-- 958 M-bits is 119.75 M-Bytes.
-- If you format your paper with, lets say, 100 spaces in each line and 50 lines
on the page, that's 5,000 characters on each page.
-- If the text is stored as standard ASCII with one byte per character, then
you need 23,950 pages to print 119.75 M-Bytes of text data.
The answer is 8.444458598970342673539150650759e+958.
I managed to get 11 pieces.
11 of them.
If the paper is in inches then 11 times 14 = 154 square inches
exactly 11 inches long
87.0909
It all depends on the size of the tree and the size of a piece of paper. However, if you are talking about a large, full-grown tree and 81/2" x 11" paper, then it takes much less than one tree to make 100 pieces of paper.
The answer is 8.444458598970342673539150650759e+958.
8 1/2 x 11 inches
37, by my reckoning.10, then one piece is taken out from that (left with 9), repeat again, and again, and for the last one there are 10 pieces left because the las piece isn't 'chopped up' again.?
10 or 11
I managed to get 11 pieces.
11
11
66
Depends on the paper. Computer paper is usually 8.5" by 11". Notebook paper may be 8.5" x 11", but some is slightly smaller.
100