Respuesta :
The greatest common factor of sets of mathematical expression is that which can divide both and give the least answer.
For the first set, the GCF is equal to 4ab^2.
For the second set of mathematical expressions, the GCF is 4ab^2.
For the first set, the GCF is equal to 4ab^2.
For the second set of mathematical expressions, the GCF is 4ab^2.
Answer: The greatest common factor of [tex]8a^3b^2\ and\ 12ab^4[/tex] is [tex]4ab^2[/tex].
Step-by-step explanation:
Given expressions: [tex]8a^3b^2\ and\ 12ab^4[/tex]
We can write the first expression as
[tex]8a^3b^2=2\times2\times2\times a\times a\times a\times b\times b\\12ab^4=2\times2\times3\times a\times\ b\times b\times b\times b[/tex]
We can see the greatest common factors in both the expressions as
GCF=[tex]2\times2\times a\times b\times b=4ab^2[/tex]
Hence, the greatest common factor of [tex]8a^3b^2\ and\ 12ab^4[/tex] is [tex]4ab^2[/tex].