1/2 , -1/2 Form the quadratic equation from the given roots
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Here's the answer............

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13
***********************************
Quadratic equation whose roots
are m , n is
x² - ( m+n)x + mn
*****************************************
Here ,
m = 1/2 , n = -1/2 ,
i ) sum of the roots = m+n
= 1/2 - 1/2 = 0
ii ) product of the roots
= ( 1/2 )( -1/2 )
= -1/4
Therefore ,
Required Quadratic equation,
x² - 0×x + ( -1/4 ) = 0
=> x² - 1/4 = 0
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