Assertion: hydrogen atom's electron | /r/CapableOf | orbit the nucleus
Facets:
value: in the first bohr orbit
type: LOCATION
value: in a hydrogen atom
type: LOCATION
value: as in the bohr model
type: OTHER
value: with a charge
type: OTHER
value: in atomic shells
type: LOCATION
value: in the model
type: LOCATION
value: classically
type: MANNER
value: at radius
type: OTHER
Source sentences:
text: That is, the Bohr picture of an electron orbiting the nucleus at radius a 0 {\displaystyle a_{0}} is recovered as a statistically valid result.
text: Given this experimental data, Rutherford naturally considered a planetary model of the atom, the Rutherford model of 1911 – electrons orbiting a solar nucleus – however, the said planetary model of the atom has a technical difficulty: the laws of classical mechanics (i.e. the Larmor formula) predict that the electron will release electromagnetic radiation while orbiting a nucleus.
text: A hydrogen atom consists of an electron orbiting its nucleus.
text: Which chemical element an atom represents is determined by the number of protons in the nucleus; the neutral atom will have an equal number of electrons orbiting that nucleus.
text: A rotating charge, such as the electron classically orbiting around the nucleus, would constantly lose energy in form of electromagnetic radiation (via various mechanisms: dipole radiation, Bremsstrahlung,...).
text: The electrons in outer orbits do not only orbit the nucleus, but they also move around the inner electrons, so the effective charge Z that they feel is reduced by the number of the electrons in the inner orbit.
text: Electrons orbit the nucleus in orbits that have a set size and energy.
text: An electron that orbits the nucleus in the first Bohr orbit, closest to the nucleus, is in the ground state, where its energy has the smallest value.
text: In the model, electrons orbit the nucleus in atomic shells.
text: Bohr began with the assumption that electrons were orbiting the nucleus, much like the earth orbits the sun.
text: An electron that orbits the nucleus in the first Bohr orbit, closest to the nucleus, is in the ground state, where its energy has the smallest value.
text: This means it has two electrons orbiting the nucleus with a charge of When one of the orbiting electrons is removed from the helium atom (we say, when the helium atom is singly ionized), what remains is a hydrogen-like atomic structure where the remaining electron orbits the nucleus with a charge of This type of situation is described by the Bohr model.
text: The limitation of the early quantum theory is that it cannot describe atoms in which the number of electrons orbiting the nucleus is larger than one.
text: This theory gives the probability of locating electrons in a particular location, unlike assuming electrons orbit the nucleus as in the Bohr model.
text: The Bohr radius is a unit of measurement used in atomic physics to describe the smallest possible radius of an electron orbiting the nucleus in a hydrogen atom.