General Chemistry

Material type: Course capture

Year: 2010, 2012

Authored by:

Dana Chatellier

General chemistry screen captureDescription

Nuclear chemistry, periodicity, structure and bonding, states of matter, classes of reactions, stoichiometry, solution chemistry, chemical kinetics, equilibria and electrochemistry.

Primary Audience: College


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This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.

Chemistry Demonstrations

Material type: Video demonstrations

Year: 2011

Authored by:

Dana Chatellier


Series of short videos of chemistry demonstrations, originally presented in CHEM105 General Chemistry.
  • Barking Dogs
  • Compounds and Mixtures
  • Dry Ice
  • Electrolytes
  • Generation of Oxygen Gas
  • Halloween Lab by Professor Burnaby Munson (Full)
  • Halloween Lab by Professor Burnaby Munson (Highlights)
  • Hydrogen Gas Explosion
  • Hydrogen Peroxide Volcano
  • Indicator Rainbow
  • Kinetics-Zinc in Acid
  • Like Dissolves Like
  • Liquid Nitrogen Show
  • Meissner Effect
  • Non-Crystalline Solids
  • Nylon Rope Trick
  • Sodium in Water
  • Solubility Rules
Primary Audience: College


Ball Bearing Defect Frequencies

Material type: Simulation

Year: 2005

Authored by:

Bill Fagerstrom, Becky Kinney



This simulation is used to demonstrate how vibrational patterns are impacted by defects in different portions of a ball bearing.

Faculty Sponsor: Bill Fagerstrom

Primary Audience: College, Mechanical Engineering


Circuit Board Simulator

Material type: Simulation

Year: 2000

Authored by:

George Watson, Becky Kinney


circuit.fwThis simulation allows students to build a virtual circuit using resistors and batteries from the file drawers. Users can also measure resistance, voltage and current by clicking on any element within the completed circuit. A great way to explore.

Faculty Sponsor: George Watson

Primary Audience: High School, College Introductory Electronics


Binomial Distribution

Material type: Simulation

Year: 2000

Authored by:

Becky Kinney


Marble Game thumbnailMarbles bounce down an array of pegs. The resulting binomial distribution is displayed graphically in real time. A control panel allows the size of the array, and the probability of a bounce to the right to be varied.

A short introduction has been added in the form of a series of multiple choice questions with instructions.

Primary Audience: High School, College Social Sciences


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This work is licensed under a Attribution-NonCommercial-NoDerivs 3.0 United States

Also listed on: MERLOT

Virtual Microscope

Material type: Simulation

Year: 2003

Used in courses: BISC104

Authored by:

Margie Barrett
Joelle Cona
Paul Hyde
Bob Ketcham
Becky Kinney
Justin Schakelman

Department or Unit: Biology


MicroscopeThe Virtual Microscope is a full-fledged simulation that allows users to select and position slides, adjust lighting, magnification and focus, and measure specimens. A narrated demonstration is available to guide students through the steps required to bring a specimen into focus. There is also a checklist that indicates which steps have been completed successfully.

Primary Audience: High School, College General Ed


Creative Commons License
This work is licensed under a Attribution-NonCommercial-NoDerivs 3.0 United States

Also listed on: MERLOT

New Methods in the Cleaning of Paintings

Material type: Video lectures

Year: 1991

Used in courses: Undefined

Authored by: Richard Wolbers

Department or Unit: Art Conservation


Richard Wolbers

Richard C. Wolbers is a pioneer in the development of new methods of cleaning painted surfaces. His research on enzymes, soaps and resins has been the basis for developing new techniques using water and waterborne materials to address cleaning problems.

This video course was originally recorded in 1991. The series includes 15 hours of lectures on the underlying principles and processes of this scientific approach to cleaning paintings and painted surfaces. In addition, case studies are examined to illustrate how these techniques can be applied to specific cleaning problems.

List of contents

The course is divided into 9 sessions each with a different topic. Some sessions have approximately one hour of video, others have two hours.

Video 1
Introduction to water-based cleaning methods 1 (2 hours)

  • An overview of grime removal strategies
  • Review of acid/base chemistry, including Arrhenius acids/bases, reversible chemical reactions, buffers and rationale for buffering
  • Case history: nineteenth-century “American Impressionist” landscape

Video 2
Introduction to water-based cleaning methods 2 (2 hours)

  • Range of water-soluble cleaning effects
  • Definitions of surfactant/surfactancy, wetting agents, soaps/detergents, and emulsions/emulsifiers
  • Polar/Nonpolar character of surfactants
  • Surface activity of surfactants
  • Selection criteria for surfactants

Video 3
Introduction to water-based cleaning methods 3 (2 hours)

  • Salts, ion pairs, and relative solubility of certain ionic materials
  • Ionic Strength
  • Chelation effects
  • Resin soaps- examples of tailored surfactant systems
  • Resin chemistry with case histories of Wollstenholmes’ “Hunt Scene” and Jennys’ “Portrait of Mrs. Baldwin”

Video 4
Introduction to water-based cleaning methods 4 (2 hours)

  • Examples of detergent preparations
  • Additional cleaning aids or materials
  • Clearance mechanisms and strategies

Video 5
Enzymes (1 hour)

  • Structure and function of enzymes in nature
  • Enzyme preparations- lipases
  • Case histories of Eichholtz’s “Portrait of Ann Rose Hopkins,” Sandy’s “Miranda,” and Picasso’s “Man with a Guitar”

Video 6
Emulsions 1 (2 hours)

  • Definition of emulsion
  • Hydrophile-Lipophile balance number
  • Case histories of polychrome sculpture of Washington and Peale’s “Still Life with Vegetables”

Video 7
Emulsions 2 (1 hour)

  • Emulsion paint formulations
  • Microemulsions
  • Case history: “Madonna and Child”

Video 8
Solvent Gels 1 (2 hours)

  • Polyacrylic acid (PAA) as an aqueous thickening agent
  • PAA complexes with organic amines
  • Solubility ranges of PAA/amine complexes
  • Solvent gel preparations
  • Case history: American eighteenth-century piecrust table

Video 9
Solvent Gels 2 (1 hour)

  • Case history: cleaning a japanned eighteenth-century tall-case clock

Primary Audience: College students


© 1991, 2007 University of Delaware and Joyce Hill Stoner

Social Networking for Educators

Material type: Online course

Year: 2012

Used in courses: EDUC439/639 Social Networking for Educators

Authored by: Mathieu Plourde

Department or Unit: School of Education


EDUC639 Course structureThis class focused first on personal information management practices, and then expanded to include connecting with the right people online, collaborating, and how to use social media and web 2.0 in educational settings. Even if you don’t currently teach, you’ll be able to use the skills developed during the course to become a lifelong learner, and you’ll be in a better position to convince colleagues and stakeholders of the value of social media and web 2.0 for teaching and learning in your unit.

List of contents

  • Introduction
  • Your first digital footprint
  • Online pitfalls and personal productivity
  • Information flow and dashboards
  • From dashboard to PLE
  • The brand called “you”
  • DIY Learning
  • LMS, Edupunk, and the Open Learning Network
  • Copyright and fair use in the digital age
  • Digital storytelling

Primary Audience: Graduate School, Professional


Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 International License.

Also listed on: MERLOT