You need to fold an average piece of copy paper 42 times in half to reach the moon.
Here's how to figure that out:
The average distance to the moon from Earth's center is 384,403 km, and the average thickness of a sheet of paper is about .1 mm or .0000001 km.
Now, every time we fold the paper, it's thickness will double. When you repeatedly double a quantity, you can calculate what that quantity will be after a certain number of doublings with this formula:
P*2^n
where P is the original quantity, and n is the number of doublings.
Putting our number for paper thickness in:
(.0000001 km)*2^n
we find the number of folds, n, required to reach the moon by simply setting this formula equal to the distance between Earth and the moon and solving for n:
(.0000001 km)*2^n = 384,403km
2^n = 384,403 km/.0000001 km
n = log base 2 (384,403 km/.0000001 km)
n = 41.8058
Since folding only eight tenths of a time doesn't make sense, we round up to 42.
It would take 42 times to fold an average 8.5 by 11 piece of paper to reach the moon!<3
42
You can't fold a piece of paper 50 times
you can fold a 4 piece in half 5 times
6
snowflakes have 6 sides, so you fold the piece of paper 3 times.
you are folding it, there is still only one piece of paper
It's physically impossible to fold a piece of paper more than 7 times.
7-8 times
Get a square piece of paper. Fold it into a triangle (diagnol half) two times.Then, fold it 3 times. Then,fold the little thing in, and you're done.
You can. The present record is 12 times
512