1 x 36
2 x 18
3 x 12
4 x 9
6 x 6
The factor pairs of 26 are: 1 × 26 2 × 13
To ensure that all possible multiplication combinations for a number are found, systematically list all pairs of factors that multiply to that number. For any integer ( n ), check pairs starting from 1 up to ( \sqrt{n} ), as any factor larger than ( \sqrt{n} ) would have a corresponding smaller factor. Additionally, confirm that each pair is unique and ordered to avoid duplicates. This method guarantees that all combinations are accounted for efficiently.
They are:200,1100,250,440,525,820,10
108,154,236,327,418,612,9
poopie you
1x40, 2x20, 4x10, 5x8 are all the factor pairs of 40.
(60,2)(40,3)(30,4)(24,5)(20,6)
The factor pairs for 38 are (1, 19) and (2, 38).
The factor pairs of 26 are: 1 × 26 2 × 13
The factor pairs of 20 are pairs of numbers that can be multiplied together to give 20. The factor pairs of 20 are (1, 20), (2, 10), and (4, 5). These pairs represent all the possible combinations of numbers that can be multiplied to equal 20.
To ensure that all possible multiplication combinations for a number are found, systematically list all pairs of factors that multiply to that number. For any integer ( n ), check pairs starting from 1 up to ( \sqrt{n} ), as any factor larger than ( \sqrt{n} ) would have a corresponding smaller factor. Additionally, confirm that each pair is unique and ordered to avoid duplicates. This method guarantees that all combinations are accounted for efficiently.
They are:165,155,333,515,11
1,81,3,27,9
They are:200,1100,250,440,525,820,10
51,117,3
612,1306,2204,3153,4102,668,951,1236,1734,18
164,182,241,4