bohr theory Synonyms
No Synonyms and anytonyms found
bohr theory Meaning
bohr theory (n)
(physics) a theory of atomic structure that combined Rutherford's model with the quantum theory; electrons orbiting a nucleus can only be in certain stationary energy states and light is emitted when electrons jump from one energy state to another
bohr theory Sentence Examples
- Bohr theory revolutionized our understanding of atomic structure by introducing the concept of quantized electron orbits.
- The Bohr theory of hydrogen atom spectral lines provided a crucial framework for explaining observed spectral patterns.
- According to Bohr theory, electrons orbit the nucleus in discrete energy levels, with transitions between these levels resulting in emission or absorption of photons.
- Bohr theory's incorporation of quantum principles laid the groundwork for modern atomic physics.
- One of the key postulates of Bohr theory is that electrons can only occupy certain stable orbits around the nucleus.
- Bohr theory's success in explaining the hydrogen spectrum highlighted the inadequacy of classical physics in describing atomic phenomena.
- The Bohr theory of the atom reconciled the stability of atoms with the principles of classical mechanics and electromagnetic theory.
- Bohr theory's quantization condition for angular momentum played a pivotal role in understanding the stability of electron orbits.
- Bohr theory's predictions regarding the frequencies of spectral lines were confirmed by experimental observations.
- Bohr theory's insights into atomic structure paved the way for the development of quantum mechanics and its applications in various fields.
FAQs About the word bohr theory
(physics) a theory of atomic structure that combined Rutherford's model with the quantum theory; electrons orbiting a nucleus can only be in certain stationary
No synonyms found.
No antonyms found.
Bohr theory revolutionized our understanding of atomic structure by introducing the concept of quantized electron orbits.
The Bohr theory of hydrogen atom spectral lines provided a crucial framework for explaining observed spectral patterns.
According to Bohr theory, electrons orbit the nucleus in discrete energy levels, with transitions between these levels resulting in emission or absorption of photons.
Bohr theory's incorporation of quantum principles laid the groundwork for modern atomic physics.
