Writing Names
Writing Formulas
Naming and Formula Mix
Lewis Structures
Bonds, Polarity, Angles, Molecular Shape, and IMFs
100
The name of H2O
What is water
100
The formula for potassium oxide
What is K2O
100
The name for HCl
What is hydrochloric acid
100
The total number of electrons available for bonding in PCl3
What is 26
100
The type of bond likely to form between carbon and sulfur
What is nonpolar-covalent
200
What is the name for Ca3N2
What is calcium nitride
200
The formula for ammonium
What is NH4+
200
The formula for calcium phosphate
What is Ca3(PO4)2
200
The Lewis Structure for N2
200
Polar or nonpolar: PCl3
What would be its strongest IMF
What is polar, dipole-dipole
300
What is the name of H3PO3
What is phosphorous acid
300
The formula for acetic acid
What is HC2H3O2
300
The formula for zinc hydroxide
What is Zn(OH)2
300
The Lewis Structure for C3H8
300
The molecular shape of CO2, its bond angle, and the total sigma and pi bonds it contains.
What is linear, 180, and 2 sigma 2 pi
400
The name for P4O10
What is tetraphosphorus decoxide
400
The formula for triphosphorus pentasulfide
What is P3S5
400
The name for C9S7
What is nonacarbon heptasulfide
400
The Lewis structure for HCN
400
List all the intermolecular forces that HCN will contain, its shape, bond angle, and total sigma and pi bonds it contains.
What is dipole-dipole and LDF, linear, 180, 2 sigma 2 pi
500
The name for Mn(Cr2O7)2
What is Manganese (IV) Dichromate
500
The formula for Iron (II) phosphate
What is Fe3(PO4)2
500
The formula for tin (IV) sulfite
What is Sn(SO3)2
500
The Lewis Structure for PO43-
500
Determine whether PO33- is polar or nonpolar, what its shape would be, its bond angle, total sigma and pi bonds it contains, and the IMFs it would contain.
Polar, trigonal pyramidal, 109.5, 3 sigma 0 pi, and dipole-dipole and LDF