It would be a function of the form:
w = c + k*p/2
where
w is the weight
p is the number of pages in the book
k is the weight of each numbered page of the book
c is the weight of the cover
The function could be further refined to take account of
The number of pages it has, the number of words it contains, thickness of the book, weight of the book, time it takes to read it, etc.
1140
There are no specific number of pages , because the pages differ from bible to bible as there are different versions and types of bible.
Each folded sheet of paper gives four pages. So multiply the number of pages by 4.
It is impossible to tell the number of pages on www today. Even by the time this answer is submitted the final number of pages would have increased by many thousands. There are thousands of pages pouring in every minute. Google claims to have indexed over a trillion pages till date. Still there are no statistics to validate such claims.
pages (weight)
A suitable name for this function could be "calculateBookWeight" or "getBookWeight".
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"The Godfather Returns" by Mark Winegardner has approximately 608 pages.
She Returns to the Floating World has 132 pages.
Time(pages)
Time(pages) *ER7*(:
"The Enchantress Returns" by Chris Colfer has approximately 512 pages.
The Pure Weight of the Heart has 357 pages.
Weight Loss - novel - has 432 pages.
The average weight of a school book is around 2-3 pounds. The weight can vary depending on the size, material, and number of pages of the book.
There are 510 pages in "The Land of Stories: The Enchantress Returns," which is the second book in the series by Chris Colfer.