WebIn a hypothetical Bohr hydrogen atom, the mass of the electron is doubled. The energy E 0 and the radius r 0 of the first orbit will be ( r 0 is the Bohr radius) A −11.2eV B −6.8eV C … WebApr 01,2024 - In a hypothetical atom, a negatively charged particle having a charge of magnitude 3e and mass 3m revolves around a proton. Here, e is the electronic charge and m is the electronic mass. Mass of proton may be assumed to be much larger than that of the negatively charged particle, thus the proton is at rest. This “atom” obeys …

In a hypothetical Bohr hydrogen atom, the mass of the …

WebLesson 5: Bohr's model of hydrogen atom. Bohr's model of hydrogen. Absorption/emission lines. Absorption and emission. Emission spectrum of hydrogen. ... For example, these are the spectrum lines visible when we heat hydrogen gas. This is known as the Balmer … Webto explain the hydrogen spectrum. Bohr made the following assumptions: (1) the electron orbits the proton akin to a planet around the parent star and (2) the orbits were circular. He used the correspondence principle to associate the orbital energy to the lines radiated at long wavelengths. (3) The observed spectral lines were photons emitted ... fishingearstore.com

Bohr’s Theory of Hydrogen Atoms

WebIn a hypothetical Bohr hydrogen atom, the mass of the electron is doubled. The energy E 0 and the radius r 0 of the first orbit will be ( r 0 is the Bohr radius) Medium WebHistorically, Bohr’s model of the hydrogen atom is the very first model of atomic structure that correctly explained the radiation spectra of atomic hydrogen. The model has a … WebIn a hypothetical Bohr hydrogen, the mass of the electron is doubled. The energy E₀ and the radius r₀ of the first orbit will be (a₀ is the Bohr radius)a)E₀ = -27.2 eV; r₀ = a₀/2b)E₀ = -27.2 eV; r₀ = a₀c)E₀ = -13.6 eV; r₀ = a₀/2d)E₀ = -13.6 eV; r₀ = a₀Correct answer is option 'A'. Can you explain this answer? Share with a friend Answer this doubt fishingearstore