Let x = third pile
First Pile = 2x + 10
Second Pile = 2x
Third Pile = x
(2x+10) + (2x) + (x) = 3000
2x + x + 2x + 10 = 3000
5x + 10 = 3000
5x = 3000 - 10
5x = 2990
x = 2990/5
x = 598
Therefore there are 598 books in the third pile. I'm sure you can figure out how to get how many books are in all other piles.
Well since 12 can be divided by 6, then the number being divided by 12 can also be divided by 6. It's best to imagine a big pile of stuff you have to break up into 12 little piles all exactly the same size. If you can do that then the pile is divisible by 12. Now you have 12 piles. Now arrange the piles in pairs. You now have six pairs of piles. Push each pair together into one pile. Now you have six piles and so the original big pile is divisible by six.
5.This question is the same as asking how many factors does 18 have.18 has the following factors:1, 18, 2, 9, 3 & 6.Therefore you could pile the books 6 different ways.However, as the question says equal piles (plural) then I think we should probably discount 1 pile of 18 books, so the answer is 5.
76 fist pile, 100 second pil, 200 in the third pile
The answer is 12. Explanation: You have 30 coins. If you take 30 coins and put them into piles of 5coins each, you will get 6 piles. Take 2 of those piles and you will have 12 coins.30 / 5 = 6 x 2 = 12
I have no clue
3000
5 ways the factors of 52 are 13, 2, and 2 a deck can be divided into 52 piles of 1, 26 piles of 2, 13 piles of 4, 4 piles of 13, and 2 piles of 26
It can be divided into even piles of: 52 piles of 1 card each. 26 piles of 2 cards each 13 piles of 4 cards each 4 piles of 13 cards each 2 piles of 26 cards each 1 pile of 52 cards.
If there are 5 piles and your consideration is 4 of the 5 piles, the fraction would be 4/5.
Well since 12 can be divided by 6, then the number being divided by 12 can also be divided by 6. It's best to imagine a big pile of stuff you have to break up into 12 little piles all exactly the same size. If you can do that then the pile is divisible by 12. Now you have 12 piles. Now arrange the piles in pairs. You now have six pairs of piles. Push each pair together into one pile. Now you have six piles and so the original big pile is divisible by six.
3 ways
10 ÷ J
i think about 5929 ways
no. To refer to the original example of dividing a number of objects into piles (6 objects into 3 piles = 2 objects per pile) it is impossible to place any number of objects so that they arange exactly zero piles.
12 divided by2 = 6
He read all sorts of books. Adams writes that when Jefferson returned from France he brought back 2,000 books. Adams was a roommate with Jefferson in France and also complains about how Jefferson had piles of books everywhere .
yes there are many photos if you look on google images, books and history websites.