08:04

Resting Membrane Potential

03:45

Peripheral Nervous System

05:57

Essential Amino Acids

01:36

General Biology Intro

02:22

Intro to A&P

01:59

Intro to Organic Chemistry

05:47

Understanding molecular orbital theory​

01:54

Intro to General Chemistry

01:14

Channels, in Pearson+ | Formerly Clutch Prep

00:27

Welcome to Channels, in Pearson+ | Formerly ClutchPrep

05:17

Insulin Signaling as a Growth Factor

05:48

Calculating Molar Mass

03:25

Empirical Formula Calculations Explained in 3 Minutes

04:13

Enthalpy in Thermodynamics

03:39

Ideal Gas Law Simplified

03:53

How To Draw Lewis Dot Structures

11:05

Nernst Equation Electrochemistry Simplified

04:54

Oxidation Number Calculation

04:01

Oxidation Reduction (Redox) Reactions Explained

02:50

Freezing Point Depression Explained

04:50

VSEPR Theory In Under 5 Minutes

02:47

An Introduction To Significant Figures

04:15

Functional Groups in Under 5 Minutes - Organic Chemistry

01:50

Carbenes and Cyclopropation

25:18

Intro to Motion (Kinematics): Acceleration and Motion Equations

03:13

2D Push/Pull

05:48

2D Push/Pull with Friction: Example 1

11:49

Projectile Motion: Negative Launch

03:14

Intro to Force Problems (Dynamics)

05:04

Vertical Forces & Acceleration

06:23

Projectile Motion: Horizontal Launch

10:28

Intro to Motion Kinematics: Average Velocity Problems

04:38

Calculating Radical Yields: Example 1

04:33

Calculating Radical Yields

06:51

Oxidation Mechanisms

06:33

Acid Catalyzed Hydration

10:14

The SN1 Mechanism

07:46

Comparing Acidity with pKas

05:26

Electronegativity and Dipoles: Types of Bonds Example 3

02:35

Electronegativity and Dipoles: Types of Bonds Example 4

01:50

Electronegativity and Dipoles: Types of Bonds Example 1

01:28

Electronegativity and Dipoles: Types of Bonds Example 2

06:24

SNAr Mechanism: The Meisenheimer Complex

03:31

SNAr Mechanism: Example 1

06:15

Side Chain Halogenation

06:28

Cyclohexane: Calculating Flip Energy

06:01

Strong Oxidative Cleavage

01:17

Aromaticity of Heterocycles

01:15

Aromaticity of Annulenes: Example 2

01:16

Aromaticity of Annulenes: Example 1

00:40

Aromaticity of Hydrocarbons: Example 1

08:07

1H NMR: Spin Splitting - Common Spltiting Patterns

03:22

Reactions of Thiols

00:58

Oxidation of Sulfides

04:40

Sharpless Epoxidation: C=1

01:38

Sharpless Epoxidation: C-2

03:02

Alcohol Protecting Groups

04:34

The Mechanism of Alcohol Condensation

07:21

Leaving Group Conversions: Using HX Acids

07:19

Leaving Group Conversions: Using SOCl2 or PBr3