jmu : lowering the activation energy to do chemistry demonstrations

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JMU : LOWERING THE ACTIVATION ENERGY TO DO CHEMISTRY DEMONSTRATIONS Casey Rogers Kevin L. Caran Dept. of Chemistry & Biochemistry

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Casey Rogers Kevin L. Caran. Dept. of Chemistry & Biochemistry. JMU : lowering the activation energy to do chemistry demonstrations. Outline. Introduction Website Videos Workshop Future Work. Beginning of Project. - PowerPoint PPT Presentation

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Page 1: JMU                 : lowering  the activation energy to do chemistry demonstrations

JMU : LOWERING THE ACTIVATION ENERGY TO DO CHEMISTRY DEMONSTRATIONS

Casey RogersKevin L. Caran

Dept. of Chemistry & Biochemistry

Page 2: JMU                 : lowering  the activation energy to do chemistry demonstrations

OUTLINE

Introduction

Website

Videos

Workshop

Future Work

Page 3: JMU                 : lowering  the activation energy to do chemistry demonstrations

BEGINNING OF PROJECT Handouts were made for

demonstrations used by the student organizations

Led to the idea of having them available online

Page 4: JMU                 : lowering  the activation energy to do chemistry demonstrations

OUR WEBSITEhttp://sites.jmu.edu/chemdemo

Aim is to be a chemical demonstration resource

50+ demos

Demos include topics and VA SOLs covered

Each demo has a Word handout for easy editing and printing

Lesson plans and problem sets for selected demonstrations

Page 5: JMU                 : lowering  the activation energy to do chemistry demonstrations

OUR WEBSITEhttp://sites.jmu.edu/chemdemo

Page 6: JMU                 : lowering  the activation energy to do chemistry demonstrations

DEMONSTRATION VIDEOS

Teachers had asked for demonstration videos

Filmed demos that may be difficult for teachers to do

Liquid nitrogen, dry ice, requires hood, etc.

http://www.youtube.com/user/JMUChemDemos/

Page 7: JMU                 : lowering  the activation energy to do chemistry demonstrations

ANNUAL WORKSHOP

Held workshops: Summers 2010, 2011 & 2012

Participants receive hands-on demo instruction

Get to share demos, variations, & ideas with peers

2010 – 12 participants

2011 – 19 participants

2012 – 32 participants

Page 8: JMU                 : lowering  the activation energy to do chemistry demonstrations

WORKSHOP HIGHLIGHTS

Page 9: JMU                 : lowering  the activation energy to do chemistry demonstrations

2010 2011 201210

15

20

25

30

35

f(x) = 2.00000000254856 x² − 8034.00001025287 x + 8068152.01031183R² = 1

Year

# of

Par

ticip

ants

2009.5 2010 2010.5 2011 2011.5 2012 2012.510

15

20

25

30

35f(x) = 2.00000000254856 x² − 8034.00001025287 x + 8068152.01031183R² = 1

Year

# of

Par

ticip

ants

ANNUAL WORKSHOP

Year # of Participants

2010 12

2011 19

2012 32

>360!

Page 10: JMU                 : lowering  the activation energy to do chemistry demonstrations

WORKSHOPS

Workshop Participants for 3 Years – School Locations

Legend:

• 1x

• 2x

• 3x

• 4x

53 teachers40 schools

Page 11: JMU                 : lowering  the activation energy to do chemistry demonstrations

FUTURE WORK

Virginia Association of Science Teachers’ (VAST) Professional Development Institute in November

Holding additional workshops, and continuing to expand the website

Transitioning to more collaborative efforts between JMU Chemistry and secondary school teachers Teachers add demos? Ability to share variations/comments? Teacher-led workshop sessions?

Page 12: JMU                 : lowering  the activation energy to do chemistry demonstrations

Jeffery E. Tickle Family EndowmentDr. Barbara Reisner

JMU Photography ServicesD.Lee Beard

Dr. James WightmanKevin Hegg & Sufi Nawaz

Kevin Carini & Dr. Brian AugustineDr. Tom DeVore

ACKNOWLEDGMENTS

Departmental Development Award 7957

Department of Chemistry and BiochemistryCollege of Science and Mathematics

Page 13: JMU                 : lowering  the activation energy to do chemistry demonstrations

QUESTIONS

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