User:Edguy99




Hi there, My name is Ed. I build things with 3-D molecular building and simulation software. I start with simple 3-d models, add them together with standard bonding rules, and construct larger molecules. This page shows examples of what can be constructed together with the building pieces and steps I use to construct molecules. If you feel a 3-d animation picture is appropriate somewhere, please leave me a note and I will try to make copy.
Molecular bonding pictures
Covalent bonding
Examples of building structurally correct covalent bonds
- Hydrogen 74pm 436 Kj/mol
- Carbon 109pm
413 Kj/mol - Nitrogen 101pm
391 Kj/mol - Oxygen 96pm
366 Kj/mol
Multiple Hydrogen bonds for Methane, Ammonia and Water
Examples of building simple molecules.
- Methane CH4
HCH angle 109.5° - Ammonia NH3
HNH angle 107.8° - Water H2O
HOH angle 104.5°
Carbon bonding and the Hydrocarbons
Examples of more complex carbon bonds
- C-C Covalent 154pm
348 Kj/mol - C-C Aromatic 144pm
470 Kj/mol - C-C Double 134pm
614 Kj/mol
Oxygen/Nitrogen bonding
Examples of other organic molecule bonding
- C-O Covalent 143pm
360 Kj/mol - C-O Double 135pm
498 Kj/mol - C-N Covalent 147pm
308 Kj/mol
Construction of molecules using organic bonds
Hydrocarbons
These examples show the use of multiple bonds to construct hydrocarbons using the correct bond lengths and angles.
- Single bond chains
- Aromatic Bond - Benzene
- Double Bonds - Ethylene
Alcohols and Acids
These examples show alcohols and sugars constructed with proper angles and distances using the building blocks above.
Alcohols include a single bonded Oxygen
- Glycerol
Acids include the double bonded Oxygen
- Citric Acid
- Formic Acid
- Acetic Acid
Sugars
Alpha Glucose is in a ring structure and flattened out. These combine to become starches and cell coatings. Beta Glucose becomes plant cellulose.
- Glucose
- AlphaGlucose Ring (front view)
- AlphaGlucose Ring (side view)
Fatty acids
Long hydrocarbon acid chains are called fatty acids. Palmitic and Oleic acids form the basis of lipids, the main building block of biological cell walls.
- Lauric Acid
- Palmitic Acid
- Oleic Acid
Complex molecules
Amino for constuction and nucleic acids for information storage
- Nucleic acid A-DNA bonded to T-DNA
- Ethane Impact Ionization
- Ethane Impact Ionization and Dissociation
Hydrogen Energy Levels
- Hydrogen Energy Levels
- Location of Energy Levels
- Photon Emissions
- Fine and Hyperfine Effects
- Lamb Shift