If alpha and beta are zeros of x^2 + 5x + 5 find a^-1 + b^-1
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Hello,
The polynomial is
P(x) = x²+5x+5
Also, alpha and beta are the zeroes of the polynomial.
For quadratic polynomials the relation between the zeroes and the coefficients is

For p(x)
Sum of zeroes = (-5)
Product of zeroes = 5
We need to find the value of

Hope this will be helping you....
The polynomial is
P(x) = x²+5x+5
Also, alpha and beta are the zeroes of the polynomial.
For quadratic polynomials the relation between the zeroes and the coefficients is
For p(x)
Sum of zeroes = (-5)
Product of zeroes = 5
We need to find the value of
Hope this will be helping you....
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