Verified Documents at University of Alberta

Browse the full collection of course materials, past exams, study guides and class notes for CHEM101 - Introductory University Chemistry I at University of Alberta verified by our …
PROFESSORS
All Professors
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Rylan Lundgren
winter
31
Sai Yiu
fall
36
Hashem Taha
fall
1
Ran Zhao
fall
9

Verified Documents for Rylan Lundgren

Class Notes

Taken by our most diligent verified note takers in class covering the entire semester.
CHEM101 Lecture 4: January 14: The wave nature of light, atomic spectra, the particle nature of light, calculating the energy of light, the bohr model for the H atom
383
CHEM101 Lecture 5: Bohr model, ionization energy, wave mechanics
Chemistry 101 lecture 5- the bohr model, ionization energy and wave. The bohr model: ionization energy n=1 is the lowest possible energy state, it has
390
CHEM101 Lecture Notes - Lecture 6: Atomic Orbital, Azimuthal Quantum Number
Chemistry 101: lecture 6: quantum numbers, orbital shapes and energies. There is a set of four quantum numbers associated with each electron and they a
581
CHEM101 Lecture 7: January 21: Quantum Number review, d orbital shapes and energies, fourth quantum number, and multielecton atoms
They are the solution to the schr dinger equation and they tell us where electrons can be based on probability. The quantum numbers all together create
370
CHEM101 Lecture 8: January 23: effective charge, screening, orbitals, relative energy of orbitals, and electron configuration of the elements
January 23: effective charge, screening, orbitals, relative energy of orbitals, and electron configuration of the elements. When z (nuclear charge) is
4118
CHEM101 Lecture Notes - Lecture 9: Electron Configuration, Valence Electron, Transition Metal
January 25th: electron configurations of the elemets, of ions, of transition metals, predicting atomic electronic configurations of metals, preiodic tr
376
CHEM101 Lecture Notes - Lecture 10: Van Der Waals Radius, Ionic Radius, Periodic Trends
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CHEM101 Lecture 11: January 30: Ionization energy and reactivity, electronegativity, types of bonding, ionic vs covalent bonding, picturing covalent bond length, bond energy, and bond length.
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CHEM101 Lecture 12: February 1: Bond order, names and formulas for chemical compounds, naming acids
February 1: bond order, names and formulas for chemical compounds, naming acids. Bond order is the number of electron pairs shared within a covalent bo
396
CHEM101 Lecture 13: February 4: Introduction to Molecular Structure and Bonding, the Step-By-Step Approach to Writing Lewis Structures,
February 4: introduction to molecular structure and bonding, the step-by-step. Approach to writing lewis structures, the octet rule, breaking the octet
648
CHEM101 Lecture 14: February 6: Breaking the Octet Rule (continued), Formal Atom Charges, Resonance Structures, Electron Delocalization, Picking the Best Resonance Structures.
February 6: breaking the octet rule (continued), formal atom charges, Resonance structures, electron delocalization, picking the best resonance. The se
659
CHEM101 Lecture 15: February 8: Review, Lewis Dot Structures, Resonance Structures,Picking the Best Resonance Structures (continued), Molecular Shape and Structure (not on first midterm), Electron Group Arrangements and Molecular Shapes, VSEPR Guidelines
February 8: review, lewis dot structures, resonance structures,picking the best. Resonance structures (continued), molecular shape and structure (not o
463
CHEM101 Lecture 16: February 11: Electron Group Arrangements and Molecular Shapes: two electron groups,
February 11: electron group arrangements and molecular shapes: Two electron groups (two points in space), three electron groups (three points in space)
861
CHEM101 Lecture 18: February 15_ Electron Group Arrangements and Molecular Shapes_ Seven Electron groups (seven points in space), Bonding Pairs vs Lone Pairs, Summary of Common Molecular Shapes, Practice Examples, Molecular Polarity,
746
CHEM101 Lecture Notes - Lecture 23: Valence Bond Theory, Orbital Hybridisation, Atomic Orbital
Valence bond theory, sp hybridization, sp^2 hybridization, sp^3 hybridization. Valence bond theory: that electrons are located in orbitals, and they ar
343
CHEM101 Lecture Notes - Lecture 24: Valence Bond Theory, Pi Bond, Electron Configuration
536
CHEM101 Lecture Notes - Lecture 26: Molecular Orbital Theory, Molecular Geometry, Vsepr Theory
March 6: molecular orbital (mo) theory, the h molecular orbital diagram, homonuclear. Diatomic molecules, constructing molecular orbitals, and homonucl
840
CHEM101 Lecture Notes - Lecture 27: Molecular Orbital Diagram, Sigma Bond, Pi Bond
March 8: n and o , mos for homonuclear diatomics, heteronuclear diatomic molecules, The energy in the pi bonds is lower than the energy for the sigma b
441
CHEM101 Lecture Notes - Lecture 28: Antibonding Molecular Orbital, Bond Order, Atomic Orbital
346
CHEM101 Lecture Notes - Lecture 30: Conjugate Acid, Lewis Structure, Electronegativity
March 15: oxyacids, facts about acid strength, oxides. When looking at chloride oxyacids from strongest to weakest they"d be hclo , hclo , They"re ka v
343
CHEM101 Lecture Notes - Lecture 31: Electronegativity, Zirconium, Ion
March 18: hydrides, periodic trends of hydrides, review. These are typically groups 1 or 2 and they are not very electronegative. Ionic hydrides are ma
331
CHEM101 Lecture Notes - Lecture 32: Kinetic Theory Of Gases, Ideal Gas Law, Molar Mass
March 20: gases and kinetic molecular theory, measuring quantities of gases, ideal gas. There are five unique behaviours of gases that are different to
342
CHEM101 Lecture Notes - Lecture 33: Kinetic Theory Of Gases, Ideal Gas Law, Partial Pressure
March 22: gas mixtures: dalton"s law, dalton"s law of partial pressures, kinetic. The molecular properties of gases are 1) that molecules are negligibl
347
CHEM101 Lecture Notes - Lecture 34: Molar Mass, Kinetic Energy, Gas Constant
March 25: distributions of speeds, distributions of speeds and energy, effect of. Temperature and mass, calculation for the ratio of speeds, real gases
266
CHEM101 Lecture Notes - Lecture 35: Ideal Gas Law
360
CHEM101 Lecture Notes - Lecture 36: Mean Free Path, Effusion, Intermolecular Force
366
CHEM101 Lecture Notes - Lecture 37: Ionic Radius, Ionic Bonding, Hydrogen Bond
April 1: determining intermolecular forces: overview (continued), estimating ionic. Interactions, ion - dipole attraction, dipole-dipole attractions, h
356
CHEM101 Lecture Notes - Lecture 38: Dimethyl Ether, Hydrogen Bond, Intermolecular Force
356
CHEM101 Lecture Notes - Lecture 39: Intermolecular Force, Identical Particles, Cubic Crystal System
April 5: properties of solids, crystal structure, unit cells, cubic lattice, unit cells and. The molecules within a solid have minimal motion, the move
289
CHEM101 Lecture Notes - Lecture 40: Cubic Crystal System, Atomic Radius, Ductility
271
CHEM101 Lecture 41: April 10_ From Last Lecture_ The density of Al, Conductors, Semiconductors, and Insulators, Semiconductors & Example Si Semiconductor
April 10: from last lecture: the density of al, conductors, semiconductors, and. Al volume of the cell = 6. 631 x 10^-26 m^3. Molar mass of al = 4 atom
269