of folds that could be achieved was just seven! This was the case until when in 2002 American teenager Britney Gallivan demonstrated that a sheet of paper can be folded 12 times, provided that it is long enough and thin enough.

How many times can you fold a dollar bill?

A bill can be folded forward and back 4,000 times before it reaches the end of its lifespan.

Can you fold a paper more than 50 times?

No piece of paper can be folded 50 times. And the limit is not, in fact, anywhere near the size of a single molecule or atom. For a long time, there was a fairly common assumption that a piece of paper could not be folded in half more than 8 times.

What is the easiest world record?

How thick is paper?

Common office paper ranges from 0.05 mm to 0.10 mm in thickness. We can use specialized precision tools, like micrometers and calipers, to easily measure how thick a piece of paper is.

How many times can a paper be cut in half?

You can theoretically cut a piece of paper in half an infinite number of times. This is not really very practical because at some point it will be too small for practical cutting with existing machinery. If you mean how many times can you fold paper in half, that is between 7-8.

What is the easiest origami in the world?

Can you fold a paper 40 times?

If we fold a paper 30 times, the thickness reaches 6.67 miles which is about the average height that planes fly. 40 times, the thickness is nearly 7000 miles or the average GPS satellite's orbit. 45 times, the thickness is now over 250,000 miles and the distance between earth and moon is around 239,000 miles.

Will folding a paper 43 times reach the Moon?

And incredibly, it only takes 42 foldings of a paper to get from the Earth to the Moon, and only about 94 foldings of a paper to make something the size of the entire visible Universe.

How thin is a piece of paper?

A standard sheet of US writing paper has dimensions of 8.5 x 11 inches (about 22 x 28 cm) in width and height, and (for 20 pound paper) only about 0.004 inches (0.1 mm) in thickness.

Does paper fall faster or slower on the Moon?

On Earth, g = 9.8 m s⁻² but on the Moon g is only 1.6 m s⁻². Hence an object dropped from a given height will take longer to fall to the surface on the Moon than it would on the Earth.