Jyoti Bashyal 
The Lewis structure of a molecule depicts the arrangement of atoms and valence electrons. The Lewis structure of CH4 is a basic but important as it helps us understand the form and chemical activity of the molecule by highlighting the electron … Read more
Lewis structures are important because they make it easy to see how atoms are arranged in molecules and provide insight into how molecules interact. They are helpful in the prediction of a molecule’s polarity, structure, and reactivity as well as … Read more
Transition metal complexes, like organic compounds, exhibit stereoisomerism, specifically geometric and optical isomerism. Geometric isomers, on the other hand, are only possible for square planar and octahedral complexes, not tetrahedral. In contrast, optical isomers are only possible for tetrahedral and … Read more
The percentage that represents the difference between the theoretical and actual yields is called the percent yield. In chemistry, yield is the amount of product produced by a reaction relative to the amount of reactant consumed; it is typically given … Read more
The Lewis structure represents the valence electrons of an atom or molecule. The Lewis Structure of H2O molecule reveals that two hydrogen atoms are linked to one oxygen atom. A single covalent link is formed when each hydrogen atom and … Read more
Formal charge calculation is significant since it is used to determine the lowest energy configuration among the different potential Lewis structures of a molecule. An atom in a molecule is given a formal charge if all of the electrons in the … Read more
A polyatomic ion’s or molecule’s electron delocalization is described by resonance structures. Due to the presence of partial charges and fractional bonds in a molecule/polyatomic ion, a single Lewis structure fails to describe the bonding in many circumstances. Resonance structures are … Read more
Uranium, a metallic chemical element found in the periodic table with atomic number 92 and denoted by the symbol U, displays a silvery-white appearance. Each uranium atom is characterized by 92 protons and 92 electrons, including 6 valence electrons. Notably, … Read more
Abbreviated as SHE, the Standard Hydrogen Electrodes, a redox electrode, is the foundational basis of the scale of the oxidation-reduction potential. Moreover, it is the main electrode where the electrochemical reaction takes place. It consists of a platinum electrode immersed … Read more