An expression.
2ab = 2*(-2)*7 = -28
(a2+2b2-2ab)(a2+2b2+2ab)
To factorize the expression 4ab - 6ab, you first need to identify the common factor between the two terms, which is 2ab. You can then factor out this common factor to rewrite the expression as 2ab(2 - 3). Therefore, the fully factorized form of 4ab - 6ab is 2ab(2 - 3) or simply -2ab.
It is an expression
n(2a - b)(2a + b)(4a^2 - 2ab + b^2)(4a^2 + 2ab + b^2)
-2ab
2ab-6bc = -4
2ab-2 = 0
2ab = 2*(-2)*7 = -28
The perfect square trinomial equation originates from algebra, specifically from the expansion of binomials. When a binomial of the form ( (a + b)^2 ) or ( (a - b)^2 ) is expanded, it results in the trinomial ( a^2 + 2ab + b^2 ) or ( a^2 - 2ab + b^2 ), respectively. This concept is crucial in algebra for factoring and solving quadratic equations, highlighting the relationship between geometric areas and algebraic expressions.
The expression (2ab) times (a) can be simplified by multiplying the coefficients and the variables together. This yields (2a^2b). Thus, (2ab \times a = 2a^2b).
a^2 + b^2 + 2ab = (a + b)^2
The GCF is 2ab.
(a2+2b2-2ab)(a2+2b2+2ab)
No, ab squared is not the same as 2ab. ab squared (ab^2) means multiplying ab by itself, resulting in a^2 * b^2. On the other hand, 2ab means multiplying 2 by a and then by b, resulting in 2ab. These two expressions are not equivalent because ab^2 involves squaring the variable b, while 2ab does not involve squaring any variables.
2ab - 3b2 - 3b + 2a does not have a solution, as it is not an equation.
To factorize the expression 4ab - 6ab, you first need to identify the common factor between the two terms, which is 2ab. You can then factor out this common factor to rewrite the expression as 2ab(2 - 3). Therefore, the fully factorized form of 4ab - 6ab is 2ab(2 - 3) or simply -2ab.