The graphs of y = p(x) are given in the figure below, for some polynomials p(x). In each case, find the number of zeros of p(x).
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54
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Condition :
A polynomial p(x) of degree 'n' , the
graph of y = p(x) intersects the X - axis
at almost 'n' points .
So, p(x) of degree 'n' has atmost 'n'
zeroes .
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i ) The line never meet the X +- axis so
the number of zeroes of the polynomial
is zero.
ii ) The curve of the polynomial meet
the Z-axis at only one point .
So, the number of zeroes of the
polynomial is one .
iii ) The curve meet the X-axis at three
point .
So, the number of zeroes of the
polynomial is three.
iv ) The curve meet the X-AXIS at
two points .
So, the number of zeroes of the
polynomial is two.
v ) The curve meet the X-axis at four
points .
So, the number of zeroes of the
polynomial is four .
vi ) The curve meet the X-axis at three
distinct points.
So, the number of zeroes of the
polynomial is three.
*****
Condition :
A polynomial p(x) of degree 'n' , the
graph of y = p(x) intersects the X - axis
at almost 'n' points .
So, p(x) of degree 'n' has atmost 'n'
zeroes .
*********************************************
i ) The line never meet the X +- axis so
the number of zeroes of the polynomial
is zero.
ii ) The curve of the polynomial meet
the Z-axis at only one point .
So, the number of zeroes of the
polynomial is one .
iii ) The curve meet the X-axis at three
point .
So, the number of zeroes of the
polynomial is three.
iv ) The curve meet the X-AXIS at
two points .
So, the number of zeroes of the
polynomial is two.
v ) The curve meet the X-axis at four
points .
So, the number of zeroes of the
polynomial is four .
vi ) The curve meet the X-axis at three
distinct points.
So, the number of zeroes of the
polynomial is three.
*****
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