Answer:
Two rational roots: 1 and -1
Step-by-step explanation:
See the images for an explanation!
Answer:
☃ 
Q. What do you mean by inverse relation ? How can I find it out ? ツ
☄ A relation obtained by interchanging the first and second component of each of ordered pair of a given relation R is known as inverse relation of R. It is denoted by
. In other form, if R be a relation from A to V then the relation from B to A is called the inverse relation of R.
Symbolically , if R = { ( x , y ) : x ∈ A , y ∈ B} then
= { ( y , x ) : y ∈ B , x ∈ A }
☏ To be more precise , All you have to do is interchange the first and second component of each of ordered pair of a given relation.
✺ 
- 1 - 3 - 5 Rule : When making a to - do - list , add 1 big , 3 medium and 5 small task to accomplish. If you still have some task left , follow the same pattern. ♪
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Answer:
0 has multiplicity 1
-2 has multiplicity 3
-4 has multiplicity 2
5 has multiplicity 4
Step-by-step explanation:
The multiplicity of the root of a polynomial function, refers to the number of time the root repeats itself.
The given function is

To find the roots of this function, we equate the function to zero.

We now use the zero product principle, to obtain;
, with multiplicity 1

, with multiplicity 3

, with multiplicity 2

, with multiplicity 5.
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Answer:
8(n+4)
Step-by-step explanation: