You can easily solve for an ionic bond by using the Ionic Worksheet. This worksheet is used to help determine if a particular bond would be stable, even under pressure. Here are some examples of bonds that would need the use of the worksheet.
The most common example would be the anti-binding affinity bond. This bond is one that exists between two electrically neutral molecules. Anti-bonding is what happens when the molecule is too far apart for two molecules to make contact. If you get a strong enough bond, it will not be possible for the two molecules to come in contact with each other.
The example on this worksheet would be when one molecule bonds with two other molecules. In this instance, the molecule is thought to be the same as another molecule. This means that the two molecules must have opposite charges.
Another example would be the hygroscopic bond. This occurs when a molecule has two forms of bonds to other molecules. In this case, the molecule can be thought of as being very reactive. The more reactive the molecule is, the easier it is for water to be exposed to the molecule. This is why many things are labeled as being “highly reactive”hydro-saturated”.
An example of a highly reactive molecule would be the C=O molecule. This one creates a very strong bond and is also considered one of the strongest. It is also called a double bond, because it is like a pair of rings that are making the molecule.
Another example of a highly reactive molecule would be the bi-oxygenated alone. This bond is created when two molecules bind together to create a free-radical. If you could create a compound that is similar to these two molecules, then you could create a very strong bond. In order to help you create the bonds you need, use the diagram of the bonds in this worksheet.
The next example would be a large flexible polymer. The diagram on this worksheet would help you visualize the structural integrity of this polymer. The structures of these two isomers are shown as a “G”C” arrangement, which has been used to demonstrate stability and resilience of certain types of this polymer.
Finally, another example would be the inert-solid state. This one is a type of solid that is not reactive but is stable.