Structure of Atom

IMPORTANT

Chemistry Solutions from Chapter -1 - Structure of Atom

This chapter explains the structure of an atom. We will study subatomic particles along with Bohr’s hydrogen atom model. It also discusses the Schrodinger equation, quantum numbers, Aufbau principle and electronic configuration of atoms.

Practice Other Topics from Structure of Atom

This topic covers concepts such as mass of proton, Dalton's atomic theory, discovery of electron, cathode rays, and properties of cathode rays.

Chemistry>Physical Chemistry>Structure of Atom>Atomic number and atomic mass number

This topic covers concepts such as concept of nucleons, atomic number, etc.

Chemistry>Physical Chemistry>Structure of Atom>Isotopes, isobars and isotones

This topic covers concepts such as isotopes, isobars, nature of isotopes, properties of isobars, and properties of isotopes.

Chemistry>Physical Chemistry>Structure of Atom>Drawbacks of Rutherford atomic model

This topic covers concepts such as drawbacks of Rutherford's atomic model, electromagnetic radiations, etc.

Chemistry>Physical Chemistry>Structure of Atom>Developments leading to the Bohr's atomic model

This topic covers concepts such as Bohr model, Rydberg constant, wave nature of electromagnetic radiations, frequency of electromagnetic radiations, and wavelength of electromagnetic radiations.

Chemistry>Physical Chemistry>Structure of Atom>Bohr's model for hydrogen atom

This topic covers concepts such as explanation of line spectrum of hydrogen, Bohr's atomic model for hydrogen atom, calculation of radius of an orbit, calculation of energy of an electron in an orbit, and limitations of Bohr theory.

Chemistry>Physical Chemistry>Structure of Atom>Quantum mechanical model of atom

This topic covers concepts such as quantum mechanical model of atom, Schrodinger wave equation, significance of i square, quantum numbers, and applications of principle quantum number.

Chemistry>Physical Chemistry>Structure of Atom>Filling of Electrons in Orbitals

This topic covers concepts such as rules for filling electrons, relative energies of sub-shells, exceptions to Aufbau principle, electronic configuration, and isoelectronic species.