11
1 + 11x =1 + 11x (this is the simplest solution you can make with available information)
11x(2x - 1) = 0 so either 11x = 0 or x = ½
If you mean: y = 11x+1 then the y intercept is 1 and the slope is 11
12x - 5 = 11x + 5(1) add 5 to both sides:12x - 5 + 5 = 11x + 5 + 512x = 11x + 10(2) next subtract 11x from both sides:12x - 11x = 11x - 11x + 10x = 10
-7+11x = 9-5x 11x+5x = 9+7 16x = 16 x = 1
1 + 11x =1 + 11x (this is the simplest solution you can make with available information)
(11x - 1)(11x - 1) (11x - 1)2
(11x-1)(11x-1)
The "difference of squares" has a formula. (11x + 1)(11x - 1)
-11x-1 = -10x-8 -11x+10 = -8+1 -1x = -7 x = 7
To solve for x: x2 = 11x - 10 x2 - 11x = -10 x2 - 11x + 10 =0 (x - 1)(x - 10) = 0 x = {1, 10)
x2 = 11x - 10 ∴ x2 - 11x + 10 = 0 ∴ (x - 10)(x - 1) = 0 ∴ x ∈ {1, 10}
11x(2x - 1) = 0 so either 11x = 0 or x = ½
If you mean: y = 11x+1 then the y intercept is 1 and the slope is 11
The factors of (11x) are (1), (11), (x), and (11x). For (55), the factors are (1), (5), (11), and (55). Both expressions share the common factors (1), (11), and their respective constants. Thus, (11) is a common factor of both (11x) and (55).
x2 = -11x - 10 x2 + 11x + 10 = 0 (x + 1)(x + 10) = 0
12x - 5 = 11x + 5(1) add 5 to both sides:12x - 5 + 5 = 11x + 5 + 512x = 11x + 10(2) next subtract 11x from both sides:12x - 11x = 11x - 11x + 10x = 10