Answer:
Let's say that
f
(
x
)
=
2
−
10
The graph below shows
y
:
graph{x^2-10 [-6, 6, -15, 15]}
When we want
>
0
, we want
, or all the values of
where
.
In this instance,
√
<
Proof:
x=10:
100
90
x=6
6
36
26
x=1:
1
9
x=-1:
x=-6
x=-10:
15+5=2y-5+5
=20 = 2y
20/2 = 2y/2
10 = y
well the definition shortened would be : to have or keep a supply of.
Step-by-step explanation:
