The potential roots of the function are, 
And the accurate root is 3 it can be determined by using rules of the rational root equation.
<h2>Given that,</h2>
Function; 
<h3>We have to
determine,</h3>
Which of the values shown are potential roots of the given equation?
<h3>
According to the
question,</h3>
Potential roots of the polynomial are all possible roots of f(x).
Using rational root theorem test. We will find all the possible or potential roots of the polynomial.
The factor of the term 45 are,
And The factor of 3 are,
All the possible roots are,
Now check for all the rational roots which are possible for the given function,
Therefore, x = 3 is the potential root of the given function.
Hence, The potential roots of the function are, .
For more details about Potential roots refer to the link given below.
brainly.com/question/25873992
Answer:
JK and LM are equal because it tells us they are equal.
JL and LN are equal because L is the midpoint of JN.
Since they are both equal, sides LK and NM must be equal.
Step-by-step explanation:
Hope this helps!
Answer:
x + 17 = 25
Step-by-step explanation:
im pretty sure you can substitute x with any other letter but ldk
Answer:
1) x+2x+x+3 = 23
4x+3=23
4x=20
x=5
2) a_ radius × radius × pi = the area
4×4×3= 48
b_ diameter × pi= the circumfrence
8×3 = 24
3) a) 34_10=24
24÷3=8
b) _24_(_48)= 24
4) a) 2x=9_5
2x=4 => x=2
b)X/3 =12
x= 36
5) x. _2.
y. 3_(_2)=5
x. 0
y. 3_0=3
x. 3
y. 3_3=0
i put them here too
Answer:
A, B, C
Step-by-step explanation:
x is in the intersection of sets B and C, in set B, in set C, in the union of sets B and C, in the union of sets A and C
Answer: A, B, C
