Chemistry by CrashCourse
Crash Course creates free, high-quality educational videos used by teachers and learners of all kinds. In 46 episodes, Hank Green will teach you chemistry!
Nucleophilic Substitution Mechanisms: Stereochemistry, Kinetics, and Structural Influences
Explore nucleophilic substitution mechanisms through stereochemistry, kinetics, and structural influences. Gain insights into experimental tools for determining reaction pathways in organic chemistry.
Kinetics-Reactor Design: Interactive Simulations
Interactive simulations demonstrating kinetic phenomena in chemical engineering, covering various reactor types, reaction conditions, and design considerations for enhanced understanding of complex concepts.
Kinetics-Reactor Design: Residence Time Distribution
Explore residence time distribution in reactor design, covering tracers, modeling non-ideal reactors, and segregated flow. Learn to analyze and optimize chemical engineering processes.
Kinetics - Reactor Design: Multiple Reactions
Explore advanced kinetics and reactor design concepts, including selectivity, equilibrium, and multiple reactions in various reactor types. Gain insights into parallel and series reactions for comprehensive understanding.
Kinetics-Reactor Design: Rate Data
Comprehensive screencasts on chemical kinetics and reactor design, covering rate analysis, regression techniques, and reactor sizing. Practical examples and software applications included for in-depth understanding.
Kinetics - Reactor Design: Kinetic Mechanisms
Explore kinetic mechanisms in chemical engineering, covering topics like polymerization, enzyme reactions, and catalysis. Learn to derive rate expressions and analyze diffusion effects.
Kinetics-Reactor Design - Non-Isothermal Reactors
Explore non-isothermal reactor design, covering activation energy, heat effects, adiabatic systems, heat exchange, and multiple steady-states through comprehensive screencasts with closed captioning.
Kinetics-Reactor Design: Isothermal Reactor Design
Comprehensive exploration of isothermal reactor design, covering various reactor types, mathematical methods, and practical applications in chemical engineering.
Physical Chemistry - Thermodynamics, Statics, and Kinetics
Comprehensive physical chemistry lectures covering thermodynamics, kinetics, and equilibrium. Explore gas laws, energy concepts, phase diagrams, reaction rates, and advanced topics in chemical systems.
AP Chemistry Multiple Choice Practice Problems
Comprehensive AP® Chemistry practice with 20 exam-style questions, covering key topics and test-taking strategies to help students excel and aim for a top score.
General Chemistry
Comprehensive introduction to chemistry covering atomic theory, chemical bonding, thermodynamics, kinetics, and more. Ideal for high school and college students seeking a solid foundation in chemical principles.
What's Next? Exploring the Future of Metamorphic Geology
Exploring metamorphic geology's future, covering history, current state, key questions, microstructures, chemical diffusion, disequilibrium, and kinetics in this insightful talk.
Понятие о взрыве взрывчатых веществах - Часть II
Изучите основы взрывов и взрывчатых веществ, углубляя знания о химических реакциях, энергетических процессах и практическом применении в различных отраслях.
Chemical Reaction Networks - Lecture 1
Explore stochastic chemical reaction networks, their examples, definitions, and the deficiency zero theorem in this comprehensive lecture on statistical physics of complex systems.
Load and Variability in Baseball Pitching - Research Review
Explore the impact of repetitive pitching on elbow load magnitude and variability, examining individual differences and their implications for injury prevention and performance optimization.
Kinetics of Radioactive Decay - General Physics
Explore radioactive decay kinetics, including exponential decay, decay rates, half-life, and decay constants. Solve practice problems to reinforce understanding of these fundamental concepts.
Kinetics and Thermodynamics for High Entropy Energy Materials
Explore the data-driven applications of high-entropy materials in batteries and electrocatalysts, focusing on oxides and alloys through advanced kinetic and thermodynamic analysis.