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displays info about
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SO2 + O2 + 2H2O --> 2H2SO4

Chemical Reaction

Solution & Gases

Tiration

gas laws

Quantities in Chemistry

Period table

elements

neutral charge

Summary

Number of moles can be found by you use m/M. Molar mass is determined using m/n

share valence electrons

ions

COMPOUNDS

molecules

diatomic

polyatomic

BONDS

covalent bonds

covalent bonds

ionic bonds

ionic bonds

metals and non metals

POLARITY

Bond polarity

molecular polarity

6 TYPES OF REACTION

synthesis

synthesis

Decompostion

Decompostion

Combustion

Combustion

Hydrcarbon

Oxygen

Water

Carbon dioxide

double displacement

double displacement

water

Precipitate

solubility chart

Neutraliation

Neutraliation

Single displacement

Single displacement

a more active element replaces the least active element

Subtopic

BALANCING EQUATION

coefficients

REACTANT

PRODUCT

mass remian equals

SOLUBILITY

solute

dissolve

Temperture

kinetic energy

solvent

solution

solution

supersaturated

more than the maximum amount of solute that can be dissolved in a solvent at a given temperature and pressure

unsaturated

solution in which more solute can be dissolved in the solvent at a given temperature and pressure

Saturated

the maximum amount of solute that can be dissolved in a solvent at a given temperature and pressure

gas

soluable

Subtopic

liquid - IF the energy change in this step is greater than the sum of the energy changes in the previous two steps.

MOLE

Substances

Stoichiometry

Stoichiometry

Reactants

Product

Limiting reactant

product

Yield

theorotical yield

Actual yield

percen yield

Excess reactant

Coefficient

mole ratio

mol to mol

Final product

percent yield

ACIDS AND BASES

water and salt

acids

base

OH ions

protons

Hydogen ions

protons

PH scale

PH scale

KINETIC MOLECULAR THEORY

PERIODIC TRENDS

ATMOIC NOTATION

symbol

DILUTION

CONCENTRATION

r

r^

Percentage by mass

Percent by volume

molar concentration

Using a solution with a known concentration

Make a stock solution

dilute by adding known amount of water

Dilution

Volume

Solution

FACTOR LABEL METHOD

Units

the ratio of the amount of solute to the
amount of solution

Dilution

concentrated

Isotopes

Atoms

protons

neturons

Radio Isotopes

charge

mass number

atomic number

Atomic Radius

Atom diagram

Chadwick model

Chadwick model

First Ionization Energy

Electron Affinity

Electronegativity

Reactivity of Metals

Rutherford’s Model

Rutherford’s Model

Thompson Model

Thompson Model

Bohr’s Model

Bohr’s Model

Reactivity of Non Metals

Geometry

electron pairs

lone pairs

postive

cations

negative

Anions

∆EN = 0

∆EN >1.7

0 < ∆EN ≤ 1.7

polar

polar

Attach photo of my molarity equation

ionic bond

ionic bond

non-polar

non-polar

VSPER

Determine whether molecule is

particles

Molar mass

Molar mass

Mass

grams

Mass and mol

Atoms

Molecules

can be calculated of

INTERMOLECULAR FORCES

London dispersion : Electrons are constantly moving. Bunching up causing one negative and the other positive result in a temporary attraction. It will happen with polar and non-polar

Dipole- dipole occurs between one positive end and one negative end.

Hydrogen bonding -a type of dipole-dipole however it happen between hydrogen and either oxygen, nitrogen or flourine

types include

Solubility Curve