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All Educational Materials for CHEM 1B at University of California - Irvine (UC-IRVINE)

UC-IRVINECHEM 1BSergey NizkorodovWinter

[CHEM 1B] - Final Exam Guide - Everything you need to know! (34 pages long)

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UC-IRVINECHEM 1BSmithWinter

CHEM 1B- Final Exam Guide - Comprehensive Notes for the exam ( 95 pages long!)

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UC-IRVINECHEM 1BCraig MurrayWinter

[CHEM 1B] - Final Exam Guide - Ultimate 81 pages long Study Guide!

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UC-IRVINECHEM 1BCraig MurrayWinter

[CHEM 1B] - Final Exam Guide - Comprehensive Notes for the exam (42 pages long!)

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UC-IRVINECHEM 1BPeter SmithWinter

[CHEM 1B] - Final Exam Guide - Ultimate 100 pages long Study Guide!

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UC-IRVINECHEM 1BPeter SmithWinter

CHEM 1B- Final Exam Guide - Comprehensive Notes for the exam ( 55 pages long!)

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Elements that exist as gases at 25 c and 1 atm: H2, n2, o2, f2, cl2, he, ne, ar, kr, xe, rn. Compounds that exist as gases at 25 c and 1 atm: Co, co2,
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UC-IRVINECHEM 1BRamesh D.ArasasinghamWinter

CHEM 1B- Final Exam Guide - Comprehensive Notes for the exam ( 70 pages long!)

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UC-IRVINECHEM 1BCraig MurrayWinter

[CHEM 1B] - Midterm Exam Guide - Ultimate 34 pages long Study Guide!

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UC-IRVINECHEM 1BPeter SmithWinter

[CHEM 1B] - Midterm Exam Guide - Everything you need to know! (39 pages long)

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UC-IRVINECHEM 1BPeter SmithWinter

[CHEM 1B] - Midterm Exam Guide - Everything you need to know! (47 pages long)

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UC-IRVINECHEM 1AAllWinter

Final Exam

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UC-IRVINECHEM 1AAllFall

Final Exam

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UC-IRVINECHEM 1AAllFall

Midterm 1 Form c key

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Chemistry 1a, section c, course code 40030, professor: r. m. Instructions: using a #2 pencil, enter the correct answer to each question on the scantron
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UC-IRVINECHEM 1AAllFall

Midterm 2 Form a KEY

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Chemistry 1a, section c, course code 40040, professor: r. m. Instructions: using a #2 pencil, enter the correct answer to each question on the scantron
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UC-IRVINECHEM 132AAllFall

Chem132A midterm#1 solutions

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For each of the following indicate if it is an intensive or extensive property. Indicate whether the indicated properties are state functions or not. F
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UC-IRVINECHEM 1AAllFall

Midterm 2 ac key_REVISED

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Chemistry 1a, section c, course code 40030, professor: r. m. Instructions: using a #2 pencil, enter the correct answer to each question on the scantron
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UC-IRVINECHEM 132AAllFall

Midterm 2 Answers

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For each of the following indicate if it is an intensive or extensive property. Thermal conductivity considers the ux of thermal energy (thermal motion
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UC-IRVINECHEM 1AAllFall

Midterm 1 Form a key

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Chemistry 1a, section c, course code 40030, professor: r. m. Instructions: using a #2 pencil, enter the correct answer to each question on the scantron
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UC-IRVINECHEM 1AAllFall

MT2_ALL_ANSWERS_rev

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UC-IRVINECHEM 1AAllFall

Midterm 1 Form b key

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Chemistry 1a, section c, course code 40030, professor: r. m. Instructions: using a #2 pencil, enter the correct answer to each question on the scantron
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UC-IRVINECHEM 1BPeter SmithWinter

CHEM 1B Lecture Notes - Lecture 12: Sorbitol, Colligative Properties, Osmotic Pressure

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UC-IRVINECHEM 1BPeter SmithWinter

CHEM 1B Lecture 2: Lecture 2 01/12

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UC-IRVINECHEM 1BPeter SmithWinter

CHEM 1B Lecture Notes - Lecture 9: Coordination Number, Sodium Chloride, Close-Packing Of Equal Spheres

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Water is heated to several thousand degrees. Liquid-like hydrogen ions moving within a solid lattice of oxygen. Not like a solid, not like a liquid. Si
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UC-IRVINECHEM 1BPeter SmithWinter

CHEM 1B Lecture Notes - Lecture 10: Sulfuric Acid, Molality, Sodium Chloride

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Solution: homogeneous (uniform) mixture of two or more chemical components. Solute: component present in the smaller amount. Solvent: component present
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UC-IRVINECHEM 1BPeter SmithWinter

CHEM 1B Lecture 1: Thermochemistry

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UC-IRVINECHEM 1BRamesh D.ArasasinghamWinter

CHEM 1B Lecture 16: Energy, Enthalpy, and Hess' Law

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UC-IRVINECHEM 1BCraig MurrayWinter

CHEM 1B Lecture 1: chem 1 b Lec 1

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UC-IRVINECHEM 1BRamesh D ArasasinghamWinter

CHEM 1B Lecture Notes - Lecture 4: Ideal Gas, Molar Volume, Weather Balloon

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UC-IRVINECHEM 1BCraig MurrayWinter

CHEM 1B Lecture 4: Lecture 4 Thermodynamics

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Thermal energy transfer: energy flows as heat from hot objects to cold objects. But is conversed: suppose a block of hot metal is submerged into a beak
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UC-IRVINECHEM 1BRamesh D.ArasasinghamWinter

CHEM 1B Lecture 18: Entropy and Gibbs Free Energy

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UC-IRVINECHEM 1BAthan J ShakaSpring

CHEM 1B Chapter Notes -Van Der Waals Equation, Ebullioscopic Constant, Cryoscopic Constant

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J = n*m = kg m^2/s^2: van der waals equation takes into account attraction and repulsion forces a is the attraction force (larger # w/more electrons) i
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UC-IRVINECHEM 1BPeter SmithWinter

CHEM 1B Chapter 10.1-10.3: Chapter 10 Section 1-3 Notes

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UC-IRVINECHEM 1BEric PotmaWinter

Chemistry 1 B Molality Molarity Explained!.docx

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UC-IRVINECHEM 1BPeter SmithWinter

CHEM 1B Chapter Notes - Chapter 18: Hydrofluoric Acid, Buffer Solution, Conjugate Acid

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UC-IRVINECHEM 1BSergey NizkorodovWinter

CHEM 1B Chapter Notes - Chapter 19: Chemical Equation, Reversible Reaction, Spontaneous Process

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Energy spreads out or disperse from a more concentrated to a less concentrated form. Second law of thermodynamics simply states that energy spreads out
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UC-IRVINECHEM 1BPeter SmithWinter

CHEM 1B Chapter 10: Chem 1B Chapter 10 notes

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UC-IRVINECHEM 1BSmithWinter

CHEM 1B Chapter 9: Thermochemistry

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UC-IRVINECHEM 1BSergey NizkorodovWinter

CHEM 1B Chapter Notes - Chapter 14: Boiling-Point Elevation, Molality, Osmosis

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Concentrated solutions have a lower freezing point then pure liquids. Solution = a homogeneous mixture of two or more substances or components. Particl
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UC-IRVINECHEM 1BPeter SmithWinter

CHEM 1B Chapter Notes - Chapter 13.1-13.4: Cubic Crystal System, Order Of Newfoundland And Labrador, Torr

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UC-IRVINECHEM 1BRamesh D.ArasasinghamWinter

CHEM 1B Chapter 13: Phase Diagrams and Crystalline Solids

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UC-IRVINECHEM 1BPeter SmithWinter

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[CHEM 1B] - Final Exam Guide - Ultimate 100 pages long Study Guide!

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CHEM 1B Final: Final review

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CHEM 1B- Final Exam Guide - Comprehensive Notes for the exam ( 70 pages long!)

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UC-IRVINECHEM 1BSergey NizkorodovWinter

[CHEM 1B] - Final Exam Guide - Everything you need to know! (34 pages long)

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UC-IRVINECHEM 1BAthan J ShakaSpring

CHEM 1B Chapter Notes -Van Der Waals Equation, Ebullioscopic Constant, Cryoscopic Constant

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J = n*m = kg m^2/s^2: van der waals equation takes into account attraction and repulsion forces a is the attraction force (larger # w/more electrons) i
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UC-IRVINECHEM 1BSmithWinter

CHEM 1B Study Guide - Final Guide: Boiling Point, Network Covalent Bonding, Supercritical Fluid

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Chapter 10 [11]: gases: pressure and its units, 1 atm=760 torr=760 mmhg=14. 7 psi=101,325 pa, p=force/area, p decreases as altitude increases, manomete
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UC-IRVINECHEM 1BPeter SmithWinter

CHEM 1B Chapter 10.1-10.3: Chapter 10 Section 1-3 Notes

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CHEM 1B Midterm: Midterm 1 Study Guide

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CHEM 1B Lecture Notes - Lecture 2: Lattice Energy, Ionic Compound, Ionic Bonding

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Energy is released when cation and anions become ionic compounds. Lattice energy- energy change that occur when gaseous cations and anions are energy t
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CHEM 1B Lecture Notes - Lecture 1: Electron Affinity, Ionic Bonding, Metallic Bonding

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CHEM 1B Study Guide - Final Guide: Boiling Point, Network Covalent Bonding, Supercritical Fluid

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CHEM 1B- Final Exam Guide - Comprehensive Notes for the exam ( 70 pages long!)

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CHEM 1B- Final Exam Guide - Comprehensive Notes for the exam ( 95 pages long!)

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CHEM 1B- Final Exam Guide - Comprehensive Notes for the exam ( 55 pages long!)

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Elements that exist as gases at 25 c and 1 atm: H2, n2, o2, f2, cl2, he, ne, ar, kr, xe, rn. Compounds that exist as gases at 25 c and 1 atm: Co, co2,
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