Apply division algorithm to find the quotient q(x) and remainder r(x) on dividing f(x) by g(x) in each of the following:
(i) ![]()
(ii)
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(iii) ![]()
(iv)
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(i)
and ![]()
Degree of
; therefore degree of
and degree of remainder is less than 2,
Let
and ![]()
By applying division algorithm:
Dividend = Quotient× Divisor + Remainder
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On substituting values in the above relation we get,
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On comparing coefficients we get,
![]()
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On solving above equations we get,
,
,
, ![]()
On substituting these values for ![]()
![]()
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(ii)
and ![]()
Degree of
; therefore degree of
and degree of remainder is less than 2.
Let
and ![]()
By applying division algorithm:
Dividend = Quotient× Divisor + Remainder
![]()
On substituting values in the above relation we get,
![]()


On comparing coefficients we get,
![]()
![]()
![]()
![]()
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On solving above equations we get,
,
,
,
; ![]()
On substituting these values for ![]()
![]()
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(iii)
and ![]()
Degree of
; therefore degree of
and degree of remainder is less than 2,
Let
and ![]()
By applying division algorithm:
Dividend = Quotient× Divisor + Remainder
![]()
On substituting values in the above relation we get,
![]()
![]()
![]()
On comparing coefficients we get,
![]()
![]()
![]()
![]()
On solving above equations we get,
,
,
, ![]()
On substituting these values for ![]()
![]()
![]()
(iv)
and ![]()
Degree of
; therefore degree of
and degree of remainder is less than 2,
Let
and ![]()
By applying division algorithm:
Dividend = Quotient× Divisor + Remainder
![]()
On substituting values in the above relation we get,
![]()
![]()
![]()
On comparing coefficients we get,
![]()
![]()
![]()
![]()
On solving above equations we get,
,
,
, ![]()
On substituting these values for ![]()
![]()
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