Chemical bonding that occurs due to the transfer of electrons from one atom to another
ionic bond
A mixture containing tiny suspended clumps or particles
colloid
The forces that bind molecules together
intermolecular forces
The name of the covalent compound NO2
nitrogen dioxide
A molecule that has opposite partial charges on opposite ends of the molecule
polar molecule
Chemical bonding resulting from the sharing of valence electrons between atoms
covalent bond
solution
This type of intermolecular force occurs between all molecules
London force
The name of the covalent compound CS2
carbon disulfide
The simplest ratio of atoms in a covalent network
formula unit
A multiple bond in which two pairs of electrons are shared
double bond
Pure substances that are physically mixed but not chemically united
mixture
This type of intermolecular force occurs between all polar molecules
dipole-dipole force
An ion formed from a group of atoms
polyatomic ion
Diagram showing the locations of all the atoms and valence electrons in a compound
Lewis structure
Type of bond where all the valence electrons are shared between all atoms in a metal
metallic bond
The substance that dissolves into another substance
solute
The only intermolecular force that affects non-polar molecules
London force
The ability of one substance to dissolve in another substance and form a solution
solubility
Chemical formula that gives the number of each type of atom in a molecule
molecular formula
Bond occurring between oppositely charged ions such as NA+ and Cl-
ionic bond
Molecules with the same number and types of atoms but different arrangements of atoms
isomers
Resulting from the covalent bonding of a hydrogen atom with a more electronegative atom, this force is the strongest type of intermolecular force
hydrogen bond
Which of these is NOT a covalent network substance?
a. water b. quartz
c. graphite d. diamond
water
Chemical formula that gives the simplest ratio of atoms in a compound
empirical formula