hmmm
why don't we try plugging in a random point for x and see what happens
so
if x = 5
then g(5) = ( (1/5) * 5 )^2 = 1^2 = 1
so the graph should go through the point (x,y) = (5, 1)
so the way to do this is to find the slope between the points
(1, 3) and (4, -3)
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Pixel:
is it adding or subtracting
Pixel:
-3, -6 if subtracting
Pixel:
-2
Pixel:
so -2.3
Angle:
\(slope = \large \frac{(-3) - (3)}{(4) - (1)}\)
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Pixel:
-2 or -2.3
Angle:
still not right
\(\color{#0cbb34}{\text{Originally Posted by}}\) @Angle
\(slope = \large \frac{(-3) - (3)}{(4) - (1)}\)
\(\color{#0cbb34}{\text{End of Quote}}\)
Pixel:
e.e
Pixel:
-6/3
Pixel:
-2 or -2.3 ._.
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Angle:
WHOOPS
MY BAD
-2.3 was right x'D
for some reason I was thinking 4-1=4 ;-;
so close!
57 is a number that we can use to get our answer
because there's a difference between "how much it changes" verses "average rate of change"
so we should divide 57 by (8-5)
Pixel:
57 / 3 = 19
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