2024-10-05T00:46:35+03:00[Europe/Moscow] en true <p>How many orbitals in s sublevel?</p>, <p>How many orbitals in p sublevel?</p>, <p>How many orbitals in d sublevel?</p>, <p>How many orbitals in f sublevel?</p>, <p>Electrons enter lowest-energy orbitals first</p>, <p>Atomic orbital can only have 2 electrons (electrons in same orbital have opposite spins)</p>, <p>When electrons are in equal energy orbitals, one enters each orbital until all orbitals contain one electron with parallel spins</p>, <p>Most reactive metal</p>, <p>Most reactive non-metal</p>, <p>What can't be reactive?</p>, <p>Ability of element's atoms to attract electrons in a bond</p>, <p>Half distance between adjacent nuclei</p>, <p>How much energy to remove an electron</p>, <p>Energy released when electron is received (like a leash)</p>, <p>Electromagnetic radiation formula</p>, <p>Planck's constant (h)</p>, <p>v</p>, <p>Velocity/wavelength formula</p>, <p>λ meaning</p>, <p>Speed of light</p> flashcards
Chapters 4 and 5

Chapters 4 and 5

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  • How many orbitals in s sublevel?

    1

  • How many orbitals in p sublevel?

    3

  • How many orbitals in d sublevel?

    5

  • How many orbitals in f sublevel?

    7

  • Electrons enter lowest-energy orbitals first

    Aufbau principle

  • Atomic orbital can only have 2 electrons (electrons in same orbital have opposite spins)

    Pauli exclusion principle

  • When electrons are in equal energy orbitals, one enters each orbital until all orbitals contain one electron with parallel spins

    Hund's rule

  • Most reactive metal

    Francium

  • Most reactive non-metal

    Fluorine

  • What can't be reactive?

    Noble gasses

  • Ability of element's atoms to attract electrons in a bond

    Electronegativity

  • Half distance between adjacent nuclei

    Atomic radius

  • How much energy to remove an electron

    Ionization energy

  • Energy released when electron is received (like a leash)

    Electron affinity

  • Electromagnetic radiation formula

    E=hv

  • Planck's constant (h)

    6.626*10^-24J/s

  • v

    frequency

  • Velocity/wavelength formula

    c=λv

  • λ meaning

    wavelength in meters

  • Speed of light

    3*10^8m/s