In the realm of fluid mechanics, flow regimes quantify the distinct behaviors exhibited by fluids in motion. At one extreme, we encounter steady motion, a scenario where fluid velocity remains unchanging at each point over time. This regime is often characterized by smooth, predictable courses. In contrast, turbulence introduces a state of chaotic

While groundbreaking for its time, the Bohr model featured several shortcomings that ultimately proved to be its superseded. One primary issue was its lack to precisely predict the spectra of multi-electron atoms. The model also struggled to demonstrate phenomena like quantumbehavior. Furthermore, its predictable nature clashed with the inherent un