Categorías: Todo - bases - acids - elements - reactions

por OLEKSANDRA MOSIICHUK hace 1 año

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H2O+SO4=H2SO4

Chemical reactions involve various substances interacting, often resulting in the formation of new compounds. Acids and bases play significant roles in these reactions, with acids donating protons and bases accepting them.

H2O+SO4=H2SO4

Bronsted- Lawry Theory

Indicators

Universal indicator/pH

Blue indicator Paper

Red Indicator Paper

Phenolphtalein

Bromothymol Blue

H2O+SO4=H2SO4

Solutions and gases

Acids
Substances that donate a proton to another compound
Bases
Substances that take proton from another compound
PH scale
Solubility

Quantities in Chemistry

Stoichiometry
The study of quantitative relationships in chemical reactions
Avogadro’s number

6.02*10^23

Volume
Concentration

Ways to express

Mass per volume

percent by mass

Percent by volume

Molar

Moles
Molar mass
Mass
Units
metrix prefixes

Scale

Litre
Mol
Gramm
Triangle formulas
Factor label method
What you want to find = what you know
Errors
Procedural
Instrumental

Chemical reactions

Balances
Products
Reactant

Excess

Leftover During reaction

Limiting

Completely used up during reaction

Chemical
Word
Water+Sulfate=Sulfuric acid
States of matter
aqueous
Liquid
Gas
Solid
Types
Double displacement
Single displacement
Combustion
decomposition
Neutralization
Synthesis

Periodic table

Elements
Diagrams

Bohr-Rutherford

Lewis Dot

Atoms

Molecules

Forces

Intramolecular

Intermolecular

hydrogen bonding

Dipole-dipole

London Dispersion

Charge

Neutral

Orbitals

Electrons

Nucleus

Neutrons

Protons

Ions

Anions

Negative

Cations

Positive

6 Theories

6. James Chadwick

5. Bohr

4. Nuclear

3. Thompson

2. Dalton

1. Greek

Non-metals
Metals
Trends
Radius
Ionization energy
Electronegativity
Reactivity of metals
Affinity
Compounds
Ionic
Molecular

VSPER

Electron geometry

Molecular geometry

Non-polar

Polar