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General Chemistry 1
McGill University
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Ian Sydney Butler, Pallavi Sirjoosingh

Ian Sydney Butler, Pallavi Sirjoosingh

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Class Notes

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CHEM 110 Lecture Notes - Lecture 1: Electromagnetic Spectrum, Diffraction

Wavelength ( x ) dispersion its speed changes , bendingits path ) interference no the cycle corresponding egtugna. gr of to crest. C small moved time i

CHEM 110 Lecture 1: General Chemistry - CHEM110 - Lecture 1 - Chapter 6 (2)

Particle behavior idealized object that absorbs all radiation on it g black body radiation light given off by a hot blackbody. Changes in intensity t w

CHEM 110 Lecture 1: Intro To Course

CHEM 110 Lecture 2: Intro to Course Continued

CHEM 110 Lecture 3: Introduction to New Topic

CHEM 110 Lecture 4: Uncertainty and Quantum Theory!

CHEM 110 Lecture Notes - Lecture 5: Forb

Stern - gerlach experiment a new 4th) quantum # electron - spin quantum # 21 direction or spin about its own axis. L to determine energy levell of orbi

CHEM 110 Lecture 5: General Chemistry - CHEM110 - Chapter 7 - Section 7.1 &7.2 (2)

CHEM 110 Lecture 5: Orbitals

CHEM 110 Lecture Notes - Lecture 6: Electronegativity

: electron affinity f a moi of e. Ea energy change that accompanies the addition or group :eab. Ea only for group overall: a but. 9 a period : irregula

CHEM 110 Lecture Notes - Lecture 6: Covalent Radius, Covalent Bond

9 atomic siz bar outer e are pal d closer to nucleus down a transition group : atomic size shield from core. T. tt generally electrons across a transit

CHEM 110 Lecture Notes - Lecture 6: Isoelectronicity

F! valence sub shells t next available sub she " has higher inert at s & p are. G similar e configuration general description : ns similar chemical

CHEM 110 Lecture 6: Behaviour of Electronic Configurations

CHEM 110 Lecture 7: Properties of Ions

CHEM 110 Lecture 8: Intermolecular Forces

CHEM 110 Lecture 9: All About Water

CHEM 110 Lecture 10: Midterm Review

CHEM 110 Lecture 11: Models of Chemical Bonding

CHEM 110 Lecture 12: Bond Energies and Lewis Structures

CHEM 110 Lecture 13: VSEPR Theory

CHEM 110 Lecture 14: Hybridization

CHEM 110 Lecture 15: MO Theory

CHEM 110 Lecture 16: MO Theory Continued

CHEM 110 Lecture 17: Midterm 2 Review Lecture

CHEM 110 Lecture 18: Midterm Review Lecture #2

CHEM 110 Lecture 19: Periodic Trends

CHEM 110 Lecture 20: Organic Molecules and Skeletal Structures

CHEM 110 Lecture 21: Organic Molecules

CHEM 110 Lecture 22: Hydrocarbons

CHEM 110 Lecture 23: Isomers

CHEM 110 Lecture 24: Organic Reactions