[DOC] [TLE] Bohr Atomic Model [PAR] In 1913 Bohr proposed his quantized shell model of the atom to explain how ... 
radiation; thus, the electrons would lose energy and spiral into the nucleus. ... 
Radiation can occur only when the electron jumps from one orbit to another. [DOC] [TLE] Niels Bohr [PAR] In 1913 one of Rutherford's students, Niels Bohr, proposed a model for the 
hydrogen ... The electron in a hydrogen atom travels around the nucleus in a 
circular orbit. ... Light is absorbed when an electron jumps to a higher energy 
orbit and ... lines in the spectrum of the hydrogen atom and his belief that these 
lines were the... [DOC] [TLE] The Bohr Atom - Chemistry LibreTexts [PAR] Feb 6, 2015 ... Electrons move around the nucleus of an atom in circular motion. ... If the electron 
stays in one orbital, the energy of the electron remains constant. ... In his model of 
the atom Bohr used Planck's quantum hypothesis, and of ... to a lower energy 
level, n=1, it emits a specific wavelength distinct to that element. [DOC] [TLE] High School Chemistry/The Bohr Model - Wikibooks, open books for ... [PAR] Niels Bohr realized that in order for atoms to release ... a model in which 
electrons circled around the nucleus and, ... and drop it, it will release a specific 
amount of energy. ... The electrons could jump from a lower level to a ... one of 
these orbits remained a constant distance from... [DOC] [TLE] The Bohr Model of the Atom [PAR] These were like circular tracks around nucleus that guided the electrons motion. 
... There might be an orbit with a radius (a distance from the proton) of .1 ... In 
Bohr's model there was a relationship between the energy of an electron's orbits 
and their ... The "quantum jumps" to higher orbits via photon absorption are what 
give... [DOC] [TLE] Bohr Model - Energy, Electrons, Quantum, and Electron - JRank ... [PAR] The Bohr model of atomic structure was developed by Danish physicist and 
Nobel ... around the nucleus and is assigned a principal quantum number (n) of n
=1. ... Increasing numbers of electrons can fit into these orbital shells according to 
the ... those with electrons jumped to higher energy orbits are in an "excited" state
. [DOC] [TLE] Bohr model - Wikipedia [PAR] Electrons in atoms orbit the nucleus. ... In these orbits, the electron's acceleration 
does not result in radiation and energy loss as required by classical 
electromagnetics. The Bohr model of an atom was based upon Planck's quantum 
theory ... gain and lose energy by jumping from one allowed orbit to another,... [DOC] [TLE] Bohr Atom | Science Primer [PAR] The Bohr model of the atom, developed in the early twentieth century, was an 
attempt to explain observations about the way atoms and electrons absorb, retain 
and release energy. ... When an electron absorbs energy, it jumps to a higher 
orbital. ... One associated with movement between the ground state and the lower
... [DOC] [TLE] 6.3 Bohr's Model of the Hydrogen Atom [PAR] A particular source of radiant energy may emit a single wavelength, as in the light 
from a ... that the electron could circle the nucleus only in orbits of certain specific 
radii. ... In order to explain the line spectrum of hydrogen, Bohr made one more ... 
When ni > nf, radiant energy is emitted as the electron jumps from a higher to a... [DOC] [TLE] The Bohr Model - Boundless [PAR] The Bohr model depicts atoms as small, positively charged nuclei surrounded ... 
In these stable orbits, an electron's acceleration does not result in radiation and 
energy ... Act of releasing or giving away, energy in the case of the electron. ... 
Electrons can only gain or lose energy by jumping from one allowed orbit to 
another,... [DOC] [TLE] The Bohr atom - Chem1 [PAR] Bohr's model of the atom. For a fascinating ... The radius of one of these allowed 
Bohr orbits is given by. Bohr atom... [DOC] [TLE] What Is Bohr's Atomic Model? - Universe Today [PAR] Aug 21, 2016

Question: In the Bohr model of the atom, energy is released when one of these jumps to a specified orbit about the nucleus
Answer: electron