- Course overview
Online
₹ 455 1,699
Quick facts
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Medium of instructions
English
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Mode of learning
Self study
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Mode of Delivery
Video and Text Based
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Course overview
The Complete High School and College Chemistry certification course, developed by Go2uni Limited, one of the best educational platforms, is accessible on Udemy and is designed for high school applicants who want to learn the fundamentals and advanced principles of chemistry. The Complete High School and College Chemistry online course by Udemy will explain chemistry with dozens of illustrations, study through activities, and practice exercises.
The Complete High School and College Chemistry online classes begin with the fundamentals and progress to a deep dive with clear examples and activities to ensure that every concept is comprehended. This course covers all of the principles and techniques in organic & inorganic chemistry, empirical formulae, molecular formula, stoichiometry, evaporation, sublimation, precipitation, crystallization, volumetric analysis, the periodic table, electron affinity, ionization energy, electronegativity, chemical bonding, and more.
The highlights
- Certificate of completion
- Self-paced course
- 50.5 hours of pre-recorded video content
- 1 article
- 20 downloadable resources
Program offerings
- Online course
- Learning resources. 30-day money-back guarantee
- Unlimited access
- Accessible on mobile devices and tv
Course and certificate fees
Fees information
certificate availability
certificate providing authority
What you will learn
After completing The Complete High School and College Chemistry online certification, applicants will gain a practical understanding of the concepts of chemistry at a high school level. Applicants will be introduced to various theories of chemistry such as kinetic theory, Faraday's Law, the law of definite proportion, the law of multiple proportions, and the law of reciprocal proportion, as well as various aspects of chemistry such as industrial chemistry, electrochemistry, and organic chemistry. Applicants will learn about acid, base, and salt characteristics, as well as hydrogen, oxygen, carbon, hydrocarbon, and acyclic hydrocarbon properties. Applicants will also learn about sublimation, crystallization, evaporation, and precipitation, among other approaches.
The syllabus
Course Introduction
Introduction to chemistry
- Objectives
- Definition of terms
- Careers in chemistry
Separation Techniques
- Objectives
- Filtration, decantation, sieving and distillation
- Evaporation, sublimation and precipitation
- Crystallization
Stoichiometry
- Objectives
- Mole ratio and stoichiometry
- Mole concept and valency
- Balancing of equations
- Balancing of equations 2
- Reactions 1
- Reactions 2
- Reactions 3
- Mole relationships
- Calculations 1
- Calculations 2
- Calculations 3
- Calculations 4
- Calculations 5
- Mass volume and mole calculation 1
- Mass volume and mole calculation 2
- Mass volume and mole calculation 3
- Limiting reagents 1
- Limiting reagents 2
- Test questions
Empirical and molecular formulae
- Objectives
- Definition and calculations
- Examples
- Percentage composition
- Law of chemical combination
- Law of definite proportion
- Law of multiple proportion
- Law of reciprocal proportion
Volumetric analysis
- Objectives
- Apparatus in volumetric analysis
- Definition of terms part 1
- Definition of terms part 2
- Calculations in Titration
- Calculations in Titration and examples part 1
- Calculations in Titration and examples part 2
Kinetic theory of matter
- Objectives
- Definition of terms
- Latent heat of fusion and vapourization
- Kinetic theory of gases
Periodic table
- Objectives
- Definition of terms
- Group characteristics
- Transition metals
- Lanthanides and actinides
- Periods
- Atomic properties and size
- Atomic size
- Ionic size
- Melting and boiling point
- Ionization energy
- Electron affinity and negativity
Oxygen
- Objectives
- Definition of terms
- Properties and uses of Oxygen
- Acidic oxides and preparation
- Properties of hydrogen peroxide and its uses
Hydrogen
- Objectives
- Definition
- Methane hydrocarbon
- Properties of hydrogen
- Practice questions
Chlorine
- Objectives
- Definition
- Hydrogen chloride
- Chlorides
Carbon and its compounds
- Objectives
- Definition of terms
- Coal and oxides of carbon
- Carbon(iv) and Carbon(II) oxides
- Trioxocarbonates(iv)
Water and solutions
- Objectives
- Definition of terms
- Hardness of water
- Water Pollution
- Solutions
- Tyndall effect
- Saturated, unsaturated and supersaturated solutions
- Solubility and solubility curve
- Calculations on solubility 1
- Calculations on solubility 2
- Calculations on solubility 3
- Calculations on solubility 4
- Concentration of solution
Acid, bases and salts
- Objectives
- Definition
- Properties of acid
- Method of preparation of acids
- Uses of acid, Base and Alkalis
- Acidic Oxides And Its Preparation.mp4
- Ph scale and indicators
- Relationship between PH and POH
- Relationship between PH and POH 2
- Relationship between PH and POH 3
- test questions
- Calculating pKa and pkb
- Salts
- Double salt
- Classification of salts
- Methods of preparing insoluble salts
Electrochemistry
- Objectives
- Definition of terms
- Electrolysis
- Mechanism of electrolysis
- Preferential discharge of IONS during electrolysis
- Position of ions in the electrochemical series
- Relative concentration of ions in solution
- Nature of the electrodes
- Faraday's laws of electrolysis
- Calculations on Faraday's laws of electrolysis 1
- Calculations on Faraday's laws of electrolysis 2
- Calculations on Faraday's laws of electrolysis 3
- Class work
- Faraday's second law
- Redox reaction
- Oxidation states and balancing of redox reactions
- Calculating oxidation numbers
- Balancing of redox reactions
- Balancing of redox reactions 2
- Balancing of redox reactions 3
- Balancing of redox reactions 4
- Balancing of redox reactions 5
- Electrochemical cells
- E.M.F of a cell
- calculations on E.M.F of a cell
- Primary and secondary cells
Rates of chemical reactions
- Objectives
- Definition of terms
- calculating rates of reaction 1
- Calculating rates of reaction 2
- Measuring rate of reaction from changes in volume and mass
- Calculation in Measuring rate of reaction from changes in volume and mass
- Collision theory 1
- Collision theory 2
- Entropy
- Calculations in entropy
- Gibbs free energy
- Features of reaction
- Factors affecting rates of reaction 1
- Factors affecting rates of reaction 2
Organic chemistry I
- Objectives
- Definition of terms
- Hydrocarbons
- Homologous series
- Alkanes
- Alkyl groups
- Alkenes
- Alkynes
- Alkanols
- Alkanoic acids
- Alkanoic acids 2
- Esters
- Esters 2
- Test questions
- Functional groups
- IUPAC nomenclature
- IUPAC nomenclature 2
- IUPAC nomenclature 3
- IUPAC nomenclature 4
- IUPAC nomenclature 5
- IUPAC nomenclature 6
- IUPAC nomenclature 7
- IUPAC nomenclature 8
- IUPAC nomenclature 9
- IUPAC nomenclature 10
- IUPAC nomenclature 11
- IUPAC nomenclature 12
- IUPAC nomenclature 13
- Isomerism
- Types of Isomers 1
- Types of Isomers 2
- Functional Isomers
- Cycloalkanes
Organic chemistry II
- Objectives
- Alkanoic acid
- Dicarboxylic acids
- Ethanoic acid
- Chemical properties of ethanoic acid
- Esters
- Ethyl ethanoate
- Fats and oil
- Properties of fats and oil
- Uses and test for fat and oil
- Detergents
- Alkanals and alkanones
- Distiguishing alkanones from alkanals
- Giant molecules
- Glucose and frutose
- Starch
- Properties of starch and cellulose
- Proteins
- Proteins 2
- Properties and test for proteins
- Polymers
- Polymerization
- Condensation Polymerization
- Rubber
Industrial chemistry
- Objectives
- Definition of terms
- Pharmaceuticals
Hydrocarbons
- Objectives
- Definition of terms
- Crude oil exploration and processing
- Refining
- Reforming
- Octane and cetane number systems
Acyclic hydrocarbon
- Objectives
- Alkanes
- Methane
- Alkenes
- Ethene
- Ethene 2
- Alkynes
- Ethynes 1
- Ethynes 2
- Alkanols
- Secondary Alkanols
- Tertiary Alkanols 1
- Tertiary Alkanols 2
- Ethanol
- Ethanol 2
Bonus section
Conclusion