Which of the following values of - satisfy the equation - - 1- 2 1-2- 2 1-3- 2- 2- 2 2-2- 2 2-3- 2- 3- 2 3-2- 2 3-3- 2 - -648- -

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Euler's Representation

Which of the ...

Question

Which of the following values of $α$ satisfy the equation
$∣ ∣ ∣ ∣ ∣ \begin{matrix} (1 + α)^{2} & (1 + 2 α)^{2} & (1 + 3 α)^{2} (2 + α)^{2} & (2 + 2 α)^{2} & (2 + 3 α)^{2} (3 + α)^{2} & (3 + 2 α)^{2} & (3 + 3 α)^{2} \end{matrix} ∣ ∣ ∣ ∣ ∣ = - 648 α$ ?

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Similar questions

α + 4, α - \frac{7}{2}, α - \frac{5}{2}, α - 3, α - 2 α + \frac{1}{2}, α - \frac{1}{2}, α + 5 (α > 0),

α + 4, α - \frac{7}{2}, α - \frac{5}{2}, α - 3, α - 2 α + \frac{1}{2}, α - \frac{1}{2}, α + 5 (α > 0),

α^{t}

(α + p)^{m - 1} + (α + p)^{m - 2} (α + q) + (α + p)^{m - 3} (α + q)^{2} + . . . . . . . . (α + q)^{m - 1},

α \neq - q

p \neq q

(α + p)^{m - 1} + (α + p)^{m - 2} (α + q) + (α + p)^{m - 3} (α + q)^{2} + . . . . . . . . (α + q)^{m - 1},

α

β

x^{2} - p (x + 1) - q = 0

\frac{α^{2} + 2 α + 1}{α^{2} + 2 α + q} + \frac{β^{2} + 2 β + 1}{β^{2} + 2 β + q}

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