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  • HOME
    • Store
  • CHEM TOPICS
    • 🏠 ALL CHEM TOPICS
    • 📐 Matter and Measurement
    • ⚛️ Atomic and Electronic Structure
    • 🧲 Bonding and IMFs
    • 🧑 Nomenclature
    • 🧮 The Mole
    • 🧪 Chemical Reactions
    • ➗ Stoichiometry
    • 🎈 Gas Behavior
    • 🧂 Solutions
    • 🔥 Thermochemistry
    • 🏃 Kinetics
    • 🤹 Equilibrium
    • ☠️ Acids & Bases
    • ⚙️ Entropy and Free Energy
    • 🔋 Redox and Electrochemistry
  • AP®︎ CHEM
    • ⭐ ALL TOPICS LIST
    • 01 - Atomic Structure & Properties
    • 02 - Molecular and Ionic Compound Structure and Properties
    • 03 - Intermolecular Forces and Properties
    • 04 - Chemical Reactions
    • 05 - Kinetics
    • 06 - Thermodynamics
    • 07 - Equilibrium
    • 08 - Acids & Bases
    • 09 - Applications of Thermodynamics
    • 🔄 AP Exam Prep
  • LABS 🧪
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    • HOME
      • Store
    • CHEM TOPICS
      • 🏠 ALL CHEM TOPICS
      • 📐 Matter and Measurement
      • ⚛️ Atomic and Electronic Structure
      • 🧲 Bonding and IMFs
      • 🧑 Nomenclature
      • 🧮 The Mole
      • 🧪 Chemical Reactions
      • ➗ Stoichiometry
      • 🎈 Gas Behavior
      • 🧂 Solutions
      • 🔥 Thermochemistry
      • 🏃 Kinetics
      • 🤹 Equilibrium
      • ☠️ Acids & Bases
      • ⚙️ Entropy and Free Energy
      • 🔋 Redox and Electrochemistry
    • AP®︎ CHEM
      • ⭐ ALL TOPICS LIST
      • 01 - Atomic Structure & Properties
      • 02 - Molecular and Ionic Compound Structure and Properties
      • 03 - Intermolecular Forces and Properties
      • 04 - Chemical Reactions
      • 05 - Kinetics
      • 06 - Thermodynamics
      • 07 - Equilibrium
      • 08 - Acids & Bases
      • 09 - Applications of Thermodynamics
      • 🔄 AP Exam Prep
    • LABS 🧪

Atomic & Electronic Structure/ Periodic Table > Periodic Trends > Ionic Radius

Isotopic Notation   |   Periodic Trends   |   Shielding/ Zeff   |   Orbitals   |   Electron Configuration   |   Quantum Numbers   |   Paramagnetism and diamagnetism   |   

Introduction to Light   |   UV-VIS spectroscopy 

When an atom (neutral) becomes an ion (charged) it either loses or gains electrons. 


Atoms that LOSE electrons become CATIONS (positively charged)

Atoms that GAIN electrons become ANIONS (negatively charged)


Why? …


Why does an atom get SMALLER when an electron is LOST? 



Why does an atom get LARGER when an electron is GAINED? 





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