Which benefit spurred advancements in quadratic algebra in medieval Islamic irrigation systems (circa 9th-13th centuries)?

💡 Explanation

When designing irrigation channels, quadratic algebra allows calculation of optimal flow rates related to channel dimensions and water source levels because this involves relating cross-sectional areas, volumes and flow. Therefore optimizing flow benefited most, rather than other calculations requiring trigonometry or basic arithmetic but less sophisticated polynomial algebra.

• Which consequence results when a mariner miscalculates longitude due to inaccurate chronometer calibration circa 1780?
• Which consequence arises when Byzantine sericulture faces disease?
• Which crucial consequence threatened Viking longship-supported pontoon bridges during North Sea crossings?
• Which risk increased inside 15th century chinampa agriculture during prolonged El Niño conditions?
• Which outcome resulted from deliberately delayed communication during Byzantine diplomacy?
• Which purpose did the alignment of ancient Egyptian temples like Karnak serve relative winter solstice sunrise?