1. Simplify the following as a quotient of two polynomials in the simplest form.
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SOLUTION IS IN THE ATTACHMENT
RATIONAL EXPRESSIONS :
A rational number is defined as a quotient a/b, of two integers a and b and b ≠0.A rational expression is a quotient p(x) /q(x) of two Polynomials p(x) and q(x) ,where q(x) ≠0.
•When the numerator and denominator of a rational expression do not have any common factor except 1, the rational expression is said to be expressed in the lowest terms.
•To reduce a rational expression to the lowest terms, factorise the numerator and the denominator and cancel the factors which are common to both.
HOPE THIS WILL HELP YOU….
RATIONAL EXPRESSIONS :
A rational number is defined as a quotient a/b, of two integers a and b and b ≠0.A rational expression is a quotient p(x) /q(x) of two Polynomials p(x) and q(x) ,where q(x) ≠0.
•When the numerator and denominator of a rational expression do not have any common factor except 1, the rational expression is said to be expressed in the lowest terms.
•To reduce a rational expression to the lowest terms, factorise the numerator and the denominator and cancel the factors which are common to both.
HOPE THIS WILL HELP YOU….
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Here ,
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we used algebraic identity :
a² - b² = ( a + b )( a - b )
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x² - 1
= x² - 1²
= ( x + 1 )( x - 1 )
Required quotient = 2/( x + 1 )
••••
***********************************
we used algebraic identity :
a² - b² = ( a + b )( a - b )
***********************************
x² - 1
= x² - 1²
= ( x + 1 )( x - 1 )
Required quotient = 2/( x + 1 )
••••
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