The remainder theorem says that if
is a factor of a polynomial
, then the remainder upon dividing
is 0 so that there exists a lower degree polynomial
as the quotient:
Using the fact that
is a factor, you can find a quadratic
which is easy to factorize further.
Synthetic division yields
which can be factored further as
So,
The roots are then
.
Answer:
D
Step-by-step explanation:
You have to do Rise over Run.
1.) Start at the origin
2.) go down to one of your points, (in this case the point in the 4th quadrant)
3.) Go down 6 units, then 3 units right
4.) The slope is 6/3 or 2/1
m=2/1
Answer:
o%+38-65
=47×28\N¹
Step-by-step explanation:
i hope its help
The 8th term of the geometric sequence is 13122x^22
<h3>Explicit form of a geometric sequence</h3>
The explicit form of a geometric sequence is expressed according to the equation;
Tn = ar^n-1
where
r is the common ratio
a is the first term
n is the number of terms
Given the sequence below;
6x,18x^4,54x^7
r = 18x^4/6x
r = 3x^3
a = 6x
n = 8
Substitute to have:
T8 = 6x(3x^3)^8-1
T8 = 6x (3x^3)^7
T8 = 13122x^22
Hence the 8th term of the geometric sequence is 13122x^22
Learn more on geometric sequence here: brainly.com/question/24643676
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