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jayanth
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A particle is moving in a 1D box with infinitely high walls. The potential is zero inside and infinite outside. What will happen if one of the walls is suddenly removed??
jayanth said:A particle is moving in a 1D box with infinitely high walls. The potential is zero inside and infinite outside. What will happen if one of the walls is suddenly removed??
A particle in a 1D box refers to a theoretical scenario in which a single particle is confined to a one-dimensional space, such as a line or a tube. The particle is free to move within this space, but cannot escape its boundaries.
When the wall of the 1D box is removed, the particle is no longer confined to a specific space and can now move freely in all directions. This results in a change in the particle's energy and behavior.
The energy of the particle in a 1D box is quantized, meaning it can only have certain discrete values. When the wall is removed, the particle gains access to a larger space and therefore has more possible states and energies. This leads to an increase in the particle's energy.
The increase in the particle's energy when the wall is removed has important implications in quantum mechanics. It demonstrates the concept of energy quantization and how the behavior of particles can change when their physical environment is altered.
No, the 1D box model only applies when the particle is confined to a one-dimensional space. Once the wall is removed, the particle is no longer restricted to a specific direction and the model is no longer applicable.