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Their electronic configuration is similar to that of noble gases.
Many metabolic processes involve condensation reactions, a type of reaction forming new bonds that produces water as a "waste product".
a noble gas.
noble gases
They are most similar to delocalised bonds such as in graphite. Sometimes described as lattice of metal ions in a cloud of electrons they have little in common with covalent bonds or ionic bonds.
similar to other forms of surety bonds, bid bonds are callable on demand.
Such bonds are called non-polar bonds.
Callable bonds are similar to regular bonds in many ways. The main different is that callable bonds can be redeemed before the bond has completely matured.
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non-polar
similar intermolecuar bonds.
They are not similar bonds. In fact, they are nearly opposite. Covalent bonds can occur between any two atoms and the bond is sharing electrons. Ionic bonds occur between any two different atoms and the bond is electromagnetic.
Both are formed by electrostatic attraction between entities with opposite sign electric charges.
Preferred stocks and bonds are similar because they both receive regular payments from the company. With preferred stocks, one will receive regular dividend payments from the company. For bonds, one will receive interest payments on the debt that is owed by the company.
Metallic bonds are similar to highly delocalised bonds found in giant covalent molecules, such as those found in graphite. Other substances with a metallic appearance such as galena lead sulfide, PbS and iron pyrites, FeS2 although usually considered at high school level to be ionic are in fact semiconductors implying covalency and delocalisation.
Metallic bonds most similar to delocalised covalent bonds- both have free electrons. In both it is the delocalisation energy that makes for strong bonding. Metals are the extreme case of delocalisation. Some argue that they are a bit like ionic- using the simple " sea of electrons around a lattice of ions view" - but personally I think that is mistaken and misleading.