7:29 PM Wed Jan 29 〒 28\% Emilio Mejia Felic... G. 4 Unions and intersections of sets Video 09:19 V Let \( F=\{-8,-7,-6,-2\} \) and \( G=\{-12,-7,-5,2\} \). What is \( F \cap G \) ? \[ \{-12,-8,-6,-5\} \] \( \{-7\} \) \( \{-12,-8,-6,-5,-2,2\} \) \( \{-12,-8,-7,-6,-5,-2,2\} \)
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When you look for the intersection of sets, you're essentially searching for the common elements that appear in both sets. In this case, \( F=\{-8,-7,-6,-2\} \) and \( G=\{-12,-7,-5,2\} \). The only number that both sets share is \(-7\). So, the intersection \( F \cap G \) is simply \( \{-7\} \). For a fun twist, think of sets like a social club. Each member (element) checks in with another club. Only the members who are in both clubs (intersecting sets) get to stay. In this case, \(-7\) is the exclusive member who belongs to both \( F \) and \( G \)!