Master General Chemistry Ii

Master General Chemistry II at your University!

What you'll learn

Work through short video lessons to master all the material you'll need to know in gen-chem II

Solidify your knowledge of each concept with embedded quizzes

Combine your knowledge from the entire course with two embedded practice exams

Track your progress and re-visit sections to master the material

Requirements

Completed first semester of General Chemistry at the college level. I recommend you take this course with something to write on so you can follow along with the problems! (No software or additional materials required)

Description

This course is designed for anyone preparing to take the second semester of general chemistry at their college or university!I'm currently a medical student who was once in your shoes during my undergraduate journey. I understand how frustrating chemistry can be—especially if it doesn’t click right away. On top of that, the grade you earn in general chemistry is crucial. For this reason, I’ve invested hundreds of hours into creating this course to ensure that, after completing it, you’ll be sure to ace gen-chem II this semester !!Over the past five years, I’ve worked with over 1,000 chemistry students, dedicating countless hours to teaching and mentoring. My goal, both in teaching and in creating this course, was to present the material in a way that even someone with no chemistry background could understand. I’ve made sure to emphasize the concepts and problems that tend to confuse students the most, so you won’t get tripped up this semester!This course is built on two core principles:1. Chemistry should be learned in small piecesI’ve structured the course into 13 learning modules that break down the most important general chemistry concepts into smaller, more manageable parts. I’ve also focused on highlighting small details that will help you gain a deep understanding of the material. The modules include:Intermolecular forcesHeating curvesVapor pressureColligative propertiesReaction ratesReaction mechanismsEquilibriumAcids and basesBuffersSolubilityEntropy and Gibbs free energyRedox reactionsElectrochemistry2. Practice makes perfectAfter each lecture, you’ll answer embedded practice questions to ensure you’ve grasped the main concepts from the video. These questions aren’t designed for memorization of specific reactions. Instead, they encourage you to think critically about what you’ve just learned. Many of the questions involve hypothetical reactions, like A → B, to test your conceptual understanding.Additionally, there are two practice exams covering material from the entire course. These exams are timed and designed to help you practice applying multiple concepts to solve the more complex problems you’ll encounter in General Chemistry II.If you master the material and successfully answer the associated practice questions, I can confidently guarantee your success in General Chemistry II this semester!

Overview

Section 1: Intermolecular Forces

Lecture 1 Intramolecular and Intermolecular Forces

Lecture 2 ion-ion

Lecture 3 Dipole-Dipole

Lecture 4 Hydrogen Bonding

Lecture 5 London Dispersion Forces

Lecture 6 Ranking IMF's

Section 2: Heating Curves

Lecture 7 Heating Curves Intro

Lecture 8 "Heating up" vs "phase changes"

Lecture 9 Heating Curve Formulas

Lecture 10 Heating Curve Example

Section 3: Equilibrium Vapor Pressure

Lecture 11 Evaporation and Condensation

Lecture 12 Equilibrium Vapor Pressure

Lecture 13 IMF's and Equilibrium Vapor Pressure

Lecture 14 Evaporation vs Boiling

Section 4: Colligative Properties

Lecture 15 Solvent and Solute

Lecture 16 Mole Fractions

Lecture 17 Colligative molality

Lecture 18 Vapor Pressure Lowering

Lecture 19 Boiling Point Elevation

Lecture 20 Solving for Boiling Point Elevation

Lecture 21 Freezing Point Depression

Section 5: Reaction Rates

Lecture 22 Rates

Lecture 23 Rate of Reaction = rate of change of reactants and products

Lecture 24 Rate Laws

Lecture 25 Order of Reaction

Lecture 26 Half life

Section 6: Reaction Mechanisms

Lecture 27 Reactions with multiple steps

Lecture 28 Rate Determining Step

Lecture 29 Intermediates

Lecture 30 Activation Energy

Lecture 31 Catalyst

Lecture 32 Arrhenius Equation

Section 7: Equilibrium

Lecture 33 Equilibrium

Lecture 34 Writing Equilibrium Expressions

Lecture 35 K continued

Lecture 36 Q Expressions

Lecture 37 Q vs. K

Lecture 38 Le Chatelier's Principle

Lecture 39 ICE tables

Section 8: Acids and Bases

Lecture 40 Identifying Acids and Bases

Lecture 41 Strong acids vs weak acids

Lecture 42 Strong bases vs weak bases

Lecture 43 Conjugate acids and bases

Lecture 44 Ka

Lecture 45 Kb

Lecture 46 Kw

Lecture 47 Ka,Kb,Kw

Lecture 48 pH, pOH, pKa, pKb, pKw

Lecture 49 Solving Acid/Base problems using ICE tables

Section 9: Buffers

Lecture 50 What is a buffer?

Lecture 51 Conditions for a Buffer

Lecture 52 Identifying Buffers Practice

Lecture 53 Creating a Buffer using Titrations

Lecture 54 Identifying Buffers Practice 2

Lecture 55 Calculating pH with a titration curve

Section 10: Solubility

Lecture 56 Solubility

Lecture 57 Ksp

Lecture 58 Qsp

Lecture 59 Qsp vs Ksp

Lecture 60 Solving Solubility problems

Section 11: Entropy, Gibbs Free Energy, Spontaneity

Lecture 61 Entropy of System

Lecture 62 Entropy of Surroundings

Lecture 63 Spontaneity

Lecture 64 Entropy of Universe

Lecture 65 Gibbs Free Energy (ΔG)

Lecture 66 ΔG relation to (Q vs K)

Lecture 67 Solving for ΔG

Section 12: Oxidation & Reduction

Lecture 68 Oxidation States

Lecture 69 Oxidation State practice

Lecture 70 Assigning Oxidation States in Lewis Structures

Lecture 71 Oxidation and Reduction Reactions

Lecture 72 Oxidizing Agent and Reducing Agent

Section 13: Electrochemistry

Lecture 73 Electrochemical cells

Lecture 74 E Cell

Lecture 75 Spontaneity in Electrochemistry

Lecture 76 Nernst Equation

Any student wishing to receive the highest grade possible in their general chemistry course!