Reciprocal Net Site sponsor
   Site Info    |    Search
Common molecules sample 50523 - Reciprocal Net Log in
You will need to download and install a Java plug-in in order to view this applet. Download Sun's Java plug-in from here.

Switch to another visualization applet:

> miniJaMM open in new window...
- JaMM1
- JaMM2
Empirical formula: C2H4
Formula weight: 28.054 g/mole
Summary: Calculated Structure
Common name: ethylene
Short description: Ethylene is a simple but highly useful organic chemical.
Keyword: polymer
Keyword: plant
Keyword: plastic
Keyword: hydrocarbon
Miscellaneous comments: PC Model V7.0 Serena Software, Box3076, Bloomington, IN 47402-3076
Miscellaneous comments: Structure was calculated using the MMX force field.
Layman's explanation: Ethylene is among the simplest organic compounds. Ethylene is a colorless gas with a pungent smell that can be isolated from oil and natural gas. Plants use ethylene to control ripening and growth. Dimitry Neljubow first discovered this in 1901 in St. Petersburg, Russia when he observed that plants near gas lanterns had abnormally shaped stems and leaves. This made ethylene the oldest known growth regulator. Today farmers use ethylene to promote the ripening of fruits before they are sold in stores. Ethylene is also very important for making plastics. Ethylene is polymerized into polyethylene, a plastic found in many products such as cling wrap, electrical insulation, and pipes. Ethylene is also used to make styrene, which is polymerized to make polystyrene. Polystyrene is best known as Styrofoam, a common component in insulators, floatation devices, and food containers.
Lab name: Common molecules
Sample provider: Contributed by Indiana University
Status: Complete, visible to public
Repository Files:
50523.crt 50523.gif 50523.GIF 50523.ort 50523.pdb
50523.sdt 50523.tab 50523.xtel

Reciprocal Net site software 0.9.1-50, copyright (c) 2002-2009, The Trustees of Indiana University
Files and data presented via this software are property of their respective owners.
Reciprocal Net is funded by the U.S. National Science Foundation as part of the National Science Digital Library project. NSDL