Bohr Models and Preferred Charges
These like to LOSE electrons.
What are metals?
The energy required to remove one electron is this.
What is Ionization Energy?
This bond is made up of a metal and nonmetal and has electron TRANSFER.
What is an Ionic Bond?
When naming Ionic Compounds, this comes first.
What is the metal or cation?
A Covalent Lewis Structure will be between two or more of these types of elements.
What are a nonmetals?
When an atom GAINS electrons, it makes this charge.
What is a NEGATIVE charge?
The atom with the largest atomic size is this.
What is Francium?
This bond has electron SHARING.
When naming Ionic Compound Formulas, this suffix is added to the anion root.
What is "-ide"?
NaCl is an example of this.
What is an Ionic Compound Formula?
The preferred charge of this column is 1+.
What are the Alkali Metals or Column 1A?
The atom with the SMALLEST Ionization Energy is this.
What is Francium?
When writing an Ionic Compound Formula, this comes first.
What is the metal or cation?
The name of the Ionic Compound CaCl2 is this.
What is Calcium Chloride?
Carbon dioxide is an example of this type of structure.
What is a Covalent Lewis Structure?
The Bohr Model of an ion of any element will have this kind of outer shell.
What is a FULL outer shell?
When comparing Sodium and Chlorine, this one will have the HIGHEST Ionization Energy.
What is Chlorine?
A bond between Carbon and Oxygen would be this type of bond.
What is a Covalent Bond.
The name of the polyatomic Ionic Compound CaCO3 would be this.
The Covalent Lewis Structure of NH3 would look like this.
Draw it.
The Bohr Model of the Ion of Sulfur is this and would have this charge.
Draw it!
What is 2-?
When comparing Chlorine and Iodine, this one will have the LOWER Ionization Energy.
What is Iodine?
The Ionic Compound Formula for a bond between Sodium and Oxygen would be this.
What is NaO2?
The formula for the Ionic Compound Iron (III) oxide would be this.
What is Fe2O3?
The Ionic Compound Formula for a compound made up of lithium and phosphate would look like this.
What is Li3PO4?