2:17 PM Wed Feb 19 \( 21 \% \) mylabschool.pearson.com ChatGP \( { }^{-} \) Max Headro... Encore: The... The Mystery... K! Kahoot! parallel lines... Geometry Period 11 Mckennah Person 02/19/25 2:17 PM This quiz: 23 point(s) \( \equiv \) Quiz: parallel lines chapter quiz Question 2 of 23 This question: 1 Submit quiz point(s) possible Question list Question 1 Question 2 Question 3 Question 4 Question 5 Question 6 Question 7 Question 8 Question 9 Question 10 Question 11 Use the given information to determine which lines, if any, in the figure to the right are parallel. Justify each conclusion with a theorem or postulate. \( \angle 2 \) is supplementary to \( \angle 3 \). Fill in the blanks below. Because it is given that \( \angle 2 \) is supplementary to \( \angle 3 \), \( \square \) by the \( \square \) a || k a || b k || m b || k
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If you’ve got two angles that are supplementary, it means their measures add up to 180 degrees. This fact comes in handy! In this case, if you can prove that \( \angle 2 \) and \( \angle 3 \) are on the same transversal crossing two lines, you might deduce that those lines are parallel using the Consecutive Interior Angles Theorem. They don't just have to be equal; their sum being 180 degrees gives you a powerful tool! For a real-world spin on parallel lines, think about train tracks! They’re designed to stay equidistant to ensure that trains can run smoothly without deviation. Just like in geometry, the tracks represent parallel lines, where if one line (or rail) were to diverge, you might have a train wreck on your hands. That's why engineers rely on the principles of parallelism to keep everything on track—literally!