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Solve each compound inequality and state the interval solution.

x < 3" and "x >= 2
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Solve each compound inequality and state the interval solution.\newlinex<3 and x2 x<3 \text { and } x \geq 2 \newlineNo answer text provided.\newlineNo answer text provided.\newlineNo answer text provided.

Full solution

Q. Solve each compound inequality and state the interval solution.\newlinex<3 and x2 x<3 \text { and } x \geq 2 \newlineNo answer text provided.\newlineNo answer text provided.\newlineNo answer text provided.
  1. Analyze First Inequality: Analyze the first part of the compound inequality.\newlineThe first inequality is x<3x < 3, which means that xx can be any number less than 33.
  2. Analyze Second Inequality: Analyze the second part of the compound inequality.\newlineThe second inequality is x2x \geq 2, which means that xx can be any number greater than or equal to 22.
  3. Combine Inequalities: Combine the two inequalities to find the intersection of the solutions.\newlineSince we are looking for values of xx that satisfy both inequalities simultaneously, we need to find the intersection of the two sets of numbers. The intersection will be the set of all numbers that are both less than 33 and greater than or equal to 22.
  4. Write Interval Solution: Write the interval solution.\newlineThe interval solution for the compound inequality is all numbers between 22 and 33, including 22 but not including 33. This can be written in interval notation as [2,3)[2, 3).

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