For the following exercises, use your graphing calculator to input the linear graphs in the Y = graph menu. After graphing it, use the 2 n d CALC button and 2:zero button, hit ENTER. At the lower part of the screen you will see “left bound?” and a blinking cursor on the graph of the line. Move this cursor to the left of the x -intercept, hit ENTER. Now it says “right bound?" Move the cursor to the right of the x -intercept, hit ENTER. Now it says “guess?” Move your cursor to the left somewhere in between the left and right bound near the x -intercept. Hit ENTER. At the bottom of your screen it will display the coordinates of the x -intercept or the “zero" to the y -value. Use this to find the x -intercept. Note: With linear/straight line functions the zero is not really a “guess,” but it is necessary to enter a “guess” so it will search and find the exact x -intercept between your right and left boundaries. With other types of functions (more than onex -intercept), they may be irrational numbers so “guess” is more appropriate to give it the correct limits to find a very close approximation between the left and right boundaries. 51. Y 1 = − 8 x + 6
For the following exercises, use your graphing calculator to input the linear graphs in the Y = graph menu. After graphing it, use the 2 n d CALC button and 2:zero button, hit ENTER. At the lower part of the screen you will see “left bound?” and a blinking cursor on the graph of the line. Move this cursor to the left of the x -intercept, hit ENTER. Now it says “right bound?" Move the cursor to the right of the x -intercept, hit ENTER. Now it says “guess?” Move your cursor to the left somewhere in between the left and right bound near the x -intercept. Hit ENTER. At the bottom of your screen it will display the coordinates of the x -intercept or the “zero" to the y -value. Use this to find the x -intercept. Note: With linear/straight line functions the zero is not really a “guess,” but it is necessary to enter a “guess” so it will search and find the exact x -intercept between your right and left boundaries. With other types of functions (more than onex -intercept), they may be irrational numbers so “guess” is more appropriate to give it the correct limits to find a very close approximation between the left and right boundaries. 51. Y 1 = − 8 x + 6
For the following exercises, use your graphing calculator to input the linear graphs in the
Y
=
graph menu.
After graphing it, use the 2ndCALC button and 2:zero button, hit ENTER. At the lower part of the screen you will see “left bound?” and a blinking cursor on the graph of the line. Move this cursor to the left of the x-intercept, hit ENTER. Now it says “right bound?" Move the cursor to the right of the x-intercept, hit ENTER. Now it says “guess?” Move your cursor to the left somewhere in between the left and right bound near the x-intercept. Hit ENTER. At the bottom of your screen it will display the coordinates of the x-intercept or the “zero" to the y-value. Use this to find the x-intercept.
Note: With linear/straight line functions the zero is not really a “guess,” but it is necessary to enter a “guess” so it will search and find the exact x-intercept between your right and left boundaries. With other types of functions (more than onex-intercept), they may be irrational numbers so “guess” is more appropriate to give it the correct limits to find a very close approximation between the left and right boundaries.
51.
Y
1
=
−
8
x
+
6
Expression, rule, or law that gives the relationship between an independent variable and dependent variable. Some important types of functions are injective function, surjective function, polynomial function, and inverse function.
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