Chemistry

number of moles = mass/ molar mass

emperical formula:

n = relative mass of emperical formula/relative mass of compound

Avagadro's constant = 6.023 * 10²³

Presure * Volume = number of moles* rate constant* temperature

Number of moles = volume/22.4(at stp) or 24 (at rtp)

concentration* volume = number of moles

protons and neutrons - in the nucleus

electrons - surrounding the nucleus

Protons charge is positive, neutrons is neutral and electrons is negative

protons mass is one, neutrons is one and electrons is 0

Mass number - mass of the atom - protons+neutrons

Atomic number - the positive charge of the nucleus

mass spectrometer - vopourization, ionization, acceleration, deflection and detection

Electron arrangement - spectra

electronic configuration and Ionization Eneger

Ionic Bonding, '

Covalent Bonding,

Shapes of molecules,

Bond polarity,

Hybridization,

Delocalization of electrons,

Intermolecular forces 

Giant covalent

Metallic Bonding 

EXO AND ENDO

Enthaply changes

Hess law

Bond enthalpy

Standard enthalpy changes of reaction

Born Haber Cycle

Entropy

Spontaneity

Rates of reaction

collision theory

Rate expression

reaction mechanism

activation energy

DYnamic nature

position of equilibrium

habers and contact process

Liquid vapour equilibrium

Kc

Bronsted - lowry and lewis theories

Conjugate acid

Properties of acids and bases

Strong and weak acids and bases

pH scale

kw, ka, pH, pOH, kb

Buffers

Salt hydrolysis

Acid - base titrations

The structure of periodic table

Ionization energy and electronegativity

Chemical properties of Group 1 and 7

Period 3

D - block elements - properties - ligands, complex ions, oxidation  states, colored ions and catalytic properties