Hacking the Periodic Table – Chemistry of the Elements

Hacking the Periodic Table – Chemistry of the Elements, available at $59.99, has an average rating of 4.94, with 62 lectures, based on 8 reviews, and has 1221 subscribers.

You will learn about You will learn how to use concepts to understand applications Understand how you can use your chemistry knowledge to think outside the box Know how our description of atoms evolved from an atomic pudding to quantum mechanical models in just 29 years Understand how electrons like to arranged themselves around the atomic nucleus Know which state of matter is the rarest Know which elements like to take on or give up an electron to be more stable Learn why hydrogen is an important educt in chemical industry Understand why hydrogen can “hide” in metals and how this property can be used Study when asymmetry can be helpful to (dis)solve things Learn what industry can make with you table salt Understand how lithium can help you to store energy Know which industry is responsible for 8% of the global CO2 emissions and why Learn why people measure the hardness of water Grasp how a very reactive element can be used for cooking Learn why silicon likes to form networks and is very creative with it This course is ideal for individuals who are Anyone who is interested in basic concepts of chemistry or Anyone who wants to gain a broader understanding of trends and applied chemistry or Anyone who aims to review material chemistry knowledge of the first university years It is particularly useful for Anyone who is interested in basic concepts of chemistry or Anyone who wants to gain a broader understanding of trends and applied chemistry or Anyone who aims to review material chemistry knowledge of the first university years.

Enroll now: Hacking the Periodic Table – Chemistry of the Elements

Summary

Title: Hacking the Periodic Table – Chemistry of the Elements

Price: $59.99

Average Rating: 4.94

Number of Lectures: 62

Number of Published Lectures: 62

Number of Curriculum Items: 62

Number of Published Curriculum Objects: 62

Original Price: €24.99

Quality Status: approved

Status: Live

What You Will Learn

You will learn how to use concepts to understand applications
Understand how you can use your chemistry knowledge to think outside the box
Know how our description of atoms evolved from an atomic pudding to quantum mechanical models in just 29 years
Understand how electrons like to arranged themselves around the atomic nucleus
Know which state of matter is the rarest
Know which elements like to take on or give up an electron to be more stable
Learn why hydrogen is an important educt in chemical industry
Understand why hydrogen can “hide” in metals and how this property can be used
Study when asymmetry can be helpful to (dis)solve things
Learn what industry can make with you table salt
Understand how lithium can help you to store energy
Know which industry is responsible for 8% of the global CO2 emissions and why
Learn why people measure the hardness of water
Grasp how a very reactive element can be used for cooking
Learn why silicon likes to form networks and is very creative with it

Who Should Attend

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

Target Audiences

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

You are a professional, a student, a teacheror just interestedin general trends, reactions and applications of chemistry? Then this is the right course for you!

The concept of this course is not to only give textbook explanationsto 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 industryand 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.

The curriculum of this course will cover the following topics:

– – – – – – – – PART 1 – – – – – – – –

This curriculum of this course will cover atomic concepts as a foundation to gain an understanding for the reactivityand behaviorof elements as well as trendsof the periodic table. Subsequently, we will have an in-depth look at the elements of main group 1 to 8 and their most interesting applications.

Introduction:The atomic model, orbitals and energy schemes
Introduction:Trends of the periodic table
Main Group I: Alkali metals (Focus lectures: Hydrogen and Lithium)
Main Group II: Earth-alkali metals (Focus lecture: Cement, Gypsum and hardness of water)
Main Group III: Boron group
Main Group IV: Carbon group

– – – – – – – – PART 2 – – – – – – – –

In this first part of the course we will cover the basics of the atom concept and cover the main group elements of group 1 to 4. In the second 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.

Introduction:Oxidation Numbers
Main Group V: Pnictogens
Main Group VI: Chalcogens (Focus lecture: Ozone-Oxygen cycle)
Main Group VII: Halogens (Focus lecture: Swimming pool chemistry)
Main Group VIII: Noble gases

Course Curriculum

Chapter 1: Welcome and Overview Part 1

Lecture 1: Introduction Part 1

Chapter 2: Introduction

Lecture 1: The Atom Model

Lecture 2: Orbitals and Energy Schemes I

Lecture 3: Orbitals and Energy Schemes II

Lecture 4: Orbitals and Energy Schemes III

Chapter 3: Trends of the Periodic Table

Lecture 1: Trends of the Periodic Table I

Lecture 2: Trends of the Periodic Table II

Chapter 4: Main Group I: Alkali metals

Lecture 1: Hydrogen I – Properties and Production

Lecture 2: Hydrogen II – Economic Relevance and Reactions

Lecture 3: Focus: Fuel Cell – Century-old Reactions for Energy Storage I

Lecture 4: Hydrogen III – Isotopes

Lecture 5: Group 1 – Properties and Reactions

Lecture 6: Group 1 – Production and the Chemical Cycle

Lecture 7: Focus Lecture: Lithium – Application in Batteries

Chapter 5: Main Group II: Earth-alkali metals

Lecture 1: Group 2 – Properties, Reactions and Synthesis

Lecture 2: Focus Lecture: Cement, Gypsum & Hardness of Water

Chapter 6: Main Group III: Boron group

Lecture 1: Group 3 – Properties and Reactivity

Lecture 2: Boron – Reactions and Synthesis

Lecture 3: Aluminium I – Properties and Chemistry

Lecture 4: Aluminium II – Technical Production

Chapter 7: Main Group IV: Carbon group

Lecture 1: Group 4 – Properties and Occurrence

Lecture 2: Carbon I – Modifications and Reactions

Lecture 3: Carbon II – The Interplay between the Oxides

Lecture 4: Silicon I – Synthesis and Properties

Lecture 5: Silicon II – Reactions and Chemistry

Lecture 6: Silicon III – One Element in many Forms (Silicates)

Chapter 8: Summary Part 1

Lecture 1: Summary

Chapter 9: Welcome and Overview Part 2

Lecture 1: Introduction Part 2

Chapter 10: Oxidation Numbers

Lecture 1: Concept of Oxidation Numbers

Lecture 2: Rules to Determine Oxidation States

Lecture 3: Exercises

Chapter 11: Main Group V: Pnictogens

Lecture 1: Group 5 – Properties, Reactivity and Nitrogen

Lecture 2: Nitrogen – Hydrogen Compounds

Lecture 3: Nitrogen – Oxygen Compounds

Lecture 4: Nitrogen – Nitric and Nitrous Acid

Lecture 5: Phosphorous – Occurrence, properties and reactivity

Lecture 6: Phosphorous – Acids

Chapter 12: Main Group VI: Chalcogens

Lecture 1: Group 6 – Properties, Reactivity and Oxygen

Lecture 2: Oxygen – Isolation and Reactions of Oxygen-rich compounds

Lecture 3: Oxygen – Reactivity and Ozone

Lecture 4: Focus Lecture: The Ozone-Oxygen Cycle

Lecture 5: Sulfur – Occurrence, Extraction and Properties

Lecture 6: Sulfur – Hydrogen Sulfide and Sulfur Dioxide

Lecture 7: Sulfur – Sulfurous and Thiosulfuric Acid

Lecture 8: Sulfur – Sulfur Trioxide and Sulfuric Acid

Lecture 9: Selenium/Tellurium – The Laser Printing Process

Chapter 13: Main Group VII: Halogens

Lecture 1: Group 7 – Physical and Chemical Properties

Lecture 2: Fluorine – Occurrence and Industrial Synthesis

Lecture 3: Chlorine – Occurrence and a History of Industrial Production

Lecture 4: Chlorine – Chloralkali Process (Modern Industrial Synthesis)

Lecture 5: Bromine/Iodine – Synthesis

Lecture 6: Compounds with Hydrogen: The Hydrogen Halides

Lecture 7: The Oxygen Acids of Halogens

Lecture 8: Chlorine – Hypochlorous Acid

Lecture 9: Focus Lecture: Swimming Pool Chemistry

Lecture 10: Chlorine: Chloric and Perchloric Acid

Chapter 14: Main Group VIII: Noble Gases

Lecture 1: Group 8 – Group Properties

Lecture 2: Air Liquification – The Linde Process

Lecture 3: Noble Gases Physical Properties and Applications I

Lecture 4: Noble Gases Physical Properties and Applications II

Lecture 5: Xenon – Chemical Reactions

Chapter 15: Summary Part 2

Lecture 1: Summary Part 2

Instructors

Sebastian Weiss
Connecting Science, Industry and Students

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