halite. quartz has a stronger bond making it harder to pull the atoms apart
A hydrogen bond is one type of chemical bond, so the question is somewhat misguided. In general it is weaker than the three types of bond we learn first, ionic, covalent and metallic bonds.
A pi bond is weaker than a sigma bond.
A stronger chemical bond (such as a covalent or ionic bond) forms a more stable substance; a weaker bond (such as a dipole or hydrogen bond) forms a more volatile substance.
hydrogen bonding is considered to be a intermolecular force which is much weaker than any intramolecular force (chemical bonds covalent or ion)
Yes. A hydrogen bond is merely an intermolecular force between two or more molecules, while ionic and covalent bonds are chemical bonds between atoms.
H bonds are the weakest of chemical bonds
A hydrogen bond is one type of chemical bond, so the question is somewhat misguided. In general it is weaker than the three types of bond we learn first, ionic, covalent and metallic bonds.
A pi bond is weaker than a sigma bond.
The covalent bond is weaker.
A stronger chemical bond (such as a covalent or ionic bond) forms a more stable substance; a weaker bond (such as a dipole or hydrogen bond) forms a more volatile substance.
Halite is the mineral form of the common salt. It dissolves in water because water is a polar molecule and halite contains an ionic bond, which makes it water soluble.
hydrogen bonding is considered to be a intermolecular force which is much weaker than any intramolecular force (chemical bonds covalent or ion)
Yes. A hydrogen bond is merely an intermolecular force between two or more molecules, while ionic and covalent bonds are chemical bonds between atoms.
Covalent bond.
No. Hydrogen bond is weaker than covalent bond.
Ionic and covalent bonds are defined by bond length, and in many real compounds the actual bond length is between the ionic and covalent bond lengths. These bonds can be described as some percentage ionic and some percentage covalent. Si-O (called siloxo) bonds in quartz and opal are mostly covalent. Glass is not mostly covalent because it has alkali fluxes that make it more ionic. Sialate bonds (Si-O-Al-O, where the aluminum has a alkali atom associated with it) are also mostly (but I believe less so) covalent. Source: Linus Pauling's "the nature of the chemical bond"
In most cases, covalent bonds are usually weaker, but there are exceptions such as diamond and graphite.