Ah, let's take a moment to appreciate the beauty of algebra. To factorise 6ab - 9ac, we can first factor out the greatest common factor, which is 3a. This leaves us with 3a(2b - 3c), where 2b - 3c is the factored expression. Just like painting a happy little tree, we've simplified our expression with a few gentle brushstrokes.
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m(g-a)
In the same way that you would factorise any other expressions that do not contain an equality sign depending on the expressions of which none have been given.
5(3-2x)
What about it? Factorise it?
2a(2b-c) :P
Well, factorising fully is like finding the hidden treasures within a math problem. It means breaking down an expression into its simplest forms, like finding the roots of a beautiful flower. By factoring fully, you reveal all the factors that make up the original expression, allowing you to see its true beauty and simplicity. Just like adding colors to a painting, factorising fully helps us understand the expression better and appreciate its uniqueness.
a²-a = a(a-1)
To factorise is to find the numbers that divide into the original number by only using prime numbers. For example factorise 20 = 2 times 2 times 5
to put into brackets
you do (245x)
The answer will depend on where the brackets are. In general the solution would be to expand all the brackets, combine like terms and then factorise.
6(t2s)
m(g-a)
-5
It is the opposite of Expanding The Brackets
qwertyuiopasdfjk
In the same way that you would factorise any other expressions that do not contain an equality sign depending on the expressions of which none have been given.