Poslechněte si podcast Chemistry Made Simple

What Changes With the Atomic Model When We Introduce Basic Quantum Mechanics?	Chemistry Made Simple	06:17
Experiment Using a Polarimeter to Measure Optical Activity - Including a Novel Analogy	Chemistry Made Simple	05:59
What are Optical Isomerism, Chirality, Enantiomers and Plane-Polarized Light	Chemistry Made Simple	06:58
How to Use and Understand 'Curly Arrows' in Reaction Mechanisms	Chemistry Made Simple	05:11
What are Reaction Mechanisms, Electrophiles and Nucleophiles	Chemistry Made Simple	04:46
Determining the Rate Equation for a Chemical Reaction	Chemistry Made Simple	09:03
What is the Rate Constant, and How to Use it.	Chemistry Made Simple	07:37
What is the rate of reaction, and how can you find it experimentally?	Chemistry Made Simple	05:45
How To Predict Whether a Reaction Can Proceed, and at what Temperature - Gibbs Free Energy Change	Chemistry Made Simple	09:10
What is Entropy in Chemistry?	Chemistry Made Simple	05:40
Why I started This Podcast	Chemistry Made Simple	04:58
How to Create and Use a Born-Haber Cycle	Chemistry Made Simple	13:54
What Are Mean Bond Enthalpies?	Chemistry Made Simple	02:28
Standard Enthalpy of Solution ΔHsol	Chemistry Made Simple	02:18
Standard Enthalpy of Hydration ΔHhyd	Chemistry Made Simple	02:17
Lattice Enthalpy of Formation ΔHL	Chemistry Made Simple	03:43
Electron Affinity ΔHea	Chemistry Made Simple	02:37
Ionization Energy ΔHie	Chemistry Made Simple	03:57
Standard Enthalpy of Atomization ΔHat	Chemistry Made Simple	03:02
Standard Enthalpy of Combustion ΔHc	Chemistry Made Simple	02:51
Standard Enthalpy of Formation ΔHf	Chemistry Made Simple	04:23
What is a Catalyst in Chemistry?	Chemistry Made Simple	06:12
How to Compare Maxwell-Boltzmann Distributions at Different Temperatures	Chemistry Made Simple	07:04
What is Collision Theory and How Does it Affect the Rate of Chemical Reactions?	Chemistry Made Simple	06:15
What is Mean Bond Enthalpy and How Do I Use It?	Chemistry Made Simple	06:19
How to use Enthalpy of Formation and Enthalpy of Combustion to Calculate Enthalpy of Reaction - Hess's Law	Chemistry Made Simple	07:27
How to Calculate Enthalpy Changes for Combustion and Neutralisation	Chemistry Made Simple	11:56
What is Enthalpy and Enthalpy Change?	Chemistry Made Simple	04:03
What is Thermochemistry and Chemical Energetics? An Introduction to Thermochemistry	Chemistry Made Simple	06:50
Using Mass Spectroscopy to Catch Cheating Athletes	Chemistry Made Simple	07:45
How to Use the Data Sheet with Infra Red Spectra	Chemistry Made Simple	08:26
Simple Test Tube Reactions to Identify Organic Compond	Chemistry Made Simple	07:59
The Reactions of Alcohols and How to Get What You Want from Alcohols.	Chemistry Made Simple	08:14
What are Alcohols and What are Their Key Features? Primary, Secondary and Tertiary Alcohols.	Chemistry Made Simple	08:57
Elimination vs Nucleophilic Substitution in Halogenoalkanes	Chemistry Made Simple	05:49
Nucleophiles and Nucleophilic Substitution of Halogenoalkanes	Chemistry Made Simple	08:43
What are Halogenoalkanes (and Haloalkanes)? What are Their Properties and Reactivity?	Chemistry Made Simple	07:23
Addition Polymers - How Polyethene is Made	Chemistry Made Simple	07:53
What is Electrophilic Addition? \| Reactions of Alkenes	Chemistry Made Simple	11:50
Alkene Functional Group and General Formula - Alkenes vs Alkanes	Chemistry Made Simple	05:47

What Changes With the Atomic Model When We Introduce Basic Quantum Mechanics?

Chemistry Made Simple

06:17

Experiment Using a Polarimeter to Measure Optical Activity - Including a Novel Analogy

Chemistry Made Simple

05:59

What are Optical Isomerism, Chirality, Enantiomers and Plane-Polarized Light

Chemistry Made Simple

06:58

How to Use and Understand 'Curly Arrows' in Reaction Mechanisms

Chemistry Made Simple

05:11