Oh, absolutely! Just like when we add a touch of titanium white to brighten up a painting, numbers can have many factor pairs beyond just four. Some numbers, like 12, can have even more factor pairs, creating a beautiful mathematical landscape full of possibilities. Just remember, every number is unique and special in its own way.
Yes, a number can have more than 4 factor pairs. The number of factor pairs a number has depends on its prime factorization. For example, a number with a prime factorization of ( p_1^{a_1} \times p_2^{a_2} \times \ldots \times p_n^{a_n} ) will have ( (a_1 + 1) \times (a_2 + 1) \times \ldots \times (a_n + 1) ) factor pairs. So, a number with more than one prime factor raised to a power greater than one can have more than 4 factor pairs.
12 and 18 have three factor pairs.
The number 18.
There are 3 factor pairs of 63: 63 = 1 x 63 63 = 3 x 21 63 = 7 x 9
composite
24 and 49 are relatively prime. Their only common factor is 1. All the other pairs have more than the number 1 as a common factor.
80 has 5 factor pairs.
All of the composite numbers less than 100 have factor pairs.
12 and 18 have three factor pairs.
12 and 18 have three factor pairs.
The number 18.
12 and 18
12, 16, 18
Twenty only has three factor pairs. (20,1)(10,2)(5,4)
A number with more than one factor is normal, since all numbers except 0 and 1 have more than one factor. A number with more than two factors is composite.
24 does.
A number with more than one factor is normal, since all numbers except 0 and 1 have more than one factor. A number with more than two factors is composite.
18 = 1x18, 18 = 2x9, and 18 = 3x6