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.
Oh, what a lovely thought! You could stack 77 books in so many ways, each one creating a unique and beautiful arrangement. Just imagine the different heights and patterns you could create - it's like painting a masterpiece with books. Remember, there's no right or wrong way to stack them, just let your creativity flow and enjoy the process.
Add all the books and divide by 4: 18 + 19 + 24 + 23 = 84; 84 divided by 4 = 21 books per stack
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.
To calculate how many stacks of 100 dollar bills would equal $100,000, you would divide $100,000 by $100. This gives you 1,000, which means you would need 1,000 stacks of 100 dollar bills to equal $100,000. Each stack contains 100 bills, so in total, you would have 100,000 individual bills.
20 dimes
i think about 5929 ways
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
3 ways
Assuming each coin is 1 cent. Two piles of 15 coins each (15 + 15 = 30).
43 stacks and one third of a stack.
Oh, what a lovely thought! You could stack 77 books in so many ways, each one creating a unique and beautiful arrangement. Just imagine the different heights and patterns you could create - it's like painting a masterpiece with books. Remember, there's no right or wrong way to stack them, just let your creativity flow and enjoy the process.
Add all the books and divide by 4: 18 + 19 + 24 + 23 = 84; 84 divided by 4 = 21 books per stack
3000
yes there are many photos if you look on google images, books and history websites.
Use the factors of the number. Factors of 10 are... 1,2,5 & 10. Therefore they will stack either in 1 row of 10 books or 2 rows of 5.
In a game of double solitaire with 4 piles, a total of 8 piles are used.
One