The factor pairs of 160 are 1 x 160, 2 x 80, 4 x 40, 5 x 32, 8 x 20, and 10 x 16
The prime factors of 160 are 2,2,2,2,2 and 5
So any pair of numbers will work so long one is a product of some of those numbers, and the other is a product of the rest.
For instance:
2x2x2 and 2x2x5 will work. This is 8 and 20
or
2x2x2x2x2 and 5. This is 32 and 5.
The factor pairs of 57 are 3x19 and 1x57
The factor pairs of 343 are (343,1) and (49,7)
20 has 3 factor pairs. Pairs are (1,20), (2,10) and (9,9)
The factor pairs of 12 are (12,1), (6,2), and (4,3) The factor pairs of 18 are (18,1), (9,2), and (6,3)
The factor pairs of 111 are 1x111, 11x10. These are in order.
(160,1)(80,2)(40,4)(32,5)(20,8)(16,10)
To find which times tables equal 160, you can look for pairs of factors that multiply to 160. For example, 10 times 16 equals 160, as does 8 times 20, and 5 times 32. Other combinations include 4 times 40 and 2 times 80. Thus, the times tables that yield 160 can be expressed through these factor pairs.
Yes. Factor pairs are always repeated across pairs since factor pairs are certain kinds of pairs.
160
The factor pairs of 28 are :28,114,27,4
the factor pairs are 1x35 & 5x7
Sixteen factor pairs.
The factor pairs of 27 are 1x27 and 3x9.
The factor pairs of 57 are 3x19 and 1x57
its a factor with two pairs of the same number
Mathematicians call them "factor pairs."
The factor pairs of 91 are (1,91) and (7,13).