All Abstract Algebra Resources
Example Questions
Example Question #1 : Fields
What definition does the following correlate to?
If is a prime, then the following polynomial is irreducible over the field of rational numbers.
Principal Ideal Domain
Ideals Theorem
Gauss's Lemma
Eisenstein's Irreducibility Criterion
Primitive Field Theorem
Eisenstein's Irreducibility Criterion
The Eisenstein's Irreducibility Criterion is the theorem for which the given statement is a corollary to.
The Eisenstein's Irreducibility Criterion is as follows.
is a polynomial with coefficients that are integers. If there is a prime number that satisfy the following,
Then over the field of rational numbers is said to be irreducible.
Example Question #2 : Fields
Identify the following definition.
For some subfield of , in the Euclidean plane , the set of all points that belong to that said subfield is called the __________.
Plane
Constructible Line
Angle
Line
None of the answers.
Plane
By definition, when is a subfield of , in the Euclidean plane , the set of all points that belong to is called the plane of .
Example Question #3 : Fields
Identify the following definition.
Given that lives in the Euclidean plane . Elements , , and in the subfield that form a straight line who's equation form is , is known as a__________.
Line in
Angle
Plane
Circle in
Subfield
Line in
By definition, given that lives in the Euclidean plane . When elements , , and in the subfield , form a straight line who's equation form is , is known as a line in .
Example Question #1 : Fields
Identify the following definition.
Given that lives in the Euclidean plane . Elements , , and in the subfield that form a straight line who's equation form is , is known as a__________.
Angle
Plane
Line in
Subfield
Circle in
Line in
By definition, given that lives in the Euclidean plane . When elements , , and in the subfield , form a straight line who's equation form is , is known as a line in .
Example Question #4 : Fields
Identify the following definition.
If a line segment has length and is constructed using a straightedge and compass, then the real number is a __________.
Magnitude
Straight Line
Constructible Number
Angle
Plane
Constructible Number
By definition if a line segment has length and it is constructed using a straightedge and compass then the real number is a known as a constructible number.