Use the guided visualization to answer the question. Click here to open the guided visualization. Leave Point B at \( (-1,3) \). Now move Point A towards \( (-1,3) \). What value does the slope of the secant line approach? The slope of the secant line approaches (Type a whole number.)
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Beyond the Answer
As you move Point A closer to Point B at \( (-1,3) \), you can visualize that the y-coordinates of Point A and Point B are constantly the same. This means that the difference in y-values (\( y_2 - y_1 \)) becomes zero. Since the slope is calculated as the change in y divided by the change in x, the change in y approaches zero while the change in x approaches a tiny negative number as Point A gets closer to \( (-1,3) \). Hence, the slope of the secant line approaches 0. 0 If you think about the slope of a vertical line, you can recall that it's undefined. However, since you're approaching the same y-value while x is changing toward \( -1 \), it means you're heading towards a horizontal secant line, signaling that our slope approaches 0 with that subtle shift! So, even if the x-values wiggle and diverge, what really matters is that y-values stick together!
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