General inorganic chemistry : 14H course + solved problems

Master chemistry atom chemical formulas equations bonding thermochemistry thermodynamics redox electrochemistry kinetics

4.48 (87 reviews)

Udemy

platform

English

language

Science

What you will learn

Do well in your chemistry course and get higher grades, in case you are in high school, college or university

Enhance and broaden your chemistry knowledge to do well in your professional career in case you work in a chemistry related industry

Develop problem-solving skills in precise reading and interpreting chemical problems

Learn what an atom is and what it is made of

Learn how to read and use the periodic table of the elements

Learn how to calculate the number of moles and molar masses for molecules and compounds

Learn how to predict the composition of a compound based on its chemical formula and vice versa

Master the nomenclature of inorganic compounds

Be an expert in writting and balancing chemical equations

Master the calculations based on chemical equations like molecular, mass and volume relationships

Be familiar with the main types of chemical reactions including combustion, replacement, combination, decomposition reactions and many others

Master the gas laws as predicted by Boyle, Charle and Gay Lussac's models

Master Dalton's law for partial pressures

Master the ideal gas law

Be an expert in thermochemistry

Learn how to predict the enthalpy changes for various processes

Learn the atomic structure and Bohr's model for hydrogen

Learn atomic orbitals and their spatial arrangements

Learn quantum numbers and what they represent

Learn how to predict electron configuration for any element from the periodic table

Learn how the elements bond to form molecules and compounds

Learn the structure of crystals (simple, face centred and body centred cubic)

Learn how to perform calculations on lattice and unit cells

Learn how to write and balance redox reactions

Learn how to calculate concentrations, molarities, molalities, normalities and other variables of solutions

Learn to deal with dilution problems

Learn the basics of titration

Learn the fundamentals of thermodynamics

Learn the basics of acids and bases (Arrhenius, Brönsted-Lowry and Lewis concepts, reactions, hydrolysis, buffer solutions, indicators, titration...)

Learn the basics of solubility and precipitation

Learn the fundamentals of electrochemistry (Faraday's law, voltaic cells, couples, Nernst's equation, electrolysis...)

Learn the fundamentals of kinetics (rates and orders of reactions, energy of activation and others...)

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General inorganic chemistry : 14H course + solved problems

What you will learn

Do well in your chemistry course and get higher grades, in case you are in high school, college or university

Enhance and broaden your chemistry knowledge to do well in your professional career in case you work in a chemistry related industry

Develop problem-solving skills in precise reading and interpreting chemical problems

Learn what an atom is and what it is made of

Learn how to read and use the periodic table of the elements

Learn how to calculate the number of moles and molar masses for molecules and compounds

Learn how to predict the composition of a compound based on its chemical formula and vice versa

Master the nomenclature of inorganic compounds

Be an expert in writting and balancing chemical equations

Master the calculations based on chemical equations like molecular, mass and volume relationships

Be familiar with the main types of chemical reactions including combustion, replacement, combination, decomposition reactions and many others

Master the gas laws as predicted by Boyle, Charle and Gay Lussac's models

Master Dalton's law for partial pressures

Master the ideal gas law

Be an expert in thermochemistry

Learn how to predict the enthalpy changes for various processes

Learn the atomic structure and Bohr's model for hydrogen

Learn atomic orbitals and their spatial arrangements

Learn quantum numbers and what they represent

Learn how to predict electron configuration for any element from the periodic table

Learn how the elements bond to form molecules and compounds

Learn the structure of crystals (simple, face centred and body centred cubic)

Learn how to perform calculations on lattice and unit cells

Learn how to write and balance redox reactions

Learn how to calculate concentrations, molarities, molalities, normalities and other variables of solutions

Learn to deal with dilution problems

Learn the basics of titration

Learn the fundamentals of thermodynamics

Learn the basics of acids and bases (Arrhenius, Brönsted-Lowry and Lewis concepts, reactions, hydrolysis, buffer solutions, indicators, titration...)

Learn the basics of solubility and precipitation

Learn the fundamentals of electrochemistry (Faraday's law, voltaic cells, couples, Nernst's equation, electrolysis...)

Learn the fundamentals of kinetics (rates and orders of reactions, energy of activation and others...)

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