F(x) = x4(x2 - 1)
f(-x) = (-x)4((-x)2 - 1)
f(-x) = x4(x2 - 1)
from above explanation it is clear that the function is even.
<u>Answer-</u>
<em>The length of line segment WU is</em><em> 4 cm</em><em>.</em>
Option 1. 4 cm is correct.
<u>Solution-</u>
As given that, RSTU is an parallelogram.
RT and SU are its two diagonals. They intersect each other at point W.
Properties of parallelogram is that they bisect each other.
i.e SW = WU and RW = WT
As given that, SW = 4 cm.
So, WU = SW = 4 cm
Therefore, the length of line segment WU is 4 cm.
Answer: We cannot see the picture, can you use it as a different file.
The given rational function is
We need to rationalize the denominator by multiplying both the numerator and the denominator by the conjugate of
which is
When we rationalize we obtain:
The denominator is now a difference of two squares:
We apply this property to get
This simplifies to
Or
This is not clear whether you want to graph or want to find the inverse equation. So if you need to graph, than the answer to this is
Slope : 2/3
Y-intercept : 5
If it is another method, please let me know, I will solve for that too :)
Mark brainliest if I'm right.
