Official Answer
Answer
Ñe'ẽpoty ha ñe'ẽpoty ñemohenda. Pe número de onda $N$ oguereko relación cuartica pe tasa de resorte $k \propto N^4$ ndive. Increasing $N$ significantly increases the stiffness, allowing for higher load capacity within a very short axial space. Ha katu, $N$ ojupívo, pe desviación máxima ojehejáva $f_{max}$ oguejy pe arco ipukukue mbykyvéva umi pico apytépe ombohetavégui pe tensión de flexión peteĩ desplazamiento oñeme ẽvape g̃uarã. Engineers must balance $N$ to achieve the required $P$ at $H_w$ without exceeding the stress limit $\sigma < 0.8 S_y$. For high-deflection applications, a lower $N$ with a thicker material $t$ is often preferred.
