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Slope - Lesson 4.6
We started today by looking at something that you've done in the past: figuring out the slope of a given line. We all remembered that if we have a graph, then it's easy to find the slope by counting the rise over the run:
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We then looked at the general case and came up with the following conjecture (I know you've covered this before - just make sure you remember how to do it!!):

We then recalled what different types of sloped lines look like...you should be able to tell which of the line below have positive slope, negative slope, 0 slope, and an undefined slope.

We then looked at the slopes of parallel and perpendicular lines...you should be able to confirm that these theorems hold true by using the coordinates given:


We ended by going over the following example...can you answer all the questions posed? If not, make sure to come to extra help!!

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