Structure of Atom
Chemistry Solutions from Chapter -1 - Structure of Atom
This chapter covers topics such as Some Important Atomic Terms, Atomic Models, Particle Nature of Electromagnetic Radiations, Filling of Electrons in Orbitals, Photoelectric Effect, and Bohr's Model for the Hydrogen Atom.
Practice Other Topics from Structure of Atom
This topic covers concepts such as Structure of Atom, Atom, Dalton's Atomic Theory, Failure of Dalton's Atomic Theory, Atomic Models, Thomson's Atomic Model, and Failure of Thomson's Atomic Model.
This topic covers concepts such as Subatomic Particles, Discovery of Electron, Cathode Rays, Properties of Cathode Rays, Constant Charge to Mass Ratio of an Electron, and Discovery of Protons: Goldstein's Experiment.
This topic covers concepts such as Atomic Number, Atomic Mass or Mass Number, Isotopes and Isobars, Isotones, and Isoelectronic Species.
This topic covers concepts such as Electromagnetic Radiations, Wave Nature of Electromagnetic Radiations, Frequency of Electromagnetic Radiations, Wavelength of Electromagnetic Radiations, and Wavenumber of Electromagnetic Radiations.
This topic covers concepts such as Electromagnetic Spectrum, Visible Spectrum, Invisible Spectrum, Emission Spectrum, Continuous Spectra, Line Atomic Spectrum, and Differences between Emission and Absorption Spectrum.
This topic covers concepts such as Particle Nature of Electromagnetic Radiations, Evidences of Particle Nature of Electromagnetic Radiations, Black Body Radiation, Properties of Black Body, and Wavelength-Intensity Relationship for Black Body.
This topic covers concepts such as Photoelectric Effect, Threshold Frequency, Threshold Wavelength, Photoelectrons, Work Function, Characteristics of Photoelectric Effect, and Einstein's Equation for Explanation of Photoelectric Effect.
This topic covers concepts such as Hydrogen Emission Spectrum, Explanation of Line Spectrum of Hydrogen, Spectral Lines, Rydberg's Equation, Lyman Series, Balmar Series, Paschen Series, Brackett Series, and Pfund Series.
This topic covers concepts such as Limitations of Bohr Theory, Quantum Mechanical Model of Atom, de-Broglie's Equation: Dual Nature of Matter, Reasons for Failure of Bohr's Atomic Model, and Schrodinger's Wave Equation.
This topic covers concepts such as Rules for Filling Electrons, Pauli's Exclusion Principle, Maximum Number of Electrons in an Orbital, Conclusions of Pauli Exclusion Principle, Aufbau Principle, and Relative Energies of Sub-Shells.
