Free Ebook cover Complete Chemistry course for exams

Free ebookComplete Chemistry course for exams

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67 pages3 hours and 37 minutes

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Course content

1

Introduction to Chemistry

2

Atomic Structure

3

Atomic Structure: Atomic Models

4

Atomic Structure: Subatomic Particles

5

Atomic Structure: Atomic Number and Mass Number

6

Atomic Structure: Electronic distribution

7

Atomic Structure: Electronic Configuration

8

Atomic Structure: Electronic Layers

9

Atomic Structure: Energy Sublevels

10

Atomic Structure: Linus Pauling Diagram

11

Atomic Structure: Periodic Table

12

Atomic Structure: Periodic Properties

13

Atomic Structure: Atomic Radius

14

Atomic Structure: Ionization Energy

15

Atomic Structure: Electronic Affinity

16

Atomic Structure: Electronegativity

17

Atomic Structure: Effective Nuclear Charge

18

Atomic Structure: Isotopes

19

Atomic Structure: Isobars

20

Atomic Structure: Isotones

21

Atomic Structure: Radioactivity

22

Atomic Structure: Half-life

23

Atomic Structure: Radioactive Decay

24

Atomic Structure: Nuclear reaction equations

25

Atomic Structure: Law of conservation of mass

26

Atomic Structure: Law of Conservation of Charge

27

Atomic Structure: Law of conservation of energy

28

Periodic Classification of Elements

29

Periodic Classification of Elements: History of Periodic Classification

30

Periodic Classification of Elements: Laws of Periodic Classification

31

Periodic Classification of Elements: Organization of elements in the periodic table

32

Periodic Classification of Elements: Periods and Groups

33

Periodic Classification of Elements: Periodic Properties

34

Periodic Classification of Elements: Electronegativity

35

Periodic Classification of Elements: Atomic Radius

36

Periodic Classification of Elements: Ionization Energy

37

Periodic Classification of Elements: Electronic Affinity

38

Periodic Classification of Elements: Electronegativity

39

Periodic Classification of Elements: Metals, non-metals and metalloids

40

Periodic Classification of Elements: Blocks s, p, d and f

41

Periodic Classification of Elements: Periodic Trends

42

Periodic Classification of Elements: Variation of properties along the table

43

Periodic Classification of Elements: Explanation of groups and characteristics of elements

44

Chemical Bonds

45

Chemical Bonds: Octet Theory

46

Chemical Bonds: Ionic bond

47

Chemical Bonds: Covalent bond

48

Chemical Bonds: Metal bond

49

Chemical Bonds: Polarity of Bonds

50

Chemical Bonds: Intermolecular Forces

51

Chemical Bonds: Van der Waals Forces

52

Chemical Bonds: Hydrogen Bonds

53

Chemical Reactions

54

Stoichiometry

55

Chemical Solutions

56

Thermochemistry

57

Chemical Kinetics

58

Chemical Equilibrium

59

Acids and Bases

60

Electrochemistry

61

Radioactivity

62

Organic Chemistry

63

Organic Functions

64

Isomerism

65

Organic Reactions

66

Polymers

67

Biochemistry

Course Description

Complete Chemistry Course for Exams

Welcome to the "Complete Chemistry Course for Exams," a comprehensive guide meticulously designed for students in the Basic studies category, specifically tailored for those delving into the field of Chemistry. Spanning 67 pages, this course aims to provide a robust understanding of essential chemistry concepts, ensuring you are well-prepared for your examinations.

Begin your journey with an in-depth "Introduction to Chemistry," which lays the foundation for more complex topics. This introductory segment gives students a broad overview of what to expect and sets the stage for a detailed exploration of Chemistry.

The section on "Atomic Structure" delves deep into the very core of chemical science. You'll explore "Atomic Models" and understand the roles of various "Subatomic Particles." Important concepts such as "Atomic Number," "Mass Number," and "Electronic Distribution" are thoroughly explained. This section also covers "Electronic Configuration" and "Electronic Layers," providing a detailed understanding of the arrangement of electrons. Navigate through the "Energy Sublevels" with the Linus Pauling Diagram and get familiar with the "Periodic Table" and its properties, such as "Atomic Radius," "Ionization Energy," "Electronic Affinity," and "Electronegativity." Furthermore, essential nuclear chemistry topics like "Isotopes," "Isobars," "Isotones," "Radioactivity," and "Nuclear Reactions" are explored, elucidating complex concepts in an intelligible manner.

The "Periodic Classification of Elements" segment encompasses everything from the historical context and laws of periodic classification to the organization of elements in the periodic table. Students will dissect "Periods and Groups," and understand "Periodic Properties" including "Electronegativity," "Atomic Radius," "Ionization Energy," and "Electronic Affinity." This section also distinguishes between "Metals, Non-metals, and Metalloids," and thoroughly explores the "Blocks s, p, d, and f" and periodic trends.

In "Chemical Bonds," fundamental bonding concepts are covered through the "Octet Theory," exploring different bond types such as "Ionic," "Covalent," and "Metal Bonds." Students will also learn about "Bond Polarity" and various "Intermolecular Forces" like "Van der Waals Forces" and "Hydrogen Bonds," which are pivotal in understanding molecular interactions.

As you progress, the section on "Chemical Reactions" will make complex reactions more accessible. "Stoichiometry" is presented systematically, clarifying the quantitative aspects of chemicals and their reactions.

Other critical areas include "Chemical Solutions," "Thermochemistry," and "Chemical Kinetics," each providing a foundational pillar for understanding chemical processes. The equilibrium in reactions is discussed in "Chemical Equilibrium," followed by in-depth explorations of "Acids and Bases," "Electrochemistry," and "Radioactivity."

The course also dives into "Organic Chemistry" detailing "Organic Functions" and "Isomerism," ensuring you grasp the basic and advanced principles of carbon compounds. "Organic Reactions" and "Polymers" are also covered, offering insight into their relevance and application.

Lastly, "Biochemistry" bridges the organic world with living organisms, rounding out the course by providing a thorough understanding of chemical processes in biological systems.

This "Complete Chemistry Course for Exams" is more than just a study guide; it's an extensive resource designed to equip you with the knowledge and skills necessary to excel in your chemistry exams. Dive in and discover the world of Chemistry like never before!

This free course includes:

3h37m free online audio course

67 content pages

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