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Home » Biscuí Breakthrough: Why Every Foodie Craved This Bold Crunch! - Londonproperty

Biscuí Breakthrough: Why Every Foodie Craved This Bold Crunch! - Londonproperty

📅 March 14, 2026 👤 scraface

Mar 14, 2026

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📝 Recent Posts

\( (z + \frac{8}{3})^3 = z^3 + 3\cdot\frac{8}{3}z^2 + 3\cdot\frac{64}{...
\( -8(z + \frac{8}{3})^2 = -8(z^2 + \frac{16}{3}z + \frac{64}{9}) = -8...
\( 9(z + \frac{8}{3}) = 9z + 24 \)
Summe:
z^3 + 8z^2 + \frac{64}{3}z + \frac{512}{27} -8z^2 - \frac{128}{3}z - \...
= z^3 + \left(8 - 8\right)z^2 + \left(\frac{64 - 128 + 27}{3}\right)z...
= z^3 + \left(\frac{-407}{3}\right)z + \left(\frac{512 - 1536 + 648 -...
= z^3 - \frac{407}{3}z - \frac{158}{3}
Diskriminante eines kubischen \( z^3 + pz + q \): \( \Delta = -4p^3 -...
Hier: \( p = -\frac{407}{3} \), \( q = -\frac{158}{3} \)

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