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Solve for ss.\newline2s8|-2s| \geq 8\newlineWrite a compound inequality like 1<x<31 < x < 3 or like x<1x < 1 or x>3x > 3. Use integers, proper fractions, or improper fractions in simplest form.\newline______

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Q. Solve for ss.\newline2s8|-2s| \geq 8\newlineWrite a compound inequality like 1<x<31 < x < 3 or like x<1x < 1 or x>3x > 3. Use integers, proper fractions, or improper fractions in simplest form.\newline______
  1. Identify Inequality: We have the inequality: \newline2s8|-2s| \geq 8\newlineFirst, we solve for 2s|-2s|.\newline2s8|-2s| \geq 8\newlineThis means that 2s-2s is either greater than or equal to 88 or less than or equal to 8-8, because the absolute value of a number is the distance from zero, which is always non-negative.
  2. Split into Two: Now we split the inequality into two separate inequalities to remove the absolute value: 2s8-2s \geq 8 or 2s8-2s \leq -8
  3. Solve First Inequality: We solve the first inequality:\newline2s8-2s \geq 8\newlineDivide both sides by 2-2, remembering to flip the inequality sign because we are dividing by a negative number:\newlines4s \leq -4
  4. Solve Second Inequality: We solve the second inequality:\newline2s8-2s \leq -8\newlineDivide both sides by 2-2, again flipping the inequality sign:\newlines4s \geq 4
  5. Combine Inequalities: Now we combine both inequalities into a compound inequality: s4s \leq -4 or s4s \geq 4 This is the solution to the original problem.

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