Study kit (High School Chemistry (CHE5))

Orbital 5 – Chemical Energy and the Circular Economy (LOPS2021)

Authors
Jarkko Lampiselkä & Ari Myllyviita
Exercises kit’s authors
Jarkko Lampiselkä & Ari Myllyviita
Publisher
e-Oppi Oy
Included in packages
  • The study kit contains 53 chapters and 85 exercises of which 12 are in the chapters and 73 in the task exercises.
  • Authors
    Jarkko Lampiselkä & Ari Myllyviita
  • Exercises kit’s authors
    Jarkko Lampiselkä & Ari Myllyviita
  • Subject
    Chemistry, natural sciences
  • Grade
    High school
  • Course
    KE5 Chemical energy and the circular economy
  • Kit's language
    English
  • Publisher
    e-Oppi Oy
  • Included in packages

1. To the reader

Lead
Chapter
1.1. Foreword

2. Energy changes in a chemical reaction

Lead
Chapter
2.1. Reactions, energy and the conservation of energy
Free chapter!
2.2. Enthalpy, heat of reaction, formation and solution
2.3. Hess’s Law
2.4. Bond energy
2.5. Activation energy
2.6. Reaction series
2.7. Additional information: Entropy and Gibbs energy
2.8. Experiments

3. Geochemistry

Lead
Chapter
3.1. Metals in nature – Minerals
3.2. Additional information: Minerals, rock types and jewels
3.3. Mineral extraction industry
3.4. Metallurgy
3.5. Metal mining and enrichment
3.6. Iron manufacturing
3.7. Copper manufacturing
3.8. Aluminium manufacturing
3.9. Silver manufacturing

4. Metals

Lead
Chapter
4.1. The general properties of metals
4.2. Metal mixtures (alloys)
4.3. Alkali metals
4.4. Alkaline earth metals
4.5. Boron group metals
4.6. Carbon group metals
4.7. Transition group metals
4.8. Additional information: Hydrogen and hydrogen compounds
4.9. Experiments

5. Oxidation and reduction

Lead
Chapter
5.1. Oxidation-reduction reactions
5.2. How an oxidation number is determined
5.3. Oxidation numbers in compounds
5.4. Oxidation numbers in balancing reaction equations
5.5. Oxidation in the living environment
5.6. Experiments

6. Electrochemistry

Lead
Chapter
6.1. Metal nobility scale
6.2. Electrochemical cell
6.3. Cell notation
6.4. Standard potential
6.5. Electrolysis
6.6. Chemical cell applications: single-use and rechargeable batteries
6.7. Corrosion and corrosion prevention
6.8. Experiments

7. Chemical technology

Lead
Chapter
7.1. The chemistry of construction
7.2. From stone to smart materials
7.3. Nanotechnology
7.4. The chemical industry

8. Chemistry research

Lead
Chapter
8.1. The study of chemistry
8.2. Chemistry research
8.3. Astrochemistry

9. The importance of chemistry in terms of energy solutions and the environment

Lead
Chapter
9.1. Energy production
9.2. Energy storage
9.3. Chemistry in the living environment
9.4. Circular economy

10. Extras

Lead
Chapter
10.1. For the teacher
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