Hacking The Periodic Table 2 - Chemistry Of The Elements

What you'll learn
You will learn how to use concepts to understand applications
Understand how you can use your chemistry knowledge to think outside the box
Learn which liquid can flow up and out of your beaker
The basics and rules about oxidation states
See what a super acid looks like
Learn which element comes in many different colours
Find out which substance conducts heat better than any other
Learn which element you can "blow" out of the ground
See which solution can even dissolve gold
Requirements
A desire to think outside the box and towards material application
Basic nomenclature of chemistry (helpful but not required)
Description
You are a professional, a student, a teacher or just interested in general trends, reactions and applications of chemistry? Then this is the right course for you!In this course, we will cover various concepts, reactions and applications of chemistry which you might meet in your everyday life or use unknowingly come into contact with. Chemistry infuses our lives on so many levels that it is an essential but demanding task to understand it in depth.The concept of this course is not to only give textbook explanations to things, explain models. Instead it aims at using your knowledge to understand the bigger picture and apply the knowledge you gained.To provide an appealing curriculum we combined the three big pillars of chemistry which is scientific research, application in industry and you as a student. By this we want to give scientific explanations to industrially relevant topics and show you how often you might meet certain elements without realizing it.This curriculum of this course will cover the basics and concepts behind oxidation states. We will use this concept to understand the reactivity and behavior of certain elements. In the broader picture, we will connect the reactivity trends of elements with their Periodic Table Groups and help you gain and understanding for these patterns. We will have an in-depth look at the elements of main group 5 to 8 and their most interesting applications. Note that the focus does not lay on enumerating a multitude of examples but about teaching and understanding concepts!In this first part of the course we will cover the concept and rules of oxidation states and cover the main group elements of group 5 to 8.
Overview
Section 1: Welcome and Overview
Lecture 1 Introduction
Section 2: Oxidation Numbers
Lecture 2 Concept of Oxidation Numbers
Lecture 3 Rules to Determine Oxidation States
Lecture 4 Exercises
Section 3: Main Group V: Pnictogens
Lecture 5 Group 5 - Properties, Reactivity and Nitrogen
Lecture 6 Nitrogen - Hydrogen Compounds
Lecture 7 Nitrogen - Oxygen Compounds
Lecture 8 Nitrogen - Nitric and Nitrous Acid
Lecture 9 Phosphorous - Occurrence, properties and reactivity
Lecture 10 Phosphorous - Acids
Section 4: Main Group VI: Chalcogens
Lecture 11 Group 6 - Properties, Reactivity and Oxygen
Lecture 12 Oxygen - Isolation and Reactions of Oxygen-rich compounds
Lecture 13 Oxygen - Reactivity and Ozone
Lecture 14 Focus Lecture: The Ozone-Oxygen Cycle
Lecture 15 Sulfur - Occurrence, Extraction and Properties
Lecture 16 Sulfur - Hydrogen Sulfide and Sulfur Dioxide
Lecture 17 Sulfur - Sulfurous and Thiosulfuric Acid
Lecture 18 Sulfur - Sulfur Trioxide and Sulfuric Acid
Lecture 19 Selenium/Tellurium - The Laser Printing Process
Section 5: Main Group VII: Halogens
Lecture 20 Group 7 - Physical and Chemical Properties
Lecture 21 Fluorine - Occurrence and Industrial Synthesis
Lecture 22 Chlorine - Occurrence and a History of Industrial Production
Lecture 23 Chlorine - Chloralkali Process (Modern Industrial Synthesis)
Lecture 24 Bromine/Iodine - Synthesis
Lecture 25 Compounds with Hydrogen: The Hydrogen Halides
Lecture 26 The Oxygen Acids of Halogens
Lecture 27 Chlorine - Hypochlorous Acid
Lecture 28 Focus Lecture: Swimming Pool Chemistry
Lecture 29 Chlorine: Chloric and Perchloric Acid
Section 6: Main Group VIII: Noble Gases
Lecture 30 Group 8 - Group Properties
Lecture 31 Air Liquification - The Linde Process
Lecture 32 Noble Gases Physical Properties and Applications I
Lecture 33 Noble Gases Physical Properties and Applications II
Lecture 34 Xenon - Chemical Reactions
Section 7: Summary
Lecture 35 Summary
Anyone who is interested in basic concepts of chemistry,Anyone who wants to gain a broader understanding of trends and applied chemistry,Anyone who aims to review material chemistry knowledge of the first university years


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