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Solve for 
x.

-6x+14 < -28quad OR 
quad9x+15 <= -12
Choose 1 answer:
(A) 
x <= -3 or 
x > 7
(B) 
-3 <= x < 7
(C) 
x < 7
(D) There are no solutions
(E) All values of 
x are solutions

Solve for x x .\newline -6 x+14<-28 \quad OR 9x+1512 \quad 9 x+15 \leq-12 \newlineChoose 11 answer:\newline(A) x3 x \leq-3 or x>7 \newline(B) -3 \leq x<7 \newline(C) x<7 \newline(D) There are no solutions\newline(E) All values of x x are solutions

Full solution

Q. Solve for x x .\newline6x+14<28 -6 x+14<-28 \quad OR 9x+1512 \quad 9 x+15 \leq-12 \newlineChoose 11 answer:\newline(A) x3 x \leq-3 or x>7 x>7 \newline(B) 3x<7 -3 \leq x<7 \newline(C) x<7 x<7 \newline(D) There are no solutions\newline(E) All values of x x are solutions
  1. Solving the first inequality: First, let's solve the inequality -6x + 14 < -28.\newlineSubtract 1414 from both sides to isolate the term with xx.\newline-6x + 14 - 14 < -28 - 14\newline-6x < -42\newlineNow, divide both sides by 6-6. Remember that dividing by a negative number reverses the inequality sign.\newlinex > 7
  2. Solving the second inequality: Next, let's solve the inequality 9x+15129x + 15 \leq -12.\newlineSubtract 1515 from both sides to isolate the term with xx.\newline9x+151512159x + 15 - 15 \leq -12 - 15\newline9x279x \leq -27\newlineNow, divide both sides by 99.\newlinex3x \leq -3
  3. Combining the solutions: Now we have two parts of the solution from the two inequalities:\newlinex > 7 from the first inequality, and\newlinex3x \leq -3 from the second inequality.\newlineSince the original problem states "OR" between the two inequalities, we combine the solutions.\newlineThe solution set is all xx such that x > 7 or x3x \leq -3.

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