Classify each of the following by the type of solid if forms:
a. LiCl
b. BaCl2
c. BCl3
d. CCl4
e. NCl3
Look up the electronegativities of the cation and the anion. If the difference is greater than 1.9 or so call it ionic. If less than 1.9 or so call it covalent
Can't find it.
go to "webelements dot with the word com" and look up the electronegativity of each of the elements.
I didn't write I cant find it someone else did being stupid and putting my name down as a reply
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To classify each compound by the type of solid it forms, we need to consider the nature of the bonding between the atoms.
a. LiCl:
LiCl is an ionic compound made up of lithium (Li) and chloride (Cl). Ionic compounds typically form crystalline solids with a repeating 3D lattice structure.
b. BaCl2:
BaCl2 is also an ionic compound, consisting of barium (Ba) and chloride (Cl). Similar to LiCl, BaCl2 will also form a crystalline solid due to ionic bonding.
c. BCl3:
BCl3 is a covalent compound, containing boron (B) and chlorine (Cl). Covalent compounds tend to form molecular solids, where the molecules are held together by intermolecular forces.
d. CCl4:
CCl4 is another covalent compound, composed of carbon (C) and chlorine (Cl). Similar to BCl3, CCl4 will form a molecular solid due to covalent bonding.
e. NCl3:
NCl3 is also a covalent compound, composed of nitrogen (N) and chlorine (Cl). As with BCl3 and CCl4, NCl3 will form a molecular solid due to covalent bonding.
In summary:
a. LiCl: Ionic solid.
b. BaCl2: Ionic solid.
c. BCl3: Molecular solid.
d. CCl4: Molecular solid.
e. NCl3: Molecular solid.