Table of Contents
How many ways can you divide 48?
1,2,3,4,6,8,12,16,24. the biggest number which can divide 48 is 48 itself. 48/48=1. any number can divide itself.
How many groups are there in 48?
AKB48 sister groups, shortened to 48 Group, refers to the sister groups of the Japanese idol girl group AKB48. Based on the same concept “idols you can meet”, it currently consists of 5 sister groups in locations across Japan and 6 sister groups in major Asian cities overseas from Indonesia to India and South Korea.
How do you divide permutations?
permutations of a “selection” represent the same combination, so you still have to divide the number by k!, which makes a total of n!k! (n−k)! combinations. So, in short, this dividing “removes the order” when counting (here: the order of the first k elements and the order of the remaining n−k elements).
What can equal 48?
The factor pairs of the number 48 are: 1 x 48, 2 x 24, 3 x 16, 4 x 12, and 6 x 8. When you multiply each of these factor pairs together, you get 48….
What is there 48 of?
48 (forty-eight) is the natural number following 47 and preceding 49. It is one third of a gross, or four dozens….48 (number)
← 47 48 49 → | |
---|---|
Divisors | 1, 2, 3, 4, 6, 8, 12, 16, 24, 48 |
Greek numeral | ΜΗ´ |
Roman numeral | XLVIII |
Binary | 1100002 |
How do you solve 48 divided by 2?
Using a calculator, if you typed in 48 divided by 2, you’d get 24. You could also express 48/2 as a mixed fraction: 24 0/2.
What are some examples of combinations from permutations?
Here’s a few examples of combinations (order doesn’t matter) from permutations (order matters). Combination: Picking a team of 3 people from a group of 10. C ( 10, 3) = 10! / ( 7! ∗ 3!) = 10 ∗ 9 ∗ 8 / ( 3 ∗ 2 ∗ 1) = 120.
How do you find the number of possible permutations?
If we want to figure out how many combinations we have, we just create all the permutations and divide by all the redundancies. In our case, we get 336 permutations (from above), and we divide by the 6 redundancies for each permutation and get 336/6 = 56.
Is it possible to count the number of combinations?
In smaller cases, it is possible to count the number of combinations. Combination refers to the combination of n things taken k at a time without repetition. To refer to combinations in which repetition is allowed, the terms k-selection or k-combination with repetition are often used.
How do you find the number of combinations in a string?
If we want to figure out how many combinations we have, we just create all the permutations and divide by all the redundancies. In our case, we get 336 permutations (from above), and we divide by the 6 redundancies for each permutation and get 336/6 = 56. The general formula is