Overview
This comprehensive course on General Inorganic Chemistry will deepen your understanding on this topic.
After successful completion of this course you can acquire the required skills in this sector. This General Inorganic Chemistry comes with accredited certification from CPD, which will enhance your CV and make you worthy in the job market.
So enrol in this course today to fast track your career ladder.
How will I get my certificate?
You may have to take a quiz or a written test online during or after the course. After successfully completing the course, you will be eligible for the certificate.
Who is This course for?
There is no experience or previous qualifications required for enrolment on this General Inorganic Chemistry. It is available to all students, of all academic backgrounds.
Requirements
Our General Inorganic Chemistry is fully compatible with PC’s, Mac’s, Laptop, Tablet and Smartphone devices. This course has been designed to be fully compatible with tablets and smartphones so you can access your course on Wi-Fi, 3G or 4G.
There is no time limit for completing this course, it can be studied in your own time at your own pace.
Career Path
Having these various qualifications will increase the value in your CV and open you up to multiple sectors such as Business & Management, Admin, Accountancy & Finance, Secretarial & PA, Teaching & Mentoring etc.
Course Curriculum
- 22 sections
- 44 lectures
- 00:00:00 total length
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Learning objectives 00:10:00 -
Example of a solved problem 00:06:00
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System of measurement 00:02:00
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International system of units 00:05:00
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Temperature units and scales 00:04:00
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Use and misuse of units 00:03:00
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Dimensional analysis 00:03:00
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Quantities and units: Solved problems 00:10:00
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Atoms 00:02:00
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Nuclei 00:04:00
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Periodic table 00:08:00
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Relative atomic masses 00:04:00
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Moles 00:05:00
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Symbols, formulas and molar masses 00:04:00
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Atomic, molecular and molar masses – Problems with solutions 00:16:00
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Empirical formula from composition 00:04:00
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Composition from formula 00:04:00
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Nuclidic molecular masses and chemical formulas 00:05:00
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Formulas and compositions: Solved problems 00:24:00
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Introduction to nomenclature 00:03:00
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Naming binary compounds of nonmetals 00:05:00
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Naming ionic compounds 00:01:00
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Naming monoatomic cations 00:06:00
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Naming polyatomic cations 00:03:00
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Naming monoatomic anions 00:02:00
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Naming oxyanions 00:05:00
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Naming special anions 00:01:00
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Putting the names of the ions together 00:02:00
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Writing formulas for ionic compounds 00:08:00
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Naming inorganic acids 00:06:00
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Naming acid salts 00:04:00
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Naming hydrates 00:01:00
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Introduction to chemical equations 00:02:00
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Molecular relations from equations 00:05:00
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Mass relations from equations 00:06:00
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Limiting reactant 00:01:00
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Calculations from chemical equations: Solved problems 00:24:00
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Types of chemical reactions 00:04:00
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Pressure 00:07:00
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Gas laws 00:02:00
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Boyle’s law: Constant temperature 00:01:00
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Charles’ law: Constant pressure 00:01:00
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Gay-Lussac’s law: Constant volume 00:01:00
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Combined gas law 00:01:00
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Density of an ideal gas 00:03:00
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Dalton’s law for partial pressures 00:01:00
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Collecting a gas over a liquid 00:02:00
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Deviation from ideal beahvior 00:01:00
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Measurement of gases: Solved problems 00:13:00
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Avogadro’s hypothesis 00:03:00
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Molar volume 00:01:00
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Ideal gas law 00:05:00
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Gas volume relations from equations 00:04:00
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Gas stoichiometry involving mass 00:05:00
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The ideal gas law: Solved problems 00:13:00
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Heat 00:04:00
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Energy and enthalpy 00:05:00
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Enthalpy changes for various processes 00:12:00
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Rules of thermochemistry 00:09:00
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Thermochemistry – Problems with solutions 00:21:00
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Characters of light 00:05:00
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Interaction of light with matter 00:08:00
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Particles and waves 00:03:00
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Orbitals 00:17:00
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The Pauli exclusion principle 00:01:00
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Aufbau principle 00:03:00
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Electron configuration 00:11:00
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Atomic radii 00:04:00
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Ionization energies 00:03:00
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Electron affinity and magnetic properties 00:05:00
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Atomic structure – Problems with solutions 00:16:00
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Introduction to chemical bonding 00:02:00
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Octet rule 00:03:00
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Ionic bonding 00:09:00
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Electron dot notation 00:05:00
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Covalent bonding 00:17:00
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Distinction between ionic and covalent bonding 00:03:00
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Predicting the nature of bonding in compounds 00:05:00
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Formal charges 00:08:00
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Dipole moment and electronegativity 00:04:00
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Hybrid orbitals 00:10:00
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Crystals 00:08:00
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Close packing 00:04:00
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Crystal forces 00:06:00
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Liquid forces 00:03:00
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Solids and liquids: Solved problems 00:22:00
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Introduction to redox reactions 00:04:00
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Oxidation number 00:09:00
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Oxidizing and reducing agents 00:05:00
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Ionic notation for equations 00:04:00
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Balancing oxidation-reduction equations 00:11:00
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Oxidation-reduction: Solved problems 00:14:00
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Composition of solutions 00:01:00
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Concentrations 00:02:00
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Molarity 00:02:00
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Normality 00:05:00
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Molality 00:01:00
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Mole fraction 00:01:00
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Comparison and summary of the concentration units 00:04:00
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Dilution problems 00:01:00
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Concentration of solutions: Solved problems 00:14:00
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Reactions involving standard solutions 00:04:00
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Reaction involving standard solutions: Solved problems 00:13:00
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Introduction to chemical solutions 00:02:00
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Vapor pressure lowering 00:04:00
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Freezing point lowering 00:05:00
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Boiling point lowering 00:03:00
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Osmotic pressure 00:03:00
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Solution of gases in liquids 00:02:00
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Law of distribution 00:01:00
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Properties of solutions: Solved problems 00:13:00
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The first law 00:02:00
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The second law 00:06:00
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Entropy 00:04:00
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The third law 00:01:00
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Standard states 00:06:00
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Chemical equilibrium 00:03:00
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The equilibrium constant 00:10:00
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Le Chatelier’s principle 00:14:00
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Thermodynamics – Problems with solutions 00:18:00
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Arrhenius concept 00:03:00
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Brönsted-Lowry concept 00:08:00
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Lewis concept 00:02:00
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Ionization of water 00:07:00
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Hydrolysis 00:06:00
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Buffer solutions 00:06:00
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Indicators 00:03:00
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Polytropic acids 00:05:00
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Titration 00:08:00
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Acids and bases – Problems with solutions 00:21:00
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Coordination complexes 00:08:00
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Solubility product 00:02:00
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Precipitation 00:05:00
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Complex ions and precipitates: Solved problems 00:06:00
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Electrical units 00:03:00
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Faraday’s laws 00:04:00
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Voltaic cells 00:06:00
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Standard half-cell potential 00:07:00
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Combining couples 00:04:00
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Free energy and Nernst equation 00:08:00
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Electrolysis 00:06:00
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Electrochemistry: Solved problems 00:16:00
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Introduction to rates of reactions 00:01:00
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Rate constants and order of reactions 00:11:00
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First order reactions 00:02:00
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Other rate laws 00:01:00
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Energy of activation 00:01:00
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Mechanism of reaction: Molecularity 00:05:00
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Mechanism of reaction: Energetics 00:05:00
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Rates of reactions: Solved problems 00:13:00
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Assignment -General Inorganic Chemistry 00:00:00
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This course includes:
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Duration:14 hours, 47 minutes
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Access:1 year access
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Level:
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CPD Points:10
