Select which statements are true hydrogenbonding is stronger than ionic bonding

Question

Select which statements are true hydrogenbonding is stronger than ionic bonding
covalentnetwork structures generally have higher melting points thanmolecular structures with dipolar interactions
dispersionforces are generally weaker than hydrogen bonding
incompletelyfilled energy bands facilitate electrical conductivity
Anionic solid like M+3X-3 has a lowermelting point than M+1X-1.
metallicbonding is never polar
thegraphite structure is based on an sp3 hybridizednetwork
boilingpoints are often high when metallic bonding is present
covalentbonding is more directional than metallic bonding hydrogenbonding is stronger than ionic bonding
covalentnetwork structures generally have higher melting points thanmolecular structures with dipolar interactions
dispersionforces are generally weaker than hydrogen bonding
incompletelyfilled energy bands facilitate electrical conductivity
Anionic solid like M+3X-3 has a lowermelting point than M+1X-1.
metallicbonding is never polar
thegraphite structure is based on an sp3 hybridizednetwork
boilingpoints are often high when metallic bonding is present
covalentbonding is more directional than metallic bonding hydrogenbonding is stronger than ionic bonding
covalentnetwork structures generally have higher melting points thanmolecular structures with dipolar interactions
dispersionforces are generally weaker than hydrogen bonding
incompletelyfilled energy bands facilitate electrical conductivity
Anionic solid like M+3X-3 has a lowermelting point than M+1X-1.
metallicbonding is never polar
thegraphite structure is based on an sp3 hybridizednetwork
boilingpoints are often high when metallic bonding is present
covalentbonding is more directional than metallic bonding

Explanation / Answer

hydrogen bonding is stronger than ionicbonding
covalent network structures generallyhave higher melting points than molecular structures with dipolarinteractions
dispersion forces are generally weakerthan hydrogen bonding
incompletely filled energy bandsfacilitate electrical conductivity
An ionic solid likeM+3X-3 has a lower melting point thanM+1X-1.
metallic bonding is neverpolar
the graphite structure is based on ansp3 hybridized network
boiling points are often high whenmetallic bonding is present
covalent bonding is more directionalthan metallic bonding hydrogen bonding is stronger than ionicbonding
covalent network structures generallyhave higher melting points than molecular structures with dipolarinteractions
dispersion forces are generally weakerthan hydrogen bonding
incompletely filled energy bandsfacilitate electrical conductivity
An ionic solid likeM+3X-3 has a lower melting point thanM+1X-1.
metallic bonding is neverpolar
the graphite structure is based on ansp3 hybridized network
boiling points are often high whenmetallic bonding is present
covalent bonding is more directionalthan metallic bonding hydrogen bonding is stronger than ionicbonding
covalent network structures generallyhave higher melting points than molecular structures with dipolarinteractions
dispersion forces are generally weakerthan hydrogen bonding
incompletely filled energy bandsfacilitate electrical conductivity
An ionic solid likeM+3X-3 has a lower melting point thanM+1X-1.
metallic bonding is neverpolar
the graphite structure is based on ansp3 hybridized network
boiling points are often high whenmetallic bonding is present
covalent bonding is more directionalthan metallic bonding

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