Periodic Table - Atomic

This application offers a seamless and ad-free environment for users to access a dynamic periodic table and various other tools and resources related to chemistry and physics. With bi-monthly updates, users can expect new data sets, additional details, and enhanced visualization options to continually improve their experience.

The key feature of this application is its intuitive periodic table, which adapts to the user's needs and is based on the International Union of Pure and Applied Chemistry (IUPAC) Table. Users can also easily calculate the molar mass of compounds, convert between units, and learn the periodic table through built-in learning games. Additionally, there are tables for comparing electronegativity values, determining compound solubility, exploring isotopes, and finding Poisson's ratio for different compounds.

Other useful features include a comprehensive nuclide decay data table, a geology table for identifying minerals, and a constants table for referencing common constants in math, physics, and chemistry. Users can also access an electrochemical series to view electrode potentials and an inbuilt chemistry and physics dictionary to enhance their understanding.

The application provides in-depth information about each element, including atomic number, weight, discovery details, group, appearance, isotope data, density, electronegativity, electron shell details, boiling and melting points, electron configuration, ion charge, ionization energies, atomic and covalent radii, and more. Users can also customize their experience by prioritizing their favorite element details and taking notes for each element. The offline mode allows users to save data and work without an internet connection.

Overall, this application offers a comprehensive and user-friendly platform for accessing a wide range of data sets and tools related to chemistry and physics. With regular updates and a variety of features, it is a valuable resource for students, researchers, and anyone interested in these subjects.