36x2=72
The difference of two squares is quick way to factor polynomials when certain constraints are met: Namely that you have two squares (e.g. 4, 25, 36x2 , 144a6) and one is subtracting from the others (e.g. 25 - 36x2). IF these two constraints are met, then you are able to factor the polynomial by finding the square roots of the squares. sqrt(25)=5 sqrt(36x2) = 6x Therefore 25 - 36x2 = (5+6x)(5-6x) in factored form. In general, given any two squares, a2 and b2, AND they are subtracting, a2 - b2, you can factor them to be (a + b)(a - b).
5, 5
n + 25 =====
A quadratic variable expression. If you're looking for the factorization, it would be (x-9)(x+2).
It can be factored as 18(5-2x^2)
(6x+5)(6x-5)
36x2=72
362+60x+25 (6x+5)(6x+5)
The difference of two squares is quick way to factor polynomials when certain constraints are met: Namely that you have two squares (e.g. 4, 25, 36x2 , 144a6) and one is subtracting from the others (e.g. 25 - 36x2). IF these two constraints are met, then you are able to factor the polynomial by finding the square roots of the squares. sqrt(25)=5 sqrt(36x2) = 6x Therefore 25 - 36x2 = (5+6x)(5-6x) in factored form. In general, given any two squares, a2 and b2, AND they are subtracting, a2 - b2, you can factor them to be (a + b)(a - b).
4x3x25x7 is not a prime factorization because 25 and 4 not are prime numbers. We can write 25 as 5x5 = 52 and 4 as 2x2 = 22. Rewriting again the given expression as: 22x3x52x7, on simplifying we get 2100.
It is representing the expression in the form of a product of its factors.
(6x + 5)(6x + 5) or (6x + 5)2
The prime factorization of 56 is:7 x 23 = 56
90
The prime factorization of 25 using exponents is: 52
It will be difficult to answer this question accurately without knowing "the expression below."