The distance of electrons from the nucleus in the same element is not fixed but is instead described by the electron's wavefunction, which varies with the state of the atom. The most probable distance to find an electron is dependent on the specific eigenstate determined by the Schrödinger equation. This means that the electron's position can differ even for identical elements unless they are in the exact same quantum state. Therefore, while discussing distances, it is crucial to consider the context of the electron's state at any given moment. In summary, the electron's most probable position is state-dependent and not inherently the same for all instances of the same element.