Misc. Create Molecular Models with Balls & Links - Pros & Cons

AI Thread Summary
Creating molecular models can be effectively achieved using software like Blender, which allows for customization of bond angles and lengths based on specific molecules. For accurate representation, it's important to research the precise bond angles and lengths for the molecules of interest. Using different sizes for atoms, such as smaller spheres for hydrogen compared to larger ones for chlorine, can enhance the model's accuracy. While DIY models can be made, purchasing a molecular modeling kit is often more cost-effective and provides the correct sizes and connections for atoms and bonds. These kits also serve as excellent visual aids for learning, with no significant drawbacks noted in their use. For additional resources, various free molecular viewing software options are available online.
Edwina Lee
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I want to make my own set of molecular models with balls representing atoms and links representing bonds.

Anyone knows of a good software to do this?

As for the physical model, what bond angles, bond lengths and ball sizes should I create?

I could for example leave atoms as round balls and drill some holes in appropriate places as and when required.

Please discuss the pros and cons, and the usefulness of such a model.

Edwina
 
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You could use blender.The bond angles vary for molecule to molecule, so you should search it up for the particular molecule, I guess, if you want to be precise.
As for the bond length, you could set up a particular scale or something.
Also, you might for example use a smaller sphere for Hydrogen than chlorine, etc.
 
You will be better off ordering a molecular modeling kit that includes software or a free download, the kits include the right ball and joint sizes. It will be much cheaper to do it that way, as making models can get expensive, even using styrofoam. I don't see any cons to point out if using a kit. You can't go wrong using models as a visual aid to learn.

Some software: https://sites.google.com/site/chemistryfreeware/home/3d-molecular-viewing
 
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