To simplify the expression ( 2 - (8x)(-4) - 3(x \cdot 6) ), first calculate ( (8x)(-4) = -32x ) and ( 3(x \cdot 6) = 18x ). Substituting these back into the expression gives ( 2 + 32x - 18x ). Combining the terms results in ( 2 + 14x ). Thus, the equivalent expression is ( 14x + 2 ).
If 32X + 53 = 501, then 32X = 448, and X = 448/32 = 14.
The answer is the expression 32x - 17.
4x + 32x + 9 = 36x + 9
32x + 8 – 34x
To simplify the expression ( 2 - (8x)(-4) - 3(x \cdot 6) ), first calculate ( (8x)(-4) = -32x ) and ( 3(x \cdot 6) = 18x ). Substituting these back into the expression gives ( 2 + 32x - 18x ). Combining the terms results in ( 2 + 14x ). Thus, the equivalent expression is ( 14x + 2 ).
4y-32x = -28
32x-521 = -489
Note that 16X is a factor of 32X [16X times 2 is 32X]. So now whether it's (32X)^4 or 32 times (X^4), that will still be the LCM, so the answer is 32X to the 4th power, just as it's stated in the question.
If 32X + 53 = 501, then 32X = 448, and X = 448/32 = 14.
The answer is the expression 32x - 17.
12x ^2 -32x-12
48y - 32x
4x + 32x + 9 = 36x + 9
32x + 8 – 34x
The expression (32x - 32x^2) can be factored as (32x(1 - x)). This represents a quadratic function, where the term (32x^2) indicates it opens downwards, and the factor (32) scales the function. The expression can be analyzed further to find its roots or maximum value, but in its current form, it is a simplified polynomial expression.
I read that as: (3) x (32x) x (3-2) - (32x) x (3) = 32x(3 x 3-2 - 3) = 32x (3-1 - 3) = 32x-1(1 - 32) = -8 x 32x-1 When multiplying the same base (number) to any power, keep the base and add the powers, eg: 32x x 3-1 = 32x + (-1) = 32x-1 3 x 3-2 = 31 x 3-2 = 31-2 = 3-1