<span>We have the following polynomial:

The problem states that one root is -3. Thus, it is true that

is a factor of the polynomial. Given that this is fulfilled, it is also true that:
</span>

<span>
We can find Q(x) by applying Ruffini's rule, thus:
</span>

<span>
Therefore:
The roots of this polynomial can be get as follows:
These are the roots along with

. Finally, the factored polynomial can be written as follows:

</span>
Try this first :) Let me know what you come up with :)
According to the Question,

<h3>From the Question,</h3>
- Initial Acceleration,a = 5 m/s²
- Force at a = 5 m/s²,f = 25 N
- Final Acceleration,A = 9 m/s²
<h3>To find</h3>
Force exerted on the object at a = 9 m/s²
We Know that,

Firstly,we need to find the mass of the object
Thus,

Now,

No, the answers are incorrect.
When reflected over the y-axis, if the x is positive, then it becomes negative, but if the x is negative, then it becomes positive. Also, the y will not change.
The answer should be
X prime: (0,-6)
Y prime: (10,4)
Z prime: (-3,-1)
Step-by-step explanation:
it is solved directly by using the formula