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.
If you mean: 2x+10 then it is 2(x+5)
If you mean: 3x+12 then it is 3(x+4) when factorized
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.
m(g-a)
5(3-2x)
-5
to put into brackets
3a3b + 12a2b2 + 9a5b3 = 3a2b (a + 4b + 3a3b2)
If you mean: 2x+10 then it is 2(x+5)
I assume you mean...., 8X + 16 8(X + 2) ======
If you mean: 3x+12 then it is 3(x+4) when factorized
If you mean: xsquared+8x-48 then it factors to (x-4)(x+12)
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
a²-a = a(a-1)
The question is not phrased clearly enough to answer exactly; what does "starts with a number" mean?If you mean not starting with a constant number at the beginning, this is common, as most functions are written in order of the highest power of the variable first; you will first need to rearrange the expression to a suitable order.If you mean that the x2 or x terms do not have coefficients (numbers written next to them as ab, meaning "a multiplied by b") then these are easier to factorise; a lack of coefficient simply means "multiplied by one". Further questions can explain how to factorise further.
Do you mean: factorise: 27x2-18x-18 best I can get is: 9((3x-2)-2)
Do you mean: 3x2-17x+10? If so then it is: (3x-2)(x-5)