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Which is the set of integers greater than 3-3 and less than or equal to 00?\newlineChoices:\newline(A) {2,1,0}\{-2, -1, 0\}\newline(B) {3,0}\{-3, 0\}\newline(C) {2,1}\{-2, -1\}\newline(D) {3,2,1,0}\{-3, -2, -1, 0\}

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Q. Which is the set of integers greater than 3-3 and less than or equal to 00?\newlineChoices:\newline(A) {2,1,0}\{-2, -1, 0\}\newline(B) {3,0}\{-3, 0\}\newline(C) {2,1}\{-2, -1\}\newline(D) {3,2,1,0}\{-3, -2, -1, 0\}
  1. Identify Range of Integers: Let's first identify the range of integers we are looking for. We need to find the set of integers that are greater than 3-3 and less than or equal to 00.
  2. Find Inequality for Numbers > 3-3: The inequality that represents numbers greater than 3-3 is "x > -3". However, since we are looking for integers, we need to consider the smallest integer that is greater than 3-3, which is 2-2.
  3. Find Inequality for Numbers <= 00: The inequality that represents numbers less than or equal to 00 is x0x \leq 0. This means we include 00 in our set, as well as all integers less than 00 down to 2-2.
  4. Combine Inequalities: Combining both inequalities, we are looking for the set of integers xx such that 2x0-2 \leq x \leq 0. This set includes 2-2, 1-1, and 00.
  5. Match with Given Choices: Now let's match our set with the given choices. The set {2,1,0}\{-2, -1, 0\} fits the description of integers greater than 3-3 and less than or equal to 00.

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