In combinatorics, arrangements in combinations are multiplied when you are selecting items from different groups or categories, and you want to find the total number of ways to choose one item from each group. For example, if you have two groups and you can choose one item from each, you multiply the number of choices from each group. Conversely, arrangements in combinations are added when you are considering mutually exclusive options within the same category, where the total number of combinations is the sum of the combinations for each individual option.
The two numbers that can be multiplied to get 20 and added to get -9 are -4 and -5. When multiplied, (-4 \times -5 = 20), and when added, (-4 + -5 = -9).
Yes, the letters -JOKL can be arranged to form several combinations. Some possible arrangements are "JOKL," "JKOL," "KJOL," and "LJOK." The total number of unique arrangements can be calculated using permutations, which would be 4! (4 factorial) = 24 different combinations.
There are several combinations: 1x2x12 1x4x6 1x3x8 2x3x4
23
240 (two hundred forty)
The two numbers that can be multiplied to get 20 and added to get -9 are -4 and -5. When multiplied, (-4 \times -5 = 20), and when added, (-4 + -5 = -9).
there are 1,929,770,126,028,800 different colour combinations possible on a Rubik cube.
Yes, the letters -JOKL can be arranged to form several combinations. Some possible arrangements are "JOKL," "JKOL," "KJOL," and "LJOK." The total number of unique arrangements can be calculated using permutations, which would be 4! (4 factorial) = 24 different combinations.
20,3,10 or 12,5,10 there are many combinations of numbers
There are several combinations: 1x2x12 1x4x6 1x3x8 2x3x4
109
23
240 (two hundred forty)
1 and 57 but there are other combinations. 2 and 28.5 etc
If each shutter has two states then 16.
-43
-2