
Van Der Waals Attraction and Hydrogen Bonding
Van Der Waals attraction and hydrogen bond are two types of molecular bonding. They can link hundreds and thousands of molecules to one another to make different materials. […]
Van Der Waals attraction and hydrogen bond are two types of molecular bonding. They can link hundreds and thousands of molecules to one another to make different materials. […]
The chemistry of carbon is diverse because of two factors. First, every carbon atom needs four additional electrons. And, second, it can satisfy the need for these four electrons by bonding not only to hydrogen but also to itself. […]
When carbon is bonded with other elements, such as oxygen and nitrogen, various chemical compounds, such as formaldehyde and amino acids, are formed. […]
In metallic bonding, every atom gives up electrons to form a negative sea. On the other hand, in covalent bonding, two or just a few elements come together, and they share their electrons so that every atom sees the magic number that it wishes to have. […]
Electrons tend to transfer from one atom to another. This produces ions, which attract each other and, therefore, bond together by electrostatic forces. […]
Atoms are most often found in combination in nature. They either want to gain or lose electrons to reach stability, which makes them very reactive. […]
Werner Heisenberg’s uncertainty principle expresses the fact that someone can’t know the exact position and the exact velocity of an object in a subatomic realm at exactly the same time. […]
When solving probability functions for electrons, physicists quickly saw that the solution to these complex equations could take the form either of a particle-like object or a wave-like object. […]
According to Max Planck and Albert Einstein, everything such as energy, matter, and the charge is quantized. Planck also helped solve the problem of classical theory by introducing quantum mechanics. […]
The fundamental discoveries by Niels Bohr and others regarding the nature of atoms led to the invention of spectroscopic and laser technologies that improve our lives in a number of ways. […]
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