what can be the degree of the reminder at most when a fourth degree polynomial is divided by quadratic polynomial ?
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Answered by
10
Do you know about Euclid division lemma ? According to this concepts , a = bq + r , where 0 ≤ r < b
Here question said , any polynomial of fourth degree is divided by quadratic polynomial , then degree of remainder must be less than degree of quadratic polynomial. so, maximum degree of remainder will be possible 1 .
Let's take a example for understanding ,
A four degree polynomial : x⁴ + 2x² + x + 1 is divided by a quadratic polynomial : x² + 2
Now, x² + 2) x⁴+ 2x² + x + 1 (x²
x² + 2x²
_________
x + 1
Hence, you can see remainder : x + 1 , degree of it is less than degree of x² + 2
Hence, maximum degree of the remainder = 1
Here question said , any polynomial of fourth degree is divided by quadratic polynomial , then degree of remainder must be less than degree of quadratic polynomial. so, maximum degree of remainder will be possible 1 .
Let's take a example for understanding ,
A four degree polynomial : x⁴ + 2x² + x + 1 is divided by a quadratic polynomial : x² + 2
Now, x² + 2) x⁴+ 2x² + x + 1 (x²
x² + 2x²
_________
x + 1
Hence, you can see remainder : x + 1 , degree of it is less than degree of x² + 2
Hence, maximum degree of the remainder = 1
Answered by
7
Hi ,
If p (x ) and g ( x ) are any two polynomials with g ( x ) ≠ 0
then we can find polynomials q ( x ) and r ( x ) such that
p( x ) = g( x ) × q( x ) + r( x )
Where r( x ) = 0 or degree of r( x ) < degree of g ( x )
The degree of the remainder may be 1 or 0 .
at most degree = 1
I hope this helps you .
: )
If p (x ) and g ( x ) are any two polynomials with g ( x ) ≠ 0
then we can find polynomials q ( x ) and r ( x ) such that
p( x ) = g( x ) × q( x ) + r( x )
Where r( x ) = 0 or degree of r( x ) < degree of g ( x )
The degree of the remainder may be 1 or 0 .
at most degree = 1
I hope this helps you .
: )
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