Chem 112 Spring 2016
Instructors:   Required Materials:
Tom Whelan
ISB 241E, 545-6092
whelan@chem

Office Hours
MW, 2:45-4:15 - ISB 162 		  Textbook:  

  You need to purchase an access code to view the online textbook and to do the class homework.  The code is NOT sold through Amazon.  See link below to purchase:
  1. Access Code Purchase Information
  2. Safety Glasses:
  3. Scientific Calculator
    (Easy to use and inexpensive)
  1. Class Meets:  TuTh 11:30-12:45
  2. Class Location:  ISB 135
  3. Campus Map
  
Acknowledgement  



Prof. William Vining at SUNY Oneonta, many of his interactive modules I have links to on this web page.  To see a host more of these and find out what Bill was up to in the picture on the left ... just click on the image! 
 
Syllabus Summary:
  1. Grading
    3 Exams 66% Highest Exam Score 24%; Lowest 20%; Other 22%
    Quizzes 8% These are open book take home quizzes ~weekly.
    Owl + iClicker 8%
    Laboratory 18%
  2. Exam Policies:
    You must have a passing exam average  in order to pass the course - Failing two of the exams constitutes a failing exam average.  An F will be determined by the exam average and if you fail an exam this will be noted in the Owl Grade Book and on the exam itself.
  3. Lab Policies:
    Lab Meets every other week, starting Tuesday, January 26.
    You must complete all of the laboratory experiments to pass the course.
  4. Academic Honesty:
    You will abide by the academic honesty policy of the campus.  I expect you to do your own work on exams and labs.  You mush flush all calculator memories of any chemistry information before coming to an exam.  You MAY NOT bring any additional materials to exams other than a pencil, calculator, and your brain.  I take honesty very seriously.  
  5. Grade Cutoff's:
    >90's  A.                <55 F
    The other grade cutoff's will be determined at the end of the semester.  However if you want to be assured of a B you should be in the 80's and 70's for a C.
  6. Exam Dates:
    Exam I Saturday Feb 20 ISB 155/160 1:00-3:00pm 3:00-5:00pm
    Exam II Saturday Mar 26 ISB 155/160 1:00-3:00pm 3:00-5:00pm
    Exam III Thursday May 05 ISB 135 1:00-3:00pm
  7. Quizzes
    Exam I Exam II Exam III
    Quiz 1 Key 1 Quiz 5 Key 5 Quiz 8 Key 8
    Quiz 2 Key 2 Quiz 6 Key 6 Quiz 9 Key 9
    Quiz 3 Key 3 Quiz 7 Key 7 Key 10 Key 10
    Quiz 4 Key 4
  8. Exams
              Yellow   Yellow Key
    2016 Exam I Key I Exam II Key II Exam III Tan Tan Key
    Green Green Key
Date Daily Schedule ... Updated Sunday, May 08 :- 05:14 PM
Thursday
May 05		 Exam III - ISB 135 - 1:00-3:00pm
Tuesday
Apr 26 		No Class - Exam II Payback Date
I will be in class to answer any questions concerning Exam III
Thursday
Apr 21
 
Lecture 24
Slides		 Lecture Material:
24.2 Nuclear Stability
  Binding Energy
  Relative Binding Energy
24.3 Kinetics of Radioactive Decay
  Rate of Decay
  Radioactive Dating
24.5 Applications and Uses of Nuclear Chemistry
  Nuclear Medicine – Positron Emission Tomography
  Radioactivity in the Home
  
 Homework:
OWL Book 24.2 Nuclear Stability 04-26-16
Mast 24.2 Nuclear Stability 04-26-16
Book 24.3 Kinetics of Radioactive Decay 04-26-16
Mast 24.3 Kinetics of Radioactive Decay 04-26-16
Book 24.5 Applications and Uses of Nuclear Chemistry 04-26-16
Mast 24.5 Applications and Uses of Nuclear Chemistry 04-26-16
  
Announcements:
1. Quiz 10   Due today - in class.
Tuesday
Apr 19
 
Lecture 23
Slides		 Lecture Material:
24.1 Nuclear Reactions
  The Penetrating Power of Radiation
24.2 Nuclear Stability
  Band of Stability
  Natural Radioactive Decay
  The Nucleus – Emitting Beta or Positron Particles
  The Nucleus – Capturing an Electron
  The Nucleus – Emitting an Alpha Particle
  Predicting Decay Processes
  
 Homework:
OWL Book 24.1 Nuclear Reactions 04-22-16
Mast 24.1 Nuclear Reactions 04-22-16
  
Announcements:
Thursday
Apr 14
 
Lecture 22
Slides		 Lecture Material:
19.3 Gibbs Free Energy
  Free Energy, Standard Free Energy, and the Reaction Quotient
  Standard Free Energy and the Equilibrium Constant
  Gibbs Free Energy and Temperature
24.1 Nuclear Reactions
  
 Homework:
OWL Book 19.3 Gibbs Free Energy 04-19-16
Mast 19.3 Gibbs Free Energy 04-19-16
  
Announcements:
1. Quiz 9   Due today - in class.
Tuesday
Apr 12
 
Lecture 21
Slides		 Lecture Material:
19.2 Calculating Entropy Change
  Standard Entropy Change for a Phase Change
  Entropy Change in the Surroundings
19.3 Gibbs Free Energy
  Gibbs Free Energy and Spontaneity
  Standard Gibbs Free Energy
  
 Homework:
OWL Book 19.2 Calculating Entropy Change 04-15-16
Mast 19.2 Calculating Entropy Change 04-15-16
  
Announcements:
Thursday
Apr 07
 
Lecture 20
Slides		 Lecture Material:
18.4 Simultaneous Equilibria
  Solubility and pH – Remember me – Le Chatelier's Principle
  Solubility and pH
19.1 Entropy
  A Review of Terminology
  Spontaneous Process V Nonspontaneous Process
  Enthalpy a Measure of Spontaneity?
  Entropy a Measure of Spontaneity?
  Trends in Entropy
  
 Homework:
OWL Book 18.4 Simultaneous Equilibria 04-12-16
Mast 18.4 Simultaneous Equilibria 04-12-16
Book 19.1 Entropy 04-12-16
Mast 19.1 Entropy 04-12-16
  
Announcements:
1. Quiz 8   Due today - in class.
Tuesday
Apr 05
 
Lecture 19
Slides		 Lecture Material:
18.2 Using Ksp in Calculations
  Estimating Solubility
  Predicting Whether a Solid Will Precipitate or Dissolve
  The Common Ion Effect
  The Common Ion Effect – Barium Gastrointestinal Images
  
 Homework:
OWL Book 18.2 Using Ksp in Calculations 04-08-16
Mast 18.2 Using Ksp in Calculations 04-08-16
  
Announcements:
Saturday
Apr 02		 Exam II - Make-Up
1:00-2:45pm, ISB 155(A-E): Session I - Last Name, A - Z.
Thursday
Mar 31
 
Lecture 18
Slides		 Lecture Material:
17.3 Acid-Base Titrations
  Weak Acid/Strong Base
18.1 Solubility Equilibria and Ksp
  The Solubility Product Constant
  
 Homework:
OWL Book 17.3 Acid-Base Titrations 04-05-16
Mast 17.3 Acid-Base Titrations 04-05-16

  
Announcements:
1. Make-Up   Saturday, April 2
Session I - 1:00-2:45 - Last Name A-Z
Must have already signed up for this make up.

Tuesday
Mar 29
 
Lecture 17
Slides		 Lecture Material:
17.2 Buffers
  What Constitutes a Buffer and why are they Special
  Identifying Buffers
  Buffer pH – ICE
  Buffer pH – The Henderson–Hasselbalch Equation
  Making Buffer Solutions
  Buffer Capacity
  
 Homework:
OWL Book 17.2 Buffers 04-01-16
Mast 17.2 Buffers 04-01-16
  
Announcements:
Saturday
Mar 26		 Exam II
1:00-2:45pm: Session I - Last Name, L - Z.
3:00-4:45pm: Session II - Last Name, A - K.
Students with additional time accommodations start at 1:00pm.
Thursday
Mar 24
 
Lecture 16
Slides		 Lecture Material:
17.1 Acid-Base Reactions
  Strong Acid/Weak Base Reactions
  Weak Acid/Weak Base
17.2 Buffers
  What Constitutes a Buffer and why are they Special
  How do they Resist Drastic pH Change
  
 Homework:
OWL Book 17.1 Acid-Base Reactions 03-29-16
Mast 17.1 Acid-Base Reactions 03-29-16
  
Announcements:
1. Exam II   Saturday, March 26
Session I - 1:00-2:45pm - Last Name L-Z
Session II - 3:00-4:45pm - Last Name A-K
Anyone with additional time regardless of Last Name go to
Session I
Tuesday
Mar 22
 
Lecture 15
Slides		 Lecture Material:
16.5 Acid-Base Properties of Salts
  Maybe helpful! - 111 Nomenclature Review 
  Hydrolysis – Neutral Cations and Anions
  Acid–Base Properties of Salts
  Determining pH of a Salt Solution
17.1 Acid-Base Reactions
  Types of Reactions
  Strong Acid/Strong Base Reactions
  
 Homework:
OWL Book 16.5 Acid-Base Properties of Salts 03-25-16
Mast 16.5 Acid-Base Properties of Salts 03-25-16
  
Announcements:
Thursday
Mar 10 		No Class - Exam I Payback Date
Tuesday
Mar 08
 
Lecture 14
Slides		 Lecture Material:
16.3 Acid and Base Strength
  Acid and Base Strength
  Acid and Base Hydrolysis Equilibria, Ka, and Kb
  Relationship Between Ka and Kb – Conjugate Acid-Base Pair
16.4 Estimating the pH of Acid and Base Solutions
  Strong Acid and Strong Base Solutions
  pH of a Weak Acid – Quadratic Equation
  pH of a Weak Acid – Approx Method 
  pH of a Weak Base – Approx Method
  
 Homework:
OWL Book 16.3 Acid and Base Strength 03-22-16
Mast 16.3 Acid and Base Strength 03-22-16
Book 16.4 Estimating the pH of Acid and Base Solutions 03-22-16
Mast 16.4 Estimating the pH of Acid and Base Solutions 03-22-16
  
Announcements:
1. No Class   Thursday, March 10 - No Class - Exam I payback. 
Thursday
Mar 03
 
Lecture 13
Slides		 Lecture Material:
16.1 Introduction to Acids and Bases
  Acid and Base Definitions
  Simple Bronsted–Lowry Acids and Bases
  Conjugate Acid–Base pairs
16.2 Water and the pH Scale
  Autoionization of Water
  Autoionization of Water – Neutral/Acidic/Basic Solutions
  pH and pOH Calculations
  
 Homework:
OWL Book 16.1 Introduction to Acids and Bases 03-08-16
Mast 16.1 Introduction to Acids and Bases 03-08-16
Book 16.2 Water and the pH Scale 03-08-16
Mast 16.2 Water and the pH Scale 03-08-16
  
Announcements:
Tuesday
Mar 01
 
Lecture 12
Slides		 Lecture Material:
15.4 Disturbing a Chemical Equilibrium: Le Chatelier's Principle
  Change in Temperature – Exothermic Reactions
  Change in Temperature – Endothermic Reactions
  Change in Temperature – van't Hoff Equation
  Change in the Volume of the System
  
 Homework:
OWL Book 15.4 Le Chatelier's Principle 03-04-16
Mast 15.4 Le Chatelier's Principle 03-04-16
  
Announcements:
Thursday
Feb 25
 
Lecture 11
Slides		 Lecture Material:
15.2 The Equilibrium Constant, K
  Manipulating Equilibrium Constant Expressions
15.3 Using Equilibrium Constants in Calculations
  Determining Whether a System Is at Equilibrium - Q
15.4 Disturbing a Chemical Equilibrium: Le Chatelier's Principle
  Addition or Removal of a Reactant or Product
  Addition of a Reactant - Removing an Reactant
  Adding a Product - Removing a Product
  
 Homework:
OWL Book 15.3 Using Equilibrium Constants in Calculations 03-01-16
Mast 15.3 Using Equilibrium Constants in Calculations 03-01-16
  
Announcements:
Tuesday
Feb 23
 
Lecture 10
Slides		 Lecture Material:
15.1 The Nature of the Equilibrium State
  The Equilibrium State
15.2 The Equilibrium Constant, K
  The Equilibrium State
  Equilibrium Constants
  Equilibrium Constants – Meaning of the Magnitude of K
  Writing Equilibrium Constant Expressions
  The Relationship between Kp and Kc
  
 Homework:
OWL Book 15.1 The Nature of the Equilibrium State 02-26-16
Mast 15.1 The Nature of the Equilibrium State 02-26-16
Book 15.2 The Equilibrium Constant, K 02-26-16
Mast 15.2 The Equilibrium Constant, K 02-26-16
  
Announcements:
Saturday
Feb 20

Exam I
1:00-2:45pm: Session I - Last Name, A - K.
3:00-4:45pm: Session II - Last Name, L - Z.
Students with additional time accommodations start at 1:00pm.

Thursday
Feb 18
 
Lecture 9
Slides		 Lecture Material:
14.6 Reaction Mechanisms and Catalysis
  Multistep Mechanisms
  Reaction Mechanisms – Rate Law – Catalyst - Intermediate
  More Complex Mechanisms
  
 Homework:
   
Announcements:
1. Quiz 4   Due Today
2. Exam I   Saturday, February 20
Session I - 1:00-2:45pm - Last Name A-K
Session II - 3:00-4:45pm - Last Name L-Z
Tuesday
Feb 16 		Academic Monday - No Class
Thursday
Feb 11
 
Lecture 8
Slides		 Lecture Material:
14.5 Activation Energy and Temperature
  Reaction Coordinate Diagrams
  The Arrhenius Equation
  Graphical Determination of Ea
14.6 Reaction Mechanisms and Catalysis
  The Components of a Reaction Mechanism
  Multistep Mechanisms
  
 Homework:
OWL Book 14.5 Activation Energy and Temperature 02-18-16
Mast 14.5 Activation Energy and Temperature 02-18-16
Book 14.6 Reaction Mechanisms and Catalysis 02-18-16
Mast 14.6 Reaction Mechanisms and Catalysis 02-18-16
  
Announcements:
1. Quiz 3   Due Today
2. No Class   Tuesday, Feb 16, Academic Monday - No Class
3. Exam I   Saturday, February 20
Session I - 1:00-2:45pm - Last Name A-K
Session II - 3:00-4:45pm - Last Name L-Z
Tuesday
Feb 09
 
Lecture 7
Slides

List of students with unregistered iClickers		 Lecture Material:
14.4 Concentration Changes over Time
  Integrated Rate Laws
  Graphical Determination of Reaction Order
  Reaction Half-Life
14.5 Activation Energy and Temperature
  Reaction Coordinate Diagrams
  
 Homework:
OWL Book 14.4 Concentration Changes over Time 02-12-16
Mast 14.4 Concentration Changes over Time 02-12-16
  
Announcements:
Thursday
Feb 04
 
Lecture 6
Slides		 Lecture Material:
14.3 Rate Laws
  Concentration and Reaction Rate
  Determining Rate Law Using the Method of Initial Rates
14.4 Concentration Changes over Time
  Integrated Rate Laws
  
 Homework:
OWL Book 14.3 Rate Laws 02-09-16
Mast 14.3 Rate Laws 02-09-16
  
Announcements:
1. Quiz 2   Due today - Collected in class.
Tuesday
Feb 02
 
Lecture 5
Slides
iClickers
Unregistered		 Lecture Material:
13.4 Colligative Properties
  Vapor Pressure Lowering – van’t Hoff Factor?
14.2 Expressing the Rate of a Reaction
  Average Rate and Reaction Stoichiometry
  Instantaneous and Initial Rates
  
 Homework:
OWL Book 13.4 Colligative Properties 02-05-16
Mast 13.4 Colligative Properties 02-05-16
Book 14.2 Expressing the Rate of a Reaction 02-05-16
Mast 14.2 Expressing the Rate of a Reaction 02-05-16
  
Announcements:
1. Quiz 2   Due Thursday, Feb 4th - Collected in class.
Thursday
Jan 28
 
Lecture 4
Slides 		Lecture Material:
13.1 Quantitative Expressions of Concentration
  Molarity, Molality, Mole Fraction, Weight %
13.4 Colligative Properties
  Vapor Pressure Lowering – Raoult’s Law
  Vapor Pressure Lowering – Boiling Point Elevation
  Vapor Pressure Lowering – Freezing Point Depression
  
 Homework:
OWL Book 13.1 Quantitative Expressions of Concentration 02-02-16
Mast 13.1 Quantitative Expressions of Concentration 02-02-16
  
Announcements:
1. iClicker   For Credit starts Today.
2. Quiz 1   Hand in Today in Class..
Tuesday
Jan 26
 
Lecture 3
Slides
Quiz 1		 Lecture Material:
11.4 The Nature of Intermolecular Forces
  Intermolecular Forces - Induced Dipole/Induced Dipole - Iodine
   London Dispersion Forces - Stronger than you might expect!
11.2 Vapor Pressure
  Vapor Pressure of Liquids
  Heat of Vaporization - Clausius-Clapeyron Equation
  Clausius-Clapeyron Equation - Graphical
  Clausius-Clapeyron Equation - Quantatively
13.1 Quantitative Expressions of Concentration
  Molarity, Molality, Mole Fraction, Weight %
 
Homework:
OWL Book 11.2 Vapor Pressure 01-29-16
Mast 11.2 Vapor Pressure 01-29-16
  
Announcements:
1. iClicker   For Credit starts Thursday, Jan 28.
2. Quiz 1   Hand in on Thursday, Jan 28,in class.
Thursday
Jan 21
 
Lecture 2
Slides		 Lecture Material:
11.4 The Nature of Intermolecular Forces
  8.6: Chem 111 Review - Bond Polarity
  8.6: Chem 111 Review - Molecular Polarity
  Intermolecular Forces - Ion/Ion - Coulomb's Law
   Intermolecular Forces - Ion/Dipole - The Dissolution Process
   Intermolecular Forces - Dipole/Dipole
  Intermolecular Forces - Dipole/Dipole - Hydrogen Bonding
  Intermolecular Forces - Dipole/Induced Dipole
 
Homework:
OWL Book 11.4 The Nature of Intermolecular Forces 01-26-16
Mast 11.4 The Nature of Intermolecular Forces 01-26-16
  
Announcements:
1. iClicker   For Credit starts Thursday, Jan 28.
         Register your iClicker in Owl by Friday, Jan 22.
2. Lab   Labs start on Tuesday, Jan 26.
Tuesday
Jan 19
 
Lecture 1
Slides		 Lecture Material:
Course Policy and Expectations!
  Lab Announcements
11.4 The Nature of Intermolecular Forces
  8.6: Chem 111 Review - Bond Polarity
 
Homework:
OWL Survey iClicker Registration 01-22-16
Intro 1a Navigation, Messages, and Browsers 01-22-16
Intro 1b Flash 01-22-16
Intro 2a Question Modes 01-22-16
Intro 2b Question Types 01-22-16
Intro 3a Chemical Formulas 01-22-16
Intro 3b Scientific Notation 01-22-16
Intro 3c Tables 01-22-16
Math 1a Exponents 01-22-16
Math 1b Exponent Calculations 01-22-16
Math 1c Scientific Notation Using a Calculator 01-22-16
Math 2 Basic Algebra 01-22-16
  
Announcements: