10(x + 4)
That expression can not be factored.
x2+10x-24 = (x-2)(x+12)
5(x + 4)(x - 2)
To factorise the expression (10x - 6z), first identify the greatest common factor (GCF) of the coefficients, which is 2. You can then factor out 2 from each term: (10x - 6z = 2(5x - 3z)). Thus, the factorised form is (2(5x - 3z)).
10x plus 40 is 50x.10+40=50 and then you just add the x so:10x+40=50x
10(x + 4)
10(x+4)
That expression can not be factored.
x2+10x-24 = (x-2)(x+12)
5(x + 4)(x - 2)
To factorise the expression (10x - 6z), first identify the greatest common factor (GCF) of the coefficients, which is 2. You can then factor out 2 from each term: (10x - 6z = 2(5x - 3z)). Thus, the factorised form is (2(5x - 3z)).
Y = 10x 10x = 40 y = 40
21
10x plus 40 is 50x.10+40=50 and then you just add the x so:10x+40=50x
10x and 6y are terms of an algebraic expression
To simplify the expression (-10x - 6 - 12), combine the constant terms (-6) and (-12). This results in (-10x - 18). Therefore, the simplified expression is (-10x - 18).
To express the expression 10x - 25y using the greatest common factor, we first need to find the greatest common factor of 10 and 25, which is 5. Next, we can factor out 5 from both terms to get 5(2x - 5y). Therefore, the expression 10x - 25y can be expressed as 5(2x - 5y) using the greatest common factor.