Classification of Elements and Periodicity

Carbon is unique in its chemical properties since it forms a greater number of components than the sum of all the other elements combined. Carbon and hydrogen form the largest group of all these components. We are aware of a minimum of around 1 million organic components, and this figure is constantly increasing each year. […]

Carbon is a chemical element with the atomic number 6 and the symbol C. It comes from the Latin word carbo, which means “coal.” It’s non-metallic and tetravalent, which means it can bond chemically with four electrons. It belongs to the 14th group of the periodic table. Only roughly 0.025 percent of the Earth’s crust

Carbon belongs to the 14th group of the periodic table. The entire earth’s core is made up of only about 0.025 percent of carbon. Hence we can also say at the earth’s core we can find the purest form of carbon. A radionuclide is a compound where among the three isotopes 12C and 13C are

Beryllium (Be) is a chemical element that is the lightest of the alkaline-earth metals of Group 2 (IIa) of the periodic table. It was previously known as glucinium (until 1957). In addition to hardening metals like titanium, it is used in many outer space and nuclear applications. The occurrence, characteristics, and uses It’s a steel-grey

The band theory of semiconductors relies on the valence band and conduction band. It’s additionally referred to as the band theory of solids or zone theory of solids. It describes  conductors, semiconductors and insulators very clearly and distinctly.  Moreover, Plotting the available energies for electrons in the materials is a good approach to see the

What Are Electronic Configurations? The distribution of electrons in their atomic orbitals is called an electronic configuration. The electronic configurations of atoms add in sequence each of the atomic subshells containing electrons. This notation expresses the number of electrons they contain written in superscript. For example, magnesium has an electron configuration of 1s22s22p63s2. When the

Periodic trends are patterns in an element’s properties that are related to its position in the Periodic Table. In the past, scientists were able to predict certain features of undiscovered materials using these trends. This is owing to structural similarities between pieces within a period or family, which enables for certain tendencies to occur. Trends

Actinides are the elements that come after Actinium and have atomic numbers ranging from 89 to 103. They include naturally occurring elements such as thorium, protactinium, uranium, and eleven transuranic elements generated deliberately through nuclear processes. Regardless, all actinides are hazardous. Actinides The actinide series receives its name from its initial element, actinium. The symbol

Introduction to Boron Group 13 elements show certain patterns in their chemical conduct. Boron, the first element in this group, shows some specific properties that are completely different from its other members. The reasons why Boron is different from the other members are, Its smaller size Higher electronegativity Its ionization enthalpy is higher d shell

a brief introduction to lithium The Alkali Metals are the first group of elements in the periodic table. Lithium is the first element in the first chemical group. So, what causes it to behave in such a different manner? Because of the element’s small size, it exhibits anomalous behavior, which is explained below. Let’s take