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GENERAL CHEMISTRY I Unit 6: Atoms' electronic configuration: Chemistry Help
Additional Information
The electronic configuration of an atom refers to the arrangement of electrons in the atom and how they are distributed among the different energy levels or shells. Each energy level or shell can contain a certain number of electrons, and the electrons occupy the lowest energy levels first. The number of electrons in the outermost shell (valence electrons) is particularly important in determining the chemical properties of an atom, including its reactivity and the types of bonds it can form with other atoms. The electronic structure of an atom can be described by its electron configuration, which lists the number of electrons in each energy level or shell. The electron configuration is determined by the number of protons in the nucleus of the atom, which determines the number of electrons in the atom. According to the laws of quantum mechanics, the electrons in an atom occupy specific energy levels and have specific energy states, which determine their behavior and reactivity.
Atoms' Electronic Configuration
Unit 6 overview
6.1: Photons
6.3: Waves & Quantum Mechanics
6.2: Bohr's Model
The smallest amounts(quantum) of light
6.2: Bohr's Model
6.3: Waves & Quantum Mechanics
6.2: Bohr's Model
Electrons orbit the nucleus in "allowed" levels
6.3: Waves & Quantum Mechanics
6.3: Waves & Quantum Mechanics
6.3: Waves & Quantum Mechanics
Matter’s wavelike behavior
6.4: Atomic Orbitals
6.5: Electron Configurations(Atoms)
6.3: Waves & Quantum Mechanics
Quantum numbers: n, l, ml, & ms
6.5: Electron Configurations(Atoms)
6.5: Electron Configurations(Atoms)
6.5: Electron Configurations(Atoms)
The distribution of electrons in atoms
Unit 6: Problems and Exercises
6.5: Electron Configurations(Atoms)
6.5: Electron Configurations(Atoms)
Problems and Exercises of Unit 6.
Unit 6: Summary and Review
Unit 6: Summary and Review
Unit 6: Summary and Review
A summary and review of all Unit 6.