Well every book has a different weight, so it really just depends on what they all weigh. (weigh them separately) then add it together, therefore giving you the mass of three books.
The mass of three books can vary depending on their size and material, but on average, a paperback book weighs around 0.5-1 pound. So, the mass of three books would be roughly 1.5-3 pounds.
It depends on the mass of the individual books!
Wendy Mass has written 26 books.
Weight = m g = (3) (9.8) = 29.4 newtons (6.61 pounds)
A kilogram is a measure of mass, not of weight, and so 30 maths books cannot possibly weigh 3 or 30 kilograms just as they cannot weight 3 or 30 minutes, or 3 or 30 metres.
30 kg / 108 = 0.27777777778 kg per book. So for 150 books: 150 * 0.27777777778 kg = 41.666666667 kg. And for 29kg of books: 29 / 0.27777777778 kg = 104.4 books.
Books were the first mass marketed product.
1 kilogram
no, that's a silly idea
3 books
Yes, there will be a Mass effect 3. even if your Shepard died, there will be a mass effect 3.
To arrange 3 algebra books and 3 geometry books on a shelf so that no two books of the same type are next to each other, you can use the concept of permutations. There are 3! ways to arrange the algebra books and 3! ways to arrange the geometry books. This gives a total of 3! * 3! = 36 ways to arrange the books on the shelf such that no two books of the same type are next to each other.