If you have pairs of 72, it typically refers to the concept of pairing numbers that sum to 72. For example, one pair could be (36, 36), or other pairs might include (1, 71), (2, 70), (10, 62), and so on. The total number of unique pairs can be calculated depending on the constraints, such as whether repetition is allowed or if you consider order. Ultimately, the idea revolves around finding combinations that meet the specific condition of summing to 72.
To find numbers that equal 72 in addition, you can combine various pairs or groups of numbers. For example, 36 + 36 = 72, or 50 + 22 = 72. Additionally, 70 + 2 also sums up to 72. There are countless combinations, as any pair of numbers that add up to 72 will work.
It is: 2 times 36 = 72
The factor pairs for 72 are these: (1, 72) (2, 36) (3, 24) (4, 18) (6, 12) (8, 9)
72 = 6*4*3
The GCF of the given numbers is 8
The factor pairs of 72 are pairs of numbers that can be multiplied together to give the number 72. The factor pairs of 72 are (1, 72), (2, 36), (3, 24), (4, 18), (6, 12), and (8, 9). These pairs represent all the combinations of numbers that, when multiplied, result in 72.
The factor pairs of 72 are: 1,72 and 2,36 and 3,24 and 4,18 and 6,12 and 8,9.
A cube has six pairs of intersecting line segments. These six pairs will total 72 lines in a cube.
There are infinitely many pairs. Two possibilities are: 1 * 72 10 * 7.2
60, 72, 84, 90 and 96 have 6 factor pairs.
The factor pairs of 72 are (72,1), (36,2), (24,3), (18,4), (12,6), and (9,8).
The following pairs of numbers have 72 as their LCM 1 & 72 2 & 72 3 & 72 4 & 72 6 & 72 8 & 9 8 & 18 8 & 36 8 & 72 9 & 24 9 & 72 12 & 72 18 & 72 24 & 72 36 & 72 72 & 72
(1, 72) (2, 36) (3, 24) (4, 18) (6, 12) (8, 9)
72 of each thing, but 32 of each pair
(72,1)(36,2)(24,3)(18,4)(12,6)(9,8)
These factor pairs: (1, 72) (2, 36) (3, 24) (4, 18) (6, 12) (8, 9)
The factor pairs of 72 are (72,1)(36,2)(24,3)(18,4)(12,6)(9,8) None of them total 19.