Avogadro’s number 6.02x10^23 Water = universal solvent Homogenous Electrons Physical vs chemical properties Atomic structure Atomic structure Planetary vs orbital Isotopes and radioisotope Reduction reaction Products Minor elements (3.9%) Molecules vs compounds Electrons Trace elements (0.1%) Atomic weight Electropositive Octet rule Atomic mass Endergonic reaction Atoms Atomic symbol Valence shell Models Kinetic vs potential Models Exergonic reaction Chemical reactions Atomic weight Organic compounds Mixtures Energy Protons and neutrons Inorganic compounds Atoms Properties of water Single covalent bonds Avogadro’s number 6.02x10^23 Atomic number Elements Redox reaction Matter 2 types of compounds Suspensions Atomic number Solutions Reactants Homogenous Chemical bonds Enzyme 3 types of bonds Triple covalent bonds Trace elements (0.1%) Solute and solvent Colloids Matter Chemical, electrical, mechanical, electromagnetic Double covalent bonds Nucleus Elements Nucleus Isotopes and radioisotope Electronegative Factors that influence rate of reactions Catalyst Kinetic vs potential Planetary vs orbital Physical vs chemical properties Atomic symbol Solutions Minor elements (3.9%) Molecules vs compounds Suspensions Cation Major elements (96%, CHON) Chemical, electrical, mechanical, electromagnetic Atomic mass Oxidation rection Ionic, covalent, hydrogen Colloids Solute and solvent Electron shells/ energy levels Energy Temperature, particle size, concentration Major elements (96%, CHON) Anion Protons and neutrons Mixtures Avogadro’s number 6.02x10^23 Water = universal solvent Homogenous Electrons Physical vs chemical properties Atomic structure Atomic structure Planetary vs orbital Isotopes and radioisotope Reduction reaction Products Minor elements (3.9%) Molecules vs compounds Electrons Trace elements (0.1%) Atomic weight Electropositive Octet rule Atomic mass Endergonic reaction Atoms Atomic symbol Valence shell Models Kinetic vs potential Models Exergonic reaction Chemical reactions Atomic weight Organic compounds Mixtures Energy Protons and neutrons Inorganic compounds Atoms Properties of water Single covalent bonds Avogadro’s number 6.02x10^23 Atomic number Elements Redox reaction Matter 2 types of compounds Suspensions Atomic number Solutions Reactants Homogenous Chemical bonds Enzyme 3 types of bonds Triple covalent bonds Trace elements (0.1%) Solute and solvent Colloids Matter Chemical, electrical, mechanical, electromagnetic Double covalent bonds Nucleus Elements Nucleus Isotopes and radioisotope Electronegative Factors that influence rate of reactions Catalyst Kinetic vs potential Planetary vs orbital Physical vs chemical properties Atomic symbol Solutions Minor elements (3.9%) Molecules vs compounds Suspensions Cation Major elements (96%, CHON) Chemical, electrical, mechanical, electromagnetic Atomic mass Oxidation rection Ionic, covalent, hydrogen Colloids Solute and solvent Electron shells/ energy levels Energy Temperature, particle size, concentration Major elements (96%, CHON) Anion Protons and neutrons Mixtures
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Avogadro’s number 6.02x10^23
Water = universal solvent
Homogenous
Electrons
Physical vs chemical properties
Atomic structure
Atomic structure
Planetary vs orbital
Isotopes and radioisotope
Reduction reaction
Products
Minor elements (3.9%)
Molecules vs compounds
Electrons
Trace elements (0.1%)
Atomic weight
Electropositive
Octet rule
Atomic mass
Endergonic reaction
Atoms
Atomic symbol
Valence shell
Models
Kinetic vs potential
Models
Exergonic reaction
Chemical reactions
Atomic weight
Organic compounds
Mixtures
Energy
Protons and neutrons
Inorganic compounds
Atoms
Properties of water
Single covalent bonds
Avogadro’s number 6.02x10^23
Atomic number
Elements
Redox reaction
Matter
2 types of compounds
Suspensions
Atomic number
Solutions
Reactants
Homogenous
Chemical bonds
Enzyme
3 types of bonds
Triple covalent bonds
Trace elements (0.1%)
Solute and solvent
Colloids
Matter
Chemical, electrical, mechanical, electromagnetic
Double covalent bonds
Nucleus
Elements
Nucleus
Isotopes and radioisotope
Electronegative
Factors that influence rate of reactions
Catalyst
Kinetic vs potential
Planetary vs orbital
Physical vs chemical properties
Atomic symbol
Solutions
Minor elements (3.9%)
Molecules vs compounds
Suspensions
Cation
Major elements (96%, CHON)
Chemical, electrical, mechanical, electromagnetic
Atomic mass
Oxidation rection
Ionic, covalent, hydrogen
Colloids
Solute and solvent
Electron shells/ energy levels
Energy
Temperature, particle size, concentration
Major elements (96%, CHON)
Anion
Protons and neutrons
Mixtures