It is an algebraic expression that can be simplified to: 23x-16
2x + 3 + 23x = 25x +3
It is: 19h-23x
Algebraically, your question can be posed as, "Is there an integer x such that 23x = 69?"The answer is yes, the integer 3, therefore 69 is a multiple of 23.
20X - 3 + 3X = 11X + 5 - 8 put those like terms together on the left 23X - 3 = 11X + 5 - 8 like terms together on the right 23X - 3 = 11X - 3 this equation admits of no solution, so is not true X would = 0
Are those x's or multiplication signs?
It is an algebraic expression that can be simplified to: 23x-16
x + 2x = -23x = -2x = -2/3
There are four solutions to 9x4 plus 27x3 - 4x2 - 12x equals 0. One of the solutions is x = -3.
2x + 3 + 23x = 25x +3
The factors of 23x2 are: 1, 23, x, x2, 23x, and 23x2.
(x^2)-23x=0 Start by factoring out an x: (x)(x)-23x=0 x(x-23)=0 Set each quantity to 0 and solve for x: x(x-23)=0 x=0 x-23=0 x-23+23=0+23 x=23 Therefore x=0, x=23
The equation 23x plus 10 times 37 equals 233. This is a math problem.
It is an algebraic expression that can be simplified to: 23x-16
Since you didn't include parentheses, I wrote and solved the problem as two different ways. 23(x - 7) = 23x - 161 x - (7 * 23) = x - 161
9 x 4 will not complete a factor tree, but both 9 x 4 and 12 x 3 will get to 2 x 2 x 3 x 3 which will.
It is: 19h-23x