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Explain how you can tell whether a rational expression is in simplest form?

hint Hint:

A rational expression is simply a quotient of two polynomials. Or is other words, it is a fraction whose numerator and denominator are polynomials.
We are asked to explain on how one can tell if a rational expression is in the simplest form.

The correct answer is: A rational expression is considered simplified or in the simplest form if the numerator and the denominator have no common factors.

Step 1 of 1:
A rational expression is considered simplified or in the simplest form if the numerator and the denominator have no common factors.

Simplify means to make it simple. In mathematics, simplify is the reduction of an expression/fraction into irreducible forms.

Determine whether is sometimes $fraction numerator 5 x plus 11 over denominator 6 x plus 11 end fraction equals space 5 over 6$ , always or never true . Justify your reasoning.

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Identify the slope and y-intercept of the line: $y equals negative 5 x minus 3 over 4$

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Find the extraneous solution of $square root of 8 x plus 9 end root equals x$

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Explain the similarities between rational numbers and rational expressions ?

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General

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Simplify the following expression.
$open parentheses fraction numerator 2 x minus 1 over denominator x plus 3 end fraction minus fraction numerator x squared minus 4 over denominator 2 x plus 1 end fraction close parentheses space cross times space fraction numerator 2 x squared plus 7 x plus 3 over denominator x plus 2 end fraction$

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Sketch the graph of $y equals fraction numerator negative 3 over denominator 4 end fraction x plus 2$

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Explain how you can use your graphing calculator to show that the rational expressions $fraction numerator negative 6 x squared plus 21 x over denominator 3 x end fraction$ and
$negative 2 x plus 7$ are equivalent under a given domain. What is true about the graph
at x = 0and Why?

GeneralGeneral

General

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If $A equals 2 x cubed plus 5 x squared plus 4 x plus 1 text and end text B equals 2 x squared plus 3 x plus 1$ then find the quotient from the following four option, when A is divided by B.

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General

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Find the extraneous solution of $square root of 8 x plus 9 end root equals x$

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General

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Explain why the process of dividing by a rational number is the same as multiplying by its reciprocal.

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General

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Sketch the graph of y = 2x - 5.

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Simplify each expressions and state the domain : $fraction numerator x squared plus 2 x plus 1 over denominator x cubed minus 2 x squared minus 3 x end fraction$

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General

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Reduce the following rational expressions to their lowest terms
$fraction numerator 8 x to the power of 5 minus 8 x over denominator open parentheses 3 x squared plus 3 close parentheses left parenthesis 4 x plus 4 right parenthesis end fraction$

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Describe the error student made in multiplying and simplifying $fraction numerator x plus 2 over denominator x minus 2 end fraction cross times fraction numerator x squared minus 4 over denominator x squared plus x minus 2 end fraction$

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The LCM of the polynomials $5 open parentheses x squared minus 2 x close parentheses left parenthesis x minus 6 right parenthesis squared straight & 2 x open parentheses x squared minus 4 close parentheses left parenthesis x minus 6 right parenthesis squared$ is.

Maths-General

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Explain how you can tell whether a rational expression is in simplest form?

A rational expression is simply a quotient of two polynomials. Or is other words, it is a fraction whose numerator and denominator are polynomials.We are asked to explain on how one can tell if a rational expression is in the simplest form.

The correct answer is: A rational expression is considered simplified or in the simplest form if the numerator and the denominator have no common factors.

Step 1 of 1:A rational expression is considered simplified or in the simplest form if the numerator and the denominator have no common factors.

Related Questions to study

Determine whether is sometimes , always or never true . Justify your reasoning.

Determine whether is sometimes , always or never true . Justify your reasoning.

Identify the slope and y-intercept of the line:

Identify the slope and y-intercept of the line:

Find the extraneous solution of

Find the extraneous solution of

Explain the similarities between rational numbers and rational expressions ?

Explain the similarities between rational numbers and rational expressions ?

Simplify the following expression.

Simplify the following expression.

Sketch the graph of

Sketch the graph of

Explain how you can use your graphing calculator to show that the rational expressions andare equivalent under a given domain. What is true about the graphat x = 0and Why?

Explain how you can use your graphing calculator to show that the rational expressions andare equivalent under a given domain. What is true about the graphat x = 0and Why?

If then find the quotient from the following four option, when A is divided by B.

If then find the quotient from the following four option, when A is divided by B.

Find the extraneous solution of

Find the extraneous solution of

Explain why the process of dividing by a rational number is the same as multiplying by its reciprocal.

Explain why the process of dividing by a rational number is the same as multiplying by its reciprocal.

Sketch the graph of y = 2x - 5.

Sketch the graph of y = 2x - 5.

Simplify each expressions and state the domain :

Simplify each expressions and state the domain :

Reduce the following rational expressions to their lowest terms

Reduce the following rational expressions to their lowest terms

Describe the error student made in multiplying and simplifying

Describe the error student made in multiplying and simplifying

The LCM of the polynomials is.

The LCM of the polynomials is.

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A rational expression is simply a quotient of two polynomials. Or is other words, it is a fraction whose numerator and denominator are polynomials.
We are asked to explain on how one can tell if a rational expression is in the simplest form.

Step 1 of 1:
A rational expression is considered simplified or in the simplest form if the numerator and the denominator have no common factors.

Determine whether is sometimes $fraction numerator 5 x plus 11 over denominator 6 x plus 11 end fraction equals space 5 over 6$ , always or never true . Justify your reasoning.

Determine whether is sometimes $fraction numerator 5 x plus 11 over denominator 6 x plus 11 end fraction equals space 5 over 6$ , always or never true . Justify your reasoning.

Identify the slope and y-intercept of the line: $y equals negative 5 x minus 3 over 4$

Identify the slope and y-intercept of the line: $y equals negative 5 x minus 3 over 4$

Find the extraneous solution of $square root of 8 x plus 9 end root equals x$

Find the extraneous solution of $square root of 8 x plus 9 end root equals x$

Sketch the graph of $y equals fraction numerator negative 3 over denominator 4 end fraction x plus 2$

Sketch the graph of $y equals fraction numerator negative 3 over denominator 4 end fraction x plus 2$

Explain how you can use your graphing calculator to show that the rational expressions $fraction numerator negative 6 x squared plus 21 x over denominator 3 x end fraction$ and
$negative 2 x plus 7$ are equivalent under a given domain. What is true about the graph
at x = 0and Why?

Explain how you can use your graphing calculator to show that the rational expressions $fraction numerator negative 6 x squared plus 21 x over denominator 3 x end fraction$ and
$negative 2 x plus 7$ are equivalent under a given domain. What is true about the graph
at x = 0and Why?

If $A equals 2 x cubed plus 5 x squared plus 4 x plus 1 text and end text B equals 2 x squared plus 3 x plus 1$ then find the quotient from the following four option, when A is divided by B.

If $A equals 2 x cubed plus 5 x squared plus 4 x plus 1 text and end text B equals 2 x squared plus 3 x plus 1$ then find the quotient from the following four option, when A is divided by B.

Find the extraneous solution of $square root of 8 x plus 9 end root equals x$

Find the extraneous solution of $square root of 8 x plus 9 end root equals x$

Simplify each expressions and state the domain : $fraction numerator x squared plus 2 x plus 1 over denominator x cubed minus 2 x squared minus 3 x end fraction$

Simplify each expressions and state the domain : $fraction numerator x squared plus 2 x plus 1 over denominator x cubed minus 2 x squared minus 3 x end fraction$

Reduce the following rational expressions to their lowest terms
$fraction numerator 8 x to the power of 5 minus 8 x over denominator open parentheses 3 x squared plus 3 close parentheses left parenthesis 4 x plus 4 right parenthesis end fraction$

Reduce the following rational expressions to their lowest terms
$fraction numerator 8 x to the power of 5 minus 8 x over denominator open parentheses 3 x squared plus 3 close parentheses left parenthesis 4 x plus 4 right parenthesis end fraction$

Describe the error student made in multiplying and simplifying $fraction numerator x plus 2 over denominator x minus 2 end fraction cross times fraction numerator x squared minus 4 over denominator x squared plus x minus 2 end fraction$

Describe the error student made in multiplying and simplifying $fraction numerator x plus 2 over denominator x minus 2 end fraction cross times fraction numerator x squared minus 4 over denominator x squared plus x minus 2 end fraction$

The LCM of the polynomials $5 open parentheses x squared minus 2 x close parentheses left parenthesis x minus 6 right parenthesis squared straight & 2 x open parentheses x squared minus 4 close parentheses left parenthesis x minus 6 right parenthesis squared$ is.

The LCM of the polynomials $5 open parentheses x squared minus 2 x close parentheses left parenthesis x minus 6 right parenthesis squared straight & 2 x open parentheses x squared minus 4 close parentheses left parenthesis x minus 6 right parenthesis squared$ is.