Divided by, is like saying how many groups are there. E.g. 24 divided by 4 = how many groups of 4 are there in 24, so a smaller number would equal more groups to fit into the larger number.
To divide 24 equally, you can use factors of 24, which are 1, 2, 3, 4, 6, 8, 12, and 24. Therefore, you can divide 24 into 1 group of 24, 2 groups of 12, 3 groups of 8, 4 groups of 6, 6 groups of 4, 8 groups of 3, 12 groups of 2, or 24 groups of 1. Each of these divisions results in equal parts of 24.
When you have 6 groups of 4, you are essentially multiplying the number of groups (6) by the number of items in each group (4). This results in a total of 24 items in all 6 groups combined. This can be represented as 6 x 4 = 24. So, there are 24 items in total when you have 6 groups of 4.
You take 24 and 4. You Divide the two. What x 4 = 24. 6 goes into 24 4 times so the answer is 6 stickers in each box.
This is just asking for the factors of 24, due to the fact that any factors of the number would be equal groups. Assuming that this isn't based on the room itself, the combinations would be: 1 group of 24, 2 groups of 12, 3 groups of 8, and 4 groups of 6, due to the fact that the factors of 24 are 1, 2, 3, 4, 6, 8, 12, and 24.
24/4 = 6 groups
Divided by, is like saying how many groups are there. E.g. 24 divided by 4 = how many groups of 4 are there in 24, so a smaller number would equal more groups to fit into the larger number.
When you have 6 groups of 4, you are essentially multiplying the number of groups (6) by the number of items in each group (4). This results in a total of 24 items in all 6 groups combined. This can be represented as 6 x 4 = 24. So, there are 24 items in total when you have 6 groups of 4.
You take 24 and 4. You Divide the two. What x 4 = 24. 6 goes into 24 4 times so the answer is 6 stickers in each box.
This is just asking for the factors of 24, due to the fact that any factors of the number would be equal groups. Assuming that this isn't based on the room itself, the combinations would be: 1 group of 24, 2 groups of 12, 3 groups of 8, and 4 groups of 6, due to the fact that the factors of 24 are 1, 2, 3, 4, 6, 8, 12, and 24.
Alot
Assuming that the question is about4 groups of 4 numbers, andthe order of the groups does not matter.there are 2,627,625 combinations.The number is only 24 times as large is the order of the groups does, in fact matter. However, if the 4 groups can be of any size (provided their total is 16), the question goes beyond my ability - particularly at this time of the day!
There are four groups of 4 that will make eight groups of 2.
The formula would be: (40!/36!)/4! This gives 2193360/24, or 91,390 unique groups.
3996 ÷ 4 = 999 Therefore, there are 999 groups of 4
There are six (6) groups of 2 in three groups of 4. Your answer is six (6)
4*4=16