Bonding Types
The three types of bonds are.
What are ionic, covalent polar and covalent non-polar bonds?
Ionic bonds occur when valance electrons.
What is transferred from one to another?
This is what Lewis Structures are used to show.
What is the number of valance electrons?
This is what VSEPR stands for.
What is Valence Shell Electron Repulsion?
This is the definition of Intermolecular forces.
What are forces of attraction or repulsion which act between neighboring molecules.
These are the two reasons why elements bond.
What are decrease potential energy and increase in stability?
In an ionic bond, this type of element loses electrons to become a positively charged cation.
These two elements do not form bonds according to the Octet Rule.
What are Hydrogen and Boron?
This is what molecular geometry is.
What is the 3D arrangement of molecules in space?
This is a bond or force between molecules within metals.
What is Metallic bonding?
What is a polar bond?
The net charge of an ionic bond.
What is zero?
In the compound AsF3, this is the total number of valance electrons.
What is 26?
The number of bonded pairs in a trigonal planar.
What is 3?
These types of bonds occur through the transfer of electrons
What are Ionic Bonds?
In HCl, this element attracts electrons better.
What is Cl?
This is what an atom must have to achieve octet configuration.
What is 8 valance electrons?
When creating a skeletal structure, this element is always in the middle and this element is never in the middle.
What are Carbon and Hydrogen?
What is a London Dispersion Force?
These are the only non-polar compounds.
What are F2, Cl2, Br2, I2, H2, O2, N2?
What is because metals have few valance electrons, because nonmetals have close to 8 valance electrons and can easily accept an electron, and because when a metal loses an electron and a nonmetal gains an electron, they achieve noble gas configuration?
In NF3, this is the shape.
What is Trigonal pyramidal?
These three types of forces apply to Polar Bonds.
What are Hydrogen Bonding, Dipole Attraction and London Dispersion Force?