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Atomic Orbital Shape Books

Molecular orbital theory

Author: Kelani Tawakalit

School: Edo University

Department: Science and Technology

Course Code: CHM212

Topics: Molecular orbital theory, bond order, bond strength, Photoelectron spectroscopy, Ionization energy, Hard-Soft Acid-Base model

THE ORBIT, ORBITAL REGION, EYEBALL AND THE EYE

Author: AKINLOLU

School: University of Ilorin

Department: Medical, Pharmaceutical and Health science

Course Code: ANA302

Topics: ORBIT, ORBITAL REGION, EYELIDS, LACRIMAL APPARATUS, EYEBALL

hybrid orbitals

Author: CHM

School: University of Ilorin

Department: Science and Technology

Course Code: CHM132

Topics: hybrid orbitals, Hybridization

Atomic Physics and Radioactivity

Author: PHY UI

School: University of Ibadan

Department: Science and Technology

Course Code: PHY101

Topics: Atomic Physics, Radioactivity, alpha decay, Beta decay, Gamma Decay, radioactive decay rate, Artificial Radioactivity

Galad atomic and nuclear physics material

Author: NA Galadima, Galad

School: University of Ilorin

Department: Science and Technology

Course Code: PHY142

Topics: atomic structure, electrons, wave particle, electronics, nuclear physic

ATOMIC AND NUCLEAR PHYSICS Complete lecture note

Author: Orosun

School: University of Ilorin

Department: Science and Technology

Course Code: PHY142

Topics: Atomic physics, Nuclear physics, WAVE-PARTICLE DUALITY OF LIGHT, PHOTOELECTRICITY, COMPTON SCATTERING

atomic structure Lecture note

Author: PHY

School: University of Ilorin

Department: Science and Technology

Course Code: PHY142

Topics: Atomic structure, Atom

Atomic structure

Author: Ibrahim TT

School: University of Ilorin

Department: Science and Technology

Course Code: PHY141

Topics: atomic structure, Thompson's model, Rutherford's mode, Bohr's theory, Spectrum of the hydrogen atom

Schaum's Outline of College Chemistry ,Ninth edition

Author: Jerome Rosenberg, Lawrence Epstein, Peter Krieger

School: Ahmadu Bello University, Zaria

Department: Science and Technology

Course Code: CHEM131

Topics: temperature, temperature units, atomic mass, molar mass, molecular mass, relative atomic mass, emperical formula, chemical formula, limiting reactant, chemical reactions, gas, gas volume, pressure, standard atmospheric pressure, pressure measurement, gas law, Boyle's law, Charles's law, Gay-lussac law, combined gas law, ideal gas, ideal gas law, kinetic theory, avogardo hypothesis, molar volume, gas volume, gas stoichiometry, thermochemistry, heat, heat capacity, calorimetry, energy, enthalphy, thermochemical reactions, atomic structure, particle, waves, Pauli principle, Periodic law, Aufbau principle, Electron configuration, Atomic radii, ionization energy, electron affinity, chemical bonding, molecular structure, ionic compounds, covalence, valence-bond representation, molecular-orbital representation, π BONDING, MULTICENTER π BONDS, coordination compounds, isomerism, solid, liquid, crystals, crystal forces, Ionic Radii, oxidation-reduction, oxidation number, oxidizing agents, reducing agents, ionic notation, balancing equations, concentration, concentration scales, concentration units, dilution, volumetric standard solutions, vapor pressure lowering, freezing-point lowering, boiling-point lowering, Boiling-point elevation, osmotic pressure, Law of distribution, isomerism, functional groups, organic chemistry, biochemistry, thermodynamics, chemical equilibrium, Equilibrium constant, Le Chatelier's principle, acid, base, hydrolysis, buffer solution, indicators, weak polyprotic acids, tittration, complex ions, coordination complexes, electrochemistry, solubility product, electrical units, electrolysis, voltaic cells, standard half-cell potentials, free energy, Nonstandard potentials, rate of reactions, rate constant, energy of activation, Nuclear process, Binding energy, nuclear equations, radiochemistry

Basic Principles of Inorganic Chemistry Lecture note

Author: CHM101

School: University of Nigeria, Nsukka

Department: Science and Technology

Course Code: CHM101

Topics: Inorganic Chemistry, atomic structure, quantum theory, electromagnetic radiation, light waves, quantum theory of light, photoelectric effect, Einstein's electromagnetic theory, atomic spectra, Bohr's atomic theory, Bohr's postulates, Bohr's assumptions, Bohr's theory, wave mechanics, Quantum numbers, Schroedinger ideas, electronic configuration, Pauli's exclusion principle, Aufbau process, atomic radius, ionization energy, electron affinity, hydrogen, nitrogen, oxygen, phosphorus, sulphur, chlorine, bromine, iodine, sodium, calcium, aluminum, iron, manganese, copper, zinc, nuclear chemistry, radioactivity, nuclear stability, radioactive decay, radioactive nuclide, carbon-14 dating, nuclear transformation, nuclear reactor, nuclear reaction, nuclear fission, atomic bomb, nuclear fussion, hydrogen bomb

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