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Rubeo Science: North Salem
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AP Chemistry
Summer Assignment & Introduction to AP Chemistry
Unit 1: Atomic Structure & Properties
Unit 2: Chemical Reactions and Stoichiometry
Unit 3: Molecular and Ionic Compound Structure and Properties
Unit 4: Intermolecular Forces and Properties
Unit 5: Thermodynamics
Unit 6: Kinetics
Unit 7: Equilibrium
Unit 8: Acids, Bases, and Salts
Unit 9: Applied Thermodynamics and Electrochemistry
Applied Physical Science
Unit 1: Ozobots
Unit 2: DC Circuits
Unit 3: Lil Bits
Unit 4: Catapult
Unit 5: Car Crashes
Unit 6: Airplanes
Unit 7: Forces and Bridge Building
Unit 8: Paper Roller Coasters
Unit 9: Rube Goldberg Machines
Unit 10: Solar Energy
Unit 11: Renewable Energy
High School Chemistry
Unit 1: Introduction to Chemistry
Unit 2: Matter and Energy
Unit 3: Atomic Structure
Unit 4/5: Electron Configuration and the Periodic Table
Famous Scientist Project
Unit 6/7: Chemical Bonding and Naming Compounds
Unit 8: Chemical Reactions
Unit 9: Moles and Stoichiometry
Unit 10: Gases
Unit 11: Solutions
Unit 12: Nuclear Chemistry
Honors Chemistry
Unit 1: Measurement
Unit 2: Matter and Energy
Unit 3: Atomic Structure
Units 4/5: Electrons and the Periodic Table
Unit 6: Bonding, Naming, and Intermolecular Forces
Unit 7: Organic Chemistry
Unit 8: Chemical Reactions
Unit 9: Moles and Stoichiometry
Unit 10: Gases
Unit 11: Solids and Liquids
Unit 12: Solutions
Unit 13: Kinetics, Thermodynamics, and Equilibrium
Unit 14: Acid Base Chemistry
Unit 15: Redox and Electrochemistry
Unit 16: Nuclear Chemistry
Final Exam Review Material
Science Research
Introduction Class
Intermediate/Advanced Class
Basic Statistics Resources
Rubeo Science: North Salem
Unit 6: Kinetics
Class Schedule:
Unit 6 Daily Breakdown
Class Notes:
Chapter 14 - B & L Textbook
PWISTA Notes - Chemical Kinetics
Lab / POGIL Activities:
POGIL - Rates of Reactions
POGIL - Method of Initial Rates
Beer's Law Review (if time)
Food Coloring Kinetics
Helpful Video Links by Content:
The Rate of Reaction
Introduction to the Differential Rate Law
Differential Rate Law Overview
Determining the Units for k
Reaction Mechanisms
Rate Constant
Elementary Reactions
Reaction Intermediates
Reaction Mechanisms Introduction
Determining Rate Law from Proposed Reaction Mechanism
Differential and Integrated Rate Laws
Overview
Integrated Rate Law Examples
(practice problems start at 17:20)
Method of Initial Rates Example
Catalysts
General Information
Types of Catalysts
Activation Energy
Collision Theory and Maxwell Boltzmann-Distributions
Reaction Pathway and the Arrhenius Equation
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