Question
Extended Response Questions.
- Graph
a) Provide a t table with the
intercept over [-4, 1].
a) Provide a t table with the
Ask by Rose Wheeler. in the United States
Jan 15,2025
Upstudy AI Solution
Tutor-Verified Answer
Answer
Here is the table of values for the function
over the interval
:
|
|
---|---|
-4 | -24 |
-3 | -4 |
-2 | 2 |
-1 | 0 |
0 | -4 |
1 | -4 |
The y-intercept is at
.
Solution
Certainly! Below is a table of values for the function
over the interval
. This table includes the y-intercept, which occurs at
.
Table of Values
|
|
---|---|
-4 | -24 |
-3 | -4 |
-2 | 2 |
-1 | 0 |
0 | -4 (y-intercept) |
1 | -4 |
Calculation Details
-
For
: -
For
: -
For
: -
For
: -
For
(Y-Intercept): -
For
:
Graphical Representation
Using these points, you can plot the graph of the function
over the interval
. The y-intercept is clearly visible at the point
.

(Please replace the image link with an actual graph if needed.)
Summary
- Y-Intercept: The graph intersects the y-axis at
. - Behavior:
- As
decreases from 1 to -4, the function value decreases initially, reaches a minimum, and then increases. - The function crosses the x-axis at
.
- As
Feel free to plot these points on graph paper or use graphing software to visualize the behavior of the function more clearly.
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Beyond the Answer
To graph the function
over the interval
, we can create a T-table. The T-table includes x-values and the corresponding y-values (calculated using the function). Here’s a T-table for select values in that range:
This table reveals how the function behaves across the specified interval, showing the y-intercept clearly at
.
To further analyze this polynomial function, it’s helpful to note that cubic functions can have up to three real roots and two turning points, which means we’ll see some interesting behavior as
moves through these selected values!