sns10/27/2026,
Atom Model
10/27/2026,
Calculations@#&&*#&()&(*&)*$*)($*)*@($*(*@)$(*@$(&(*$$(&*$($2ZOIZHxh-2Page
3:41:204:25:30
AM~~~~~~())))))))))))))(@)(*@U*(Bohr's
AMBohr's Atom Model Calculations10/27/2026,
Atom Model Calculations@#&&*#&()&(*&)*$*)($*)*@($*(*@)$(*@$(&(*$$(&*$($2ZOIZHxh-2Page
3:41:20 AM~~~~~~())))))))))))))(@)(*@U*(Bohr's
1 of 2Bohr's Atom Model Calculations.pdf10/27/2026,
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3:41:39 AM
1 of 2Bohr's
Bohr's Atom Model Calculations
Bohr's model of the atom - CORRECT ANSWER-Niels Bohr's description of
electron arrangement in discrete energy levels.
Energy transition - CORRECT ANSWER-Electron movement between energy
levels in an atom, emitting or absorbing energy.
Excited state - CORRECT ANSWER-State where an electron is at a higher
energy level than the ground state.
Ground state - CORRECT ANSWER-Lowest energy level an electron can
occupy in an atom.
Photon - CORRECT ANSWER-Quantum of electromagnetic radiation with
energy related to frequency.
Delta E - CORRECT ANSWER-Energy difference between initial and final states
in atomic transitions.
Rydberg constant - CORRECT ANSWER-Physical constant in equations for
hydrogen atom energy levels in Bohr's model.
Electromagnetic radiation - CORRECT ANSWER-Energy transmitted as
electromagnetic waves through space or a medium.
Energy change - CORRECT ANSWER-Difference in energy levels during
transitions, negative for emission and positive for absorption.
Quantized energy levels - CORRECT ANSWER-Specific energy levels in Bohr's
model leading to distinct photon wavelengths.
Energy of a photon - CORRECT ANSWER-Calculated using Planck's constant,
speed of light, and wavelength.
sns10/27/2026,
Atom Model
10/27/2026,
Calculations@#&&*#&()&(*&)*$*)($*)*@($*(*@)$(*@$(&(*$$(&*$($2ZOIZHxh-2Page
3:41:204:25:30
AM~~~~~~())))))))))))))(@)(*@U*(Bohr's
AMBohr's Atom Model Calculations10/27/2026,
Atom Model Calculations@#&&*#&()&(*&)*$*)($*)*@($*(*@)$(*@$(&(*$$(&*$($2ZOIZHxh-2Page
3:41:20 AM~~~~~~())))))))))))))(@)(*@U*(Bohr's
1 of 2Bohr's Atom Model Calculations.pdf10/27/2026,
Atom Model Calculations@#&&*#&()&(*&)*$*)($
3:41:39 AM
1 of 2Bohr's
Atom Model
10/27/2026,
Calculations@#&&*#&()&(*&)*$*)($*)*@($*(*@)$(*@$(&(*$$(&*$($2ZOIZHxh-2Page
3:41:204:25:30
AM~~~~~~())))))))))))))(@)(*@U*(Bohr's
AMBohr's Atom Model Calculations10/27/2026,
Atom Model Calculations@#&&*#&()&(*&)*$*)($*)*@($*(*@)$(*@$(&(*$$(&*$($2ZOIZHxh-2Page
3:41:20 AM~~~~~~())))))))))))))(@)(*@U*(Bohr's
1 of 2Bohr's Atom Model Calculations.pdf10/27/2026,
Atom Model Calculations@#&&*#&()&(*&)*$*)($
3:41:39 AM
1 of 2Bohr's
Bohr's Atom Model Calculations
Bohr's model of the atom - CORRECT ANSWER-Niels Bohr's description of
electron arrangement in discrete energy levels.
Energy transition - CORRECT ANSWER-Electron movement between energy
levels in an atom, emitting or absorbing energy.
Excited state - CORRECT ANSWER-State where an electron is at a higher
energy level than the ground state.
Ground state - CORRECT ANSWER-Lowest energy level an electron can
occupy in an atom.
Photon - CORRECT ANSWER-Quantum of electromagnetic radiation with
energy related to frequency.
Delta E - CORRECT ANSWER-Energy difference between initial and final states
in atomic transitions.
Rydberg constant - CORRECT ANSWER-Physical constant in equations for
hydrogen atom energy levels in Bohr's model.
Electromagnetic radiation - CORRECT ANSWER-Energy transmitted as
electromagnetic waves through space or a medium.
Energy change - CORRECT ANSWER-Difference in energy levels during
transitions, negative for emission and positive for absorption.
Quantized energy levels - CORRECT ANSWER-Specific energy levels in Bohr's
model leading to distinct photon wavelengths.
Energy of a photon - CORRECT ANSWER-Calculated using Planck's constant,
speed of light, and wavelength.
sns10/27/2026,
Atom Model
10/27/2026,
Calculations@#&&*#&()&(*&)*$*)($*)*@($*(*@)$(*@$(&(*$$(&*$($2ZOIZHxh-2Page
3:41:204:25:30
AM~~~~~~())))))))))))))(@)(*@U*(Bohr's
AMBohr's Atom Model Calculations10/27/2026,
Atom Model Calculations@#&&*#&()&(*&)*$*)($*)*@($*(*@)$(*@$(&(*$$(&*$($2ZOIZHxh-2Page
3:41:20 AM~~~~~~())))))))))))))(@)(*@U*(Bohr's
1 of 2Bohr's Atom Model Calculations.pdf10/27/2026,
Atom Model Calculations@#&&*#&()&(*&)*$*)($
3:41:39 AM
1 of 2Bohr's
