A Ream is a measure of the NUMBER of sheets of paper (500 sheets) How thick that would be will depend on the weight of the paper. Heavier paper is thicker.
The size of 4 A4 papers stuck together would be equivalent to the dimensions of a single A4 paper in terms of length and width, but the thickness would be four times that of a single sheet of A4 paper. A standard A4 paper measures 210 mm by 297 mm, so when four sheets are stuck together, the dimensions would still be 210 mm by 297 mm, but the thickness would be approximately 0.4 mm (assuming each sheet is 0.1 mm thick).
3000
A US penny is 1.55mm thick. Thus a stack of 1,000,000 pennies would be 1,550,000mm, or 1.55 kilometers (0.963 miles) high. A Canadian penny is 1.45mm thick. Thus a stack of 1,000,000 pennies would be 1,450,000mm, or 1.55 kilometers (0.901 miles) high. A post-1992 British penny is 1.65mm thick. Thus a stack of 1,000,000 pennies would be 1,650,000mm, or 1.65 kilometers (1.025 miles) high.
If it is sheets of paper in reams (500) = 1 pack
Assuming a standard sheet of paper is 0.1mm thick, the height of a million sheets of paper stacked on top of each other would be 100 meters (328 feet).
A stack of papers.
That would depend on how thick the polythene sheets were.
To find the thickness of one sheet of paper, divide the total thickness of the pack (50mm) by the number of sheets in the pack (500 sheets). Each sheet of paper would be 0.1mm thick.
A sheet of standard copy paper is about .004 in thick. 100 sheets would therefore have a thickness of about 0.4 in. Modern, lightweight paper sold for home printing is much thinner and 500 sheets have a thickness of 1" approx. So, 100 sheets would be about 0.2 in.
depends how big the square is
this would be roughly as high as a ten story building
Assuming each sheet weighs around 0.1 ounces, a million sheets of notebook paper would weigh approximately 10,000 ounces or about 625 pounds.
A Ream is a measure of the NUMBER of sheets of paper (500 sheets) How thick that would be will depend on the weight of the paper. Heavier paper is thicker.
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
Assuming a basketball rim is 10 feet tall, it would take approximately 1,200 sheets of standard letter-size paper stacked on top of each other to reach that height, as each sheet is about 0.0083 inches thick.
The size of 4 A4 papers stuck together would be equivalent to the dimensions of a single A4 paper in terms of length and width, but the thickness would be four times that of a single sheet of A4 paper. A standard A4 paper measures 210 mm by 297 mm, so when four sheets are stuck together, the dimensions would still be 210 mm by 297 mm, but the thickness would be approximately 0.4 mm (assuming each sheet is 0.1 mm thick).