janice01bohr model lithium
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Enhanced Promptelectrons, two valence electrons, first electron shell, K shell completely filled, L shell partially filled, one s orbital occupied, two p orbitals occupied, electron configuration 1s^2 2s^1 2p^1, protons 3, atomic number 3, nucleus small and compact, positively charged, negatively charged electrons cloud surrounding the nucleus, electrons spinning around the central nucleus, electron spin and orbital angular momentum influencing magnetic properties, quantum mechanics governing behavior, wave-particle duality of electrons, atomic radius approximately 60 pm, ionization energy moderate, electronegativity 0.98, atomic mass 6.94 u, isotope lithium-6, isotope lithium-7, naturally occurring isotope lithium-7, nuclear stability influenced by neutron-to-proton ratio, isotopes differing in neutron count, neutron capture and beta decay affecting isotopic abundance, radioactive decay pathways dependent on nuclear stability, Bohr model simplified representation of atomic structure, Rutherford model precursor, electron shells and energy levels central to understanding atomic behavior, Aufbau principle guiding electron arrangement, Hund's rule describing electron pairing, Pauli exclusion principle explaining electron capacity, electron configuration essential for predicting chemical reactivity, periodic table position 1A group 1, alkali metal properties, highly reactive due to single valence electron, strong reducing agent, readily loses electron to form cation, lattice energy and interatomic distances critical in determining physical properties, metallic bonding prevalent in lithium compounds, ionic bonds formed between lithium ions and other elements, applications in batteries, pharmaceuticals, and ceramics.
