Baylor Tutoring Center
Tutoring Website Video
2:36
Baylor Tutoring Center
Kinematics
5:24
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Calorimetry
3:19
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Conservation of Momentum
4:35
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Continuity Equations
2:10
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Elastic Collisions
7:14
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First Law of Thermodynamics
4:22
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Fluids and Pressure
4:31
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Friction
7:36
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Heat Engine
5:49
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Heat Pump
3:56
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Horizontal and Vertical Circular Motion
7:13
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Ideal Gas Law
4:45
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Kinetic and Potential Energy
6:16
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Kinetic Theory
4:28
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Pascal's Principle
5:41
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Relative Velocity
7:28
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Projectile Motion
8:55
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Rotational Kinematics
7:14
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Second Law of Thermodynamics
2:56
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Simple Harmonic Oscillators
4:16
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Sinusoidal Harmonic Oscillators
3:39
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Thermal Expansion
6:46
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Weight and Normal Force
5:07
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Cancer Genetics (Part 3)
6:33
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Cancer Genetics Part 2
3:12
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Gene Regulation at the Chromatin Level
5:41
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Cancer Genetics Part 1
3:59
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Partial Diploid Mutations & Regulatory Elements
8:32
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Trp Operon & Attenuation
5:46
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Lac Operon & Catabolite Repression
4:12
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Intro to the Operon
7:21
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Translation Elongation & Termination
6:22
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Translation: Eukaryotic vs. Prokaryotic & Initiation
5:26
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tRNA Charging
4:03
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Codons & Wobble
7:17
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Peptide Bond Formation
3:36
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Protein Structure + Function
4:28
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Pre-mRNA Processing
9:23
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Eukaryotic Transcription
5:16
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Prokaryotic Trancription
7:32
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Intro to Transcription
7:00
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Pertinent Types of RNA
10:46
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The End of Replication Problem: Telomeres and Telomerase
4:49
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The Replication Bubble
4:06
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Steps of DNA Replication
4:42
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Meselson Stahl Experiment
5:51
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DNA Structure and Function
4:00
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Watson, Crick, and Franklin: Base Pairing
5:06
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Major Experiments in the Discovery of Molecular Heritability
4:39
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Discovery of the Transforming Principle: DNA
4:38
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Biochemistry of Primary Structure
4:56
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Basics of DNA Replication and Models
4:32
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Practice Problems Over Molecular Heritability
5:15
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Halogenation of Alkynes
3:59
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Radical Halogenation
4:10
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Common Patterns of Radical Mechanisms
6:40
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Introduction to Radicals and Stability of Radicals
5:22
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Ozonolysis of Alkynes
1:51
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Alkylation of Terminal Alkynes
4:08
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Hydration Reactions in Alkynes
7:40
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Substitution v Elimination
6:35
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Nucleophilicity v Basicity
6:09
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Drawing the Complete E1 Mechanism
6:34
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Introduction to the E2 Mechanism
4:24
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E2 - Regioselectivity
5:16
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E2 - Stereoselectivity and Stereospecificity
7:36
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Drawing the Complete E2 Mechanism
3:29
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Introduction to the E1 Mechanism
3:11
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E1- Regioselectivity and Stereoselectivity
2:39
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Alkene Introduction and Nomenclature
5:48
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Stereoisomerism in Alkenes and Bredt’s Rule
8:54
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Alkene Stability
3:12
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Overview of Elimination Reactions
3:05
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Autooxidation
2:13
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Introduction to Alcohols and Nomenclature
6:14
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Radical Addition of HBr
3:26
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Reactions of Alcohols- Substitution
5:39
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Reactions of Alcohols- Elimination
3:20
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Preparation of Alcohols via Grignard’s Reagent
9:40
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Acidity of Alcohols
4:34
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Preparation of Alcohols via Substitution and Addition
4:21
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Preparation of Alcohols via Reduction
7:42
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Reactions of Alcohols- Oxidation
5:34
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Oxidation States
8:07
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SN1 vs SN2 Reactions
6:54
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SN2 Reaction
12:09
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SN1 Reaction
14:11
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Substitution Reaction Overview
6:17
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Mechanism Steps and Arrow Pushing
14:44
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Enantiomers
5:01
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Isomers Overview
7:21
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How to Draw a Cyclohexane Chair
2:59
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Nomenclature of Bicyclic Compounds
9:10
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Newman Projections
7:40
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Bronsted Lowry Acids and Bases and Electron Flow
9:29
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Equilibrium of Acid-Base Reactions
6:57
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Determining Acidity Using Qualitative Perspective- ARIO
13:17
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Determining Acidity Using Quantitative Perspective- pKa values
6:09
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Identifying Resonance via Pattern Recognition
8:32