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Bennie Jones Bennett Lessard John McGinley Konrad Perry Kyle Pydynkowski Ongoing Advancement of the Physics Toolbox Physics IQP
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B-Term Physics IQP Interactive Physics Experiments

Feb 09, 2022

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Page 1: B-Term Physics IQP Interactive Physics Experiments

Bennie Jones

Bennett Lessard

John McGinley

Konrad Perry

Kyle Pydynkowski

Ongoing Advancement of the

Physics Toolbox

Physics IQP

Page 2: B-Term Physics IQP Interactive Physics Experiments

Outline

I. Introduction (Bennie Jones – MGE)

II. Doppler Lab (Kyle Pydynkowski - ME)

III. Applets (Bennett Lessard - ECE)

IV. Energy Lab (Konrad Perry - AE)

V. Energy Video (John McGinley - ME)

VI. Overall Conclusion (Bennie Jones - MGE)

Page 3: B-Term Physics IQP Interactive Physics Experiments

I. Introduction

By Bennie Jones

Physics IQP

Page 4: B-Term Physics IQP Interactive Physics Experiments

Project Goals

Give the first year students a more hands on experience

Aid in the transition from high school to college

Develop a Physics toolbox

Page 5: B-Term Physics IQP Interactive Physics Experiments

My Goals

Help in the designing process for the physics department

Enhance my knowledge of physics

Suggest how to grab the attention of incoming freshmen

Make sure the tools are interesting, eye popping, and

comprehensible

Page 6: B-Term Physics IQP Interactive Physics Experiments

II. Doppler Effect Experiment

By Kyle Pydynkowski

Physics IQP

Page 7: B-Term Physics IQP Interactive Physics Experiments

My Goals

Creative Idea

Keep the interest of students

First Doppler Effect lab

Use classroom learning and a new idea to explain the

same topic

Page 8: B-Term Physics IQP Interactive Physics Experiments

Setup

Page 9: B-Term Physics IQP Interactive Physics Experiments

Spectrum Lab

Page 10: B-Term Physics IQP Interactive Physics Experiments

Experiment

Page 11: B-Term Physics IQP Interactive Physics Experiments

Results

Page 12: B-Term Physics IQP Interactive Physics Experiments

Results

Page 13: B-Term Physics IQP Interactive Physics Experiments

Going Forward

Different Buzzer

Louder

Single frequency peak

Completion of Lab

Setup

Write-up

Page 14: B-Term Physics IQP Interactive Physics Experiments

III. Applets

By Bennett Lessard

Physics IQP

Page 15: B-Term Physics IQP Interactive Physics Experiments

My Goals

Advance Java Knowledge

Produce Applets For Web

Assisting Applets

Simulation Applets

Explanatory Text Surrounding Applets

Why Use Applets?

One Applet Can Be Applied To Many Areas

Page 16: B-Term Physics IQP Interactive Physics Experiments

Applets Created

Assisting Applets Greek Letters Upper Case and Lower Case

Powers of Ten 3 Different Applets

Statistical Analysis Tool

Simulation Applets Projectile Motion

Collisions

Hooke’s Law

Page 17: B-Term Physics IQP Interactive Physics Experiments

Greek Letters

Upper and Lower Case

Various Uses of Greek

Letters

Page 18: B-Term Physics IQP Interactive Physics Experiments

Powers of 10

3 Versions

Kilograms to Microfarads

Page 19: B-Term Physics IQP Interactive Physics Experiments

Statistical Analysis Tool

User Enters Data

Standard Deviation

Mean, Max, Min,

Number of Terms

Plots Data, Auto Scaling

Histogram Capabilities

Page 20: B-Term Physics IQP Interactive Physics Experiments

Projectile Motion

Simulates Projectile

Motion

User Enters Velocities and

Height

Max Height

Time in Air

Position Readings

Page 21: B-Term Physics IQP Interactive Physics Experiments

Collision

Elastic Collisions

Physics Equations

Objects size

Velocity Graph

Page 22: B-Term Physics IQP Interactive Physics Experiments

Hooke’s Law

Calculates Spring Constant

Page 23: B-Term Physics IQP Interactive Physics Experiments

Available Online At…http://www.wpi.edu/Academics/Depts/Physics/Courses/Labs/Physlets.html

Page 24: B-Term Physics IQP Interactive Physics Experiments

Going Forward

Specific to created applets

Projectile Motion

Collision

Statistical Analysis Tool

Other Applet Ideas

Significant Digits

Unit Conversion

Physics Topics

Web Development

Page 25: B-Term Physics IQP Interactive Physics Experiments

IV. Energy Lab

Konrad Perry

Physics IQP

Page 26: B-Term Physics IQP Interactive Physics Experiments

My Goals

Portray energy in a new light

Excite Incoming Freshman

Involve students

Complement classroom learning

Page 27: B-Term Physics IQP Interactive Physics Experiments

Hot Wheels Energy Lab

• Attempted Experiments

• Photogates

• Collision -- X

• Force Sensor

• Launch/Jump -- X

• Chosen Experiments• Photogates

• Force Sensor

Page 28: B-Term Physics IQP Interactive Physics Experiments

Photogate Experiment

Page 29: B-Term Physics IQP Interactive Physics Experiments

Force Sensor Experiment

Page 30: B-Term Physics IQP Interactive Physics Experiments

Lab Procedure

• Setup

• Photogate Experiment

• Force Sensor Experiment

• Data Sheet

• Lab Worksheet

Page 31: B-Term Physics IQP Interactive Physics Experiments

Lab Procedure

• Setup

• Photogate Experiment

• Force Sensor Experiment

• Data Sheet

• Lab Worksheet

Page 32: B-Term Physics IQP Interactive Physics Experiments

Lab Procedure

• Setup

• Photogate Experiment

• Force Sensor Experiment

• Data Sheet

• Lab Worksheet

Page 33: B-Term Physics IQP Interactive Physics Experiments

Data: Photogate

Page 34: B-Term Physics IQP Interactive Physics Experiments

Relationship

Height

(m)

V

(m/s) (m/s)

% Dev.

(Theory)

% Dev.

(Friction)

.35 2.533 2.619 -3.28% -1.89%

.45 2.816 2.969 -5.15% -2.56%

.55 3.167 3.283 -3.53% -2.12%

427.4*Y

Page 35: B-Term Physics IQP Interactive Physics Experiments

Data: Force Sensor

Page 37: B-Term Physics IQP Interactive Physics Experiments

Going Forward

Lessons Learned

For the Future

Page 38: B-Term Physics IQP Interactive Physics Experiments

V. Energy Video

By John McGinley

Physics IQP

Page 39: B-Term Physics IQP Interactive Physics Experiments

My Goals

Provide an additional tool for learning

Excite students

Helpful demonstration of labs

Page 40: B-Term Physics IQP Interactive Physics Experiments

The Video

Page 41: B-Term Physics IQP Interactive Physics Experiments

Part 1 (Introduction)

Attention Grabbing

Page 42: B-Term Physics IQP Interactive Physics Experiments

Part 2 (Materials)

Show materials used

Page 43: B-Term Physics IQP Interactive Physics Experiments

Part 3 (Photogate)

Provide a visual aid of the final Photogate setup

Page 44: B-Term Physics IQP Interactive Physics Experiments

Part 4 (Force Sensor)

Provide a visual aid of the final force sensor setup

Page 45: B-Term Physics IQP Interactive Physics Experiments

Part 5 (Conclusion)

Leave the students

interested

Page 46: B-Term Physics IQP Interactive Physics Experiments

Going Forward

Lessons learned

Present material in several ways

Create videos for other lab experiments

Page 47: B-Term Physics IQP Interactive Physics Experiments

VI. Overall Conclusion

By Bennie Jones

Physics IQP

Page 48: B-Term Physics IQP Interactive Physics Experiments

My Part

Organizational team-manager

Head critique

Unbiased experiment and applet evaluator

Editor and moderator

Page 49: B-Term Physics IQP Interactive Physics Experiments

Conclusions

Beginning feelings about Physics labs

Ran through trials several times

Reworked, reworded, sharpened and shined

Ending feelings about Physics lab

Page 50: B-Term Physics IQP Interactive Physics Experiments

Going Forward

Sample crowd

Conduct surveys

Implementation in classroom

Page 51: B-Term Physics IQP Interactive Physics Experiments

http://www.tuition.com.hk/pics/Physics-GCSE.jpg

Questions?

Physics IQP