WorksheetsBonding and Intermolecular Forces Practice Test
Total questions: 54
Worksheet time: 3hrs 42mins
sharing electrons
ionic
covalent
metallic
does not bond
sea of valence electrons
ionic
covalent
metallic
does not bond
electron transfer from one atom to another
ionic
covalent
metallic
does not bond
attraction between an anion and a cation
ionic
covalent
metallic
does not bond
attractive force between shared electrons and nuclei
ionic
covalent
metallic
does not bond
all valence electrons are shared by all atoms
ionic
covalent
metallic
no bond
inert element
ionic
covalent
metallic
does not bond
cause of malleability
ionic
covalent
metallic
does not bond
cause of ductility
ionic
covalent
metallic
does not bond
two metals
ionic
covalent
metallic
does not bond
two nonmetals
ionic
covalent
metallic
does not bond
metalloid and a nonmetal
ionic
covalent
metallic
does not bond
metal and a nonmetal
ionic
covalent
metallic
does not bond
inert
ionic
covalent
metallic
does not bond
noble gases
ionic
covalent
metallic
does not bond
Ge and O
ionic
covalent
metallic
does not bond
Te and He
ionic
covalent
metallic
does not bond
Al and F
ionic
covalent
metallic
does not bond
Cu and Cl
ionic
covalent
metallic
does not bond
C and Cl
ionic
covalent
metallic
does not bond
P and Kr
ionic
covalent
metallic
does not bond
Mg and Au
ionic
covalent
metallic
does not bond
Ca and Mg
ionic
covalent
metallic
does not bond
S and O
ionic
covalent
metallic
does not bond
Si and Cl
ionic
covalent
metallic
does not bond
Fe and S
ionic
covalent
metallic
does not bond
opposite charges
attract
repel
neither attract nor repel
things with similar charges
attract
repel
neither attract nor repel
atoms with the same charge
attract
repel
neither attract nor repel
atoms with different charges
attract
repel
neither attract nor repel
the nuclei of two atoms
attract
repel
neither attract nor repel
electrons and protons of two different atoms
attract
repel
neither attract nor repel
a substance that has no fixed shape and yields easily to external pressure
fluid
vapor
thick
solid
matter that flows and takes the shape of the container
fluid
vapor
thick
solid
has a definite shape and definite volume
solid
liquid
gas
plasma
has no definite shape, but a definite volume
solid
liquid
gas
plasma
takes the shape of the container, but has a definite volume
solid
liquid
gas
plasma
fills the container it is in
solid
liquid
gas
particles vibrate in place
solid
liquid
gas
plasma
has the fastest moving particles
solid
liquid
gas
has the slowest moving particles
solid
liquid
gas
most disorganized
solid
liquid
gas
lowest density
solid
liquid
gas
strongest intermolecular force
dipole-dipole attractions
hydrogen bonding
london dispersion forces
weakest intermolecular force
dipole-dipole attractions
hydrogen bonding
London dispersion forces
present in ALL matter
dipole-dipole attractions
hydrogen bonding
London dispersion forces
present only when there are polar bonds
dipole-dipole attractions
hydrogen bonding
London dispersion forces
holds nonpolar covalent molecules together
dipole-dipole attractions
hydrogen bonding
London dispersion forces
only occurs between molecules containing either nitrogen, oxygen or fluorine
dipole-dipole attractions
hydrogen bonding
London dispersion forces
due to temporary uneven distribution of electrons
dipole-dipole attractions
hydrogen bonding
London dispersion forces
force that is mostly responsible for holding water molecules together
dipole-dipole attractions
hydrogen bonding
London dispersion forces
What type of intermolecular force could be present in molecules containing C-H bonds?
dipole-dipole attractions
hydrogen bonding
London dispersion forces
What is the strongest intermolecular force that could be present in a nonpolar molecule containing O-H bonds?
dipole-dipole attractions
hydrogen bonding
London dispersion forces
What is the strongest intermolecular force that could be present in a polar molecule containing O-H bonds?
dipole-dipole attractions
hydrogen bonding
London dispersion forces
