(x² +9) and g(x) are factors of f(x).
That is, (x² +9)(g(x)) = f(x).
The roots of (x² +9) are roots of f(x). They are 3i and -3i.
The factor (x² +9) has degree 2, so f(x) has degree at least 2.
We cannot say anything about the x- or y-intercepts based on this information.
Imaginary roots usually come in even numbers (2, 4, etc.) for the polynomials we study. The information given here does not support the idea of 3 imaginary roots for f(x).
Answer:
yesssssss!!!
Step-by-step explanation:
The answer is true and true
Using line segments, it is found that:
- The coordinates of Q are (5,7.8).
- The midpoint of segment PQ is M(6,9).
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- Point P is located at (1,3).
- Point R is located at (11,15).
- Point Q is located at (x,y).
- PQ:QR = 2:3, which means that:

This is used to find the x and y coordinates of Q.
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- The <em>x-coordinate</em> of P is 1.
- The <em>x-coordinate</em> of R is 11.
- The <em>x-coordinate </em>of Q is x.
Thus:





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- The y<em>-coordinate</em> of P is 3.
- The y<em>-coordinate</em> of R is 15.
- The y<em>-coordinate </em>of Q is y.
Thus:





The coordinates of Q are (5,7.8).
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- The midpoint of segment PQ is the mean of the coordinates, thus:

The midpoint of segment PQ is M(6,9).
A similar problem is given at brainly.com/question/24148182