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Substance Composition, Chemical Bonds
by
Corinth
Science
,
Chemistry
29MB
Free
Formation of Covalent Bonds within H₂ Molecule
Formation of Hydrogen Bonds with Water Molecules
Cation Creation
Anion Creation
Structure of the Atom
Formation of Ionic Bonds in NaCl
Formation of Covalent Bonds with O₂ Molecules
Formation of Covalent Bonds in H₂O
Rotation of the Electron around Hydrogen Nucleus
Particles of Gaseous Substances
Particles of Liquids
Particles of Solid Substances
Bohr Model of the Atom of Helium
Formation of Ionic Bonds in CaCl₂
Polarity of Water Molecule
Quantum Mechanical Model of Hydrogen Atom
Quantum Mechanical Model of Helium Atom
Formation of Covalent Bond within CO₂ Molecule
Formation of Covalent Bond within Fluorine Molecule
Formation of Covalent Bond within Nitrogen Molecule
Formation of Covalent Bond within Hydrogen Chloride Molecule
Formation of Covalent Bond within Chlorine Molecule
Bohr Model of the Atom of Oxygen
Bohr Model of the Atom of Hydrogen
Description
Contents
Formation of Covalent Bonds within H₂ Molecule
Formation of Hydrogen Bonds with Water Molecules
Cation Creation
Anion Creation
Structure of the Atom
Formation of Ionic Bonds in NaCl
Formation of Covalent Bonds with O₂ Molecules
Formation of Covalent Bonds in H₂O
Rotation of the Electron around Hydrogen Nucleus
Particles of Gaseous Substances
Particles of Liquids
Particles of Solid Substances
Bohr Model of the Atom of Helium
Formation of Ionic Bonds in CaCl₂
Polarity of Water Molecule
Quantum Mechanical Model of Hydrogen Atom
Quantum Mechanical Model of Helium Atom
Formation of Covalent Bond within CO₂ Molecule
Formation of Covalent Bond within Fluorine Molecule
Formation of Covalent Bond within Nitrogen Molecule
Formation of Covalent Bond within Hydrogen Chloride Molecule
Formation of Covalent Bond within Chlorine Molecule
Bohr Model of the Atom of Oxygen
Bohr Model of the Atom of Hydrogen