If \( \alpha \) and \( \beta \) are the distinct roots of the equation \( x^{2}+3^{1 / 4} x \) \...

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If α and β are the distinct roots of the equation x^2+(3)^(1/4) x+3^(1/2)=0 , then the value of α^96 If α and β are the distinct roots of the equation x^2+(3)^(1/4) x+3^(1/2)=0 , then the value of α^96
ROOTS OF QUADRATIC EQUATIONS (alpha and beta) ROOTS OF QUADRATIC EQUATIONS (alpha and beta)
alpha and beta roots of quadratic equation | Finding new equation alpha and beta roots of quadratic equation | Finding new equation
If α and β are the distinct roots of the equation x^2+(3)^(1/4) x+3^(1/2)=0, then the value If α and β are the distinct roots of the equation x^2+(3)^(1/4) x+3^(1/2)=0, then the value
If α, β ∈ C are the distinct roots of the equation x² - x + 1 = 0 then α¹⁰¹ + β¹⁰⁷ is equal to If α, β ∈ C are the distinct roots of the equation x² - x + 1 = 0 then α¹⁰¹ + β¹⁰⁷ is equal to
How to derive formulas of the roots of Quadratic Equations How to derive formulas of the roots of Quadratic Equations
If \[\alpha \] and \[\beta \] are the distinct roots of the equation \[{x^2} + {\left( 3 \right)^{1/ If \[\alpha \] and \[\beta \] are the distinct roots of the equation \[{x^2} + {\left( 3 \right)^{1/
If alpha and beta are the distinct roots of the equation x^ 2 + (3) ^ (1/4) * x + 3 ^ (1/2) = 0 then If alpha and beta are the distinct roots of the equation x^ 2 + (3) ^ (1/4) * x + 3 ^ (1/2) = 0 then