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sunshine1487
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HELP! I need to find the energy emitted by a photon if an electron is confined in an infinitely deep well. Can someone tell me what the hell to do please?! I'm desperate!
Thanks!
Thanks!
The Schrodinger equation is a fundamental equation in quantum mechanics that describes the evolution of a quantum system over time. It is a differential equation that relates the state of a system to its energy.
An infinitely deep well is a hypothetical potential energy barrier that is infinite in height, meaning that particles cannot escape from it. It is often used as a simplified model for studying quantum systems.
The Schrodinger equation can be solved to find the energy levels of a particle in an infinitely deep well. The energy emitted by a photon corresponds to the difference between two energy levels, which can be calculated using the Schrodinger equation.
Yes, the Schrodinger equation can be applied to real-world scenarios involving quantum systems. However, it is often used as a simplified model and may not accurately predict the behavior of particles in complex systems.
Yes, the Schrodinger equation is limited to non-relativistic systems and does not take into account the effects of special relativity. It also does not account for other factors such as interactions with other particles or external forces.