-- 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
10 or 11
I managed to get 11 pieces.
11
11
66
100
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.
6/11