Inorganic
chemistry  |
| Atomic structure |
| Analytical chemistry |
|
Balancing chemical equations Balancing chemical equations |
| Balancing
chemical equations: tutorial a chemical equation identifies the starting
and finishing chemical as reactants and products, a chemical equation is
balanced when it reflects the conservation of mass and charge, A tutorial on
balancing chemical equations |
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Carbon chemistry |
| Chemical kinetics |
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Chemistry and Matter Chemistry and Matter is an introductory summary of
the structure of matter and in particular of the three physical states of
matter and their properties |
| Chlorine online
chlorine is everywhere. If you drink a glass of water, take medicine,
clean your teeth or drive to work, … |
| Computer-assisted Paleoanthropology (CAP) and the Neanderthals |
| Crystal structures image simulation in material science |
| Fullerenes
fullerenes are large carbon-cage molecules |
| Highschool
chemistry acidBase, atomic structure, Democritus to Aston, bonding &
isomerism, colligative properties, equilibrium, kinetic molecular theory &
gas laws, the mole, nomenclature, radioactivity, reduction oxidation,
stoichiometry, thermochemistry, thermodynamics |
|
Inorganic chemistry |
| Inorganic
reaction mechanisms kinetics and mechanism, substitution reactions, cis and trans effects, trans influence, anation and solvolysis reactions,
electron transfer reactions |
| Inorganic
reaction mechanisms (non metals) |
|
Ionic
reactions Ionic reactions, Metal hydrides, Water, Oxygen and oxides, The
element, Reaction with metals, Reaction with non-metals, Some reactions of
oxides, Combustion |
| Macrogalleria
polymers and polymer science, a polymer is a large molecule, often containing many thousands of small molecules joined together chemically to
form one giant macromolecule |
| Metals |
| Naming inorganic compounds
organic compounds: these contain the element Carbon (C). "Life on earth is carbon based" , inorganic compounds: all other compounds |
|
Naming inorganic compounds
Ionic Compounds, Compounds with Hydrogen as the First Element, Binary
Covalent Compounds |
| Phases of matter
phases of matter, phase, solid, liquid, gas, plasms, kinetic theory, sublimation, vaporization, condensation, viscosity, STP, gas laws, atmospheric
pressure |
|
Phases of matter
Matter is anything that has mass and volume. Mass is the amount of matter in an
obj an object. The mass of an object does not change. The volume of an object is
how mu how much space the object takes up, pdf file |
| Phases of matter
The phases of matter represent classes of the type of molecular motion found at
different temperatures. The 'motion' of the maolecules is described by the
position and momenta of the atomic nuclei. The position of the molecule as a
whole is derived from the center of mass of the atoms that compose it, Phases of
matter and equilibrium |
|
Phases of
matter animation |
|
Phases of matter phase diagram |
|
Rules for
Inorganic Nomenclature |
| Thorium |
|
Valence Bond Theory and Hybrid Atomic Orbitals |
|
VSEPR - Model |
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VSEPR - Molecular Models |
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Horizontaal |
|
Gas Laws
related topic: Acids and Bases animations |
|
Gases |
|
Gases
to understand the definition of pressure. Use the definition to predict and
measure pressures experimentally. Describe experiments that show
relationships between pressure, temperature, volume, and moles for a gas
sample |
|
Gas
Law |
|
Gas
Law Charles' Law |
|
Gas Laws Gas Laws, The use of Boyle's law, Charles's and Gay-Lussac's
experiments, Avogadro's law, Ideal Gas Law and the Gas Constant |
|
Gas Laws Gas Laws,
Boyle's Law, Amonton's Law, Charles' Law, Gay-Lussac's Law, Avogadro's
Hypothesis, The Ideal Gas Equation, Ideal Gas Calculations, Dalton's Law of
Partial Pressures |
|
Gas Laws |
|
Gas Laws
Kinetic Molecular Theory and Gas Laws, Boyle's Law (PV vary, nT constant),
Charles' Law (VT vary, nP constant), Gay-Lussac's Law (PT vary, nV
constant), Avogadro's Law (Vn vary, PT constant), Diver's Law (Pn vary, VT
constant), The Gas Law with No Name (Tn vary, PV constant) |
|
Gas Laws Gas Laws,
Boyle's Law, The law of Charles and Gay-Lussac, Avogadro's Law, The Ideal
Gas Equation of State, The P-V-T surface |
| Gas
properties Properties of Various Gases |
|
Gas
Properties Definitions |
| Properties of
various gases mole weight, critical pressure , Psia (bar), critical temperature TC, °R (°K) |
|
Raoults Law |
|
The Ideal Gas Laws
Behavior of Gases, Boyle's Law Charle's Law Gay Lusacc Law, Combined Gas Law
Ideal Gas Law Equation -Godfather of all gas laws Dalton's Law, Diffusion
And Graham's Law of Diffusion, Real Gases vs Ideal Gases, Gas Stoicheometry |
|
Horizontaal |
|
Oxidation & reduction |
|
Oxidation-reduction reactions Oxidation and reduction reactions |
| Oxidation
reduction reactions Oxidation and reduction reactions |
| Oxidation
reduction reactions
pdf file |
| Oxidation
and reduction oxidation states, oxidation numbers, oxidation and reduction reactions, ionic compounds, electronegativity, types of redox
reactions, combination, decomposition, writing oxidation half reactions, chemical formula writing, determining oxidation states, balancing redox
equations, photosynthesis, metabolism, nitrogen fixation, electrochemistryn, photo-oxidation, corrosion |
| Oxidation
and reduction a reduction of a material is the gain of electrons. An oxidation of a material is the loss of electrons |
|
Oxidation-reduction equations |
| Redox
reactions |
| Reduction and oxidation
reduction and oxidation, every atom, ion or polyatomic ion has a formal
oxidation number associated with it. This value compares the number of
protons in an atom (positive charge) and the number of electrons assigned to
that atom (negative charge) |
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Last updated on:
2011-01-02
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