One cut gives two pieces of paper. 21
Two cuts gives four pieces of paper. 22
Three cuts gives eight pieces of parer. 23
So 60 cuts gives 260 pieces of paper. (A really big number)
Now lets just say that the paper is 2-4 meters thick. (1/10 of a mm, really thin stuff)
then 260 x 2-4 = 256 meters. or 252 kilometers
the unit is pop. = Piece Of Paper
It is physically impossible to fold a piece of paper in half more than 8 times. However, assuming you could do it (though it would be easier to cut the pile so far in half and put one half on top of the other), then: After 1 fold the stack has 2 sheets After 2 folds the stack has 4 sheets After 3 folds the stack has 8 sheets After n folds the stack has 2^n sheets After 50 folds the stack will be 2⁵⁰ sheets thick As each sheet is 0.1mm, the stack will be: 2⁵⁰ × 0.1 mm = 112589990684262.4 mm thick = 112589990.6842624 km thick ≈ 1.126 × 10¹¹ m thick
It would take 42 times to fold an average 8.5 by 11 piece of paper to reach the moon!<3
probably a meter!
1.028"
Historically a stack of paper would be up to the ceiling - so how high is the ceiling?
43 stacks and one third of a stack.
A stack of papers.
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.
A collection of paper is commonly referred to as a stack or a pile.
Theoretically, yes, as each fold would increase the height of the stack by 100%. After 12 folds a paper stack is typically 2 feet high. If you plug this into a formula - and mind you these are my own private calculations and can be wrong - and anticipate 50 folds, the stack would tower 549,755,813,888 feet (104,120,419.3 miles), which would not only dwarf Mount Everest (29,029 ft) but exceed the circumference of the Earth itself (24,901.55 miles) by several times. As a point of interest, the current world record for folding a piece of paper of any size consecutively in half is only 12 times.
A step-like fold across the stack
the unit is pop. = Piece Of Paper
Make the paper blocks. After doing so stack the paper blocks like you would do in jenga.
Ten reams of paper, at 8.5 centimetres tall each, would measure 8.5 x 10 = 85 centimetres.Each sheet of paper within a ream would measure 8.5 / 500 = 0.017 centimetres, or 1.7 millimetres.
Because a flat piece of paper has a larger surface area and therefore more wind resistance. But in a crumbled piece of paper the wind resistance is less.
The cost of a stack of paper can vary depending on the size, quality, and quantity of the paper. On average, a ream of standard printer paper containing 500 sheets typically costs around $5-10. Specialized paper or larger quantities may cost more.