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| The goal of the PIRA Demonstration Classification Scheme was created to provide a logical organization and universally inclusive unique number to every lecture demonstration nation wide. The structure of the classification system is as follows: ||||||||||<tablewidth="80%">'''Example: 1D60.10.a Howitzer and Tunnel (another name, Ballistic Cart and Bridge)'''|| ||<:rowspan=4> attachment:piralogo.jpg||<:>1 ||<:>Area ||(mechanics)||<:rowspan=4> attachment:bucky_left_2c.gif|| ||<:>D ||<:>Topic ||(motion in two dimensions)|| ||<:>60 ||<:>Concept ||(projectile motion)|| ||<:>.10 ||<:>Demonstration ||(Howitzer and Tunnel)|| ||<:>For more info Click [http://physicslearning.colorado.edu/PiraHome/dcs/PIRADCS.html DCS] ||<:>.a ||<:>Duplication ||UW-Madison addition for multiple units, (a, b, c, ...) || || ---- |
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| [[Anchor(Mechanics)]] | |
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| ||1A-Measurement||1C-Motion in One Dimension||1D. Motion in Two Dimensions||1E-Relative Motion|| ||1F-Newton's First Law||1G-Newton's Second Law||1H-Newton's Third Law||1J-Statistics of Rigid Bodies|| ||1K-Applications of Newton's Laws||1L-Gravity||1M-Work and Energy||1N-Linear Momentum|| |
||1A-[:Measurement:Measurement]||1C-[:MotionIn1D:Motion in One Dimension]||1D-[:MotionIn2D:Motion in Two Dimensions]||1E-[:RelativeMotion:Relative Motion]|| ||1F-[:Newtons1STLaw:Newton's First Law]||1G-[:Newtons2NDLaw:Newton's Second Law]||1H-[:Newtons3RDLaw:Newton's Third Law]||1J-Statistics of Rigid Bodies|| ||1K-Applications of Newton's Laws||1L-[:Gravity:Gravity]||1M-Work and Energy||1N-[:Linear_Momentum: Linear Momentum]|| |
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| === 3. Sound, Oscillations, and Waves === | [[Anchor(WavesSound)]] === 3. Waves & Sound === |
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| ||3A-Oscillations||3B-Wave Motion||3C-Acoustics||3D-Instruments|| ||3E-Sound Reproduction|| || || || |
||3A-[:Oscillations:Oscillations]||3B-[:WaveMotion:Wave Motion]||3C-[:Acoustics:Acoustics]||3D-[:Instruments:Instruments]|| ||3E-[:SoundReproduction:Sound Reproduction]|| || || || |
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| [[Anchor(ElectricityAndMagnetism)]] | |
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| ||5A-[:Electrostatics:Electrostatics]||5B-[:ElectricFieldsAndPotential:Electric Fields and Potential]||5C-Capacitance||5D-Resistance|| | ||5A-[:Electrostatics:Electrostatics]||5B-[:ElectricFieldsAndPotential:Electric Fields and Potential]||5C-[:Capacitance:Capacitance]||5D-Resistance|| |
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| ||5N-Electromagnetic Radiation|| || || || | ||5N-Electromagnetic Radiation|| || || [:EMEquipmentList: E&M Equipment List] || |
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| [[Anchor(ModernPhysics)]] | |
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| ||7A-Quantum Effects||7B-Atomic Physics||7D-Nuclear Physics||7E-Elementary Particles|| | ||7A-Quantum Effects||7B-Atomic Physics||7D-[:NuclearPhysics: Nuclear Physics]||7E-Elementary Particles|| |
PIRA Classification Scheme
"PIRA" stands for the Physics Instructional Resource Association, partially supported by the American Association of Physics Teachers. Join the [http://www.aapt.org AAPT!]
The goal of the PIRA Demonstration Classification Scheme was created to provide a logical organization and universally inclusive unique number to every lecture demonstration nation wide. The structure of the classification system is as follows:
Example: 1D60.10.a Howitzer and Tunnel (another name, Ballistic Cart and Bridge) |
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attachment:piralogo.jpg |
1 |
Area |
(mechanics) |
attachment:bucky_left_2c.gif |
D |
Topic |
(motion in two dimensions) |
||
60 |
Concept |
(projectile motion) |
||
.10 |
Demonstration |
(Howitzer and Tunnel) |
||
For more info Click [http://physicslearning.colorado.edu/PiraHome/dcs/PIRADCS.html DCS] |
.a |
Duplication |
UW-Madison addition for multiple units, (a, b, c, ...) |
|
(links will become active as demonstrations are catalogued)
1. Mechanics
1A-[:Measurement:Measurement] |
1C-[:MotionIn1D:Motion in One Dimension] |
1D-[:MotionIn2D:Motion in Two Dimensions] |
1E-[:RelativeMotion:Relative Motion] |
1F-[:Newtons1STLaw:Newton's First Law] |
1G-[:Newtons2NDLaw:Newton's Second Law] |
1H-[:Newtons3RDLaw:Newton's Third Law] |
1J-Statistics of Rigid Bodies |
1K-Applications of Newton's Laws |
1L-[:Gravity:Gravity] |
1M-Work and Energy |
1N-[:Linear_Momentum: Linear Momentum] |
1Q-Rotational Dynamics |
1R-Properties of Matter |
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2. Fluid Mechanics
2A-Surface Tension |
2B-Statics of Fluids |
2C-Dynamics of Fluids |
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3. Waves & Sound
3A-[:Oscillations:Oscillations] |
3B-[:WaveMotion:Wave Motion] |
3C-[:Acoustics:Acoustics] |
3D-[:Instruments:Instruments] |
3E-[:SoundReproduction:Sound Reproduction] |
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4.Thermodynamics
4A-Thermal Properties of Matter |
4B-Heat and the First Law |
4C-Change of State |
4D-Kinetic Theory |
4E-Gas Law |
4F-Entropy and the Second Law |
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Anchor(ElectricityAndMagnetism)
5. Electricity and Magnetism
5A-[:Electrostatics:Electrostatics] |
5B-[:ElectricFieldsAndPotential:Electric Fields and Potential] |
5C-[:Capacitance:Capacitance] |
5D-Resistance |
5E-Electromotive Force and Current |
5F-DC Circuits |
5G-Magnetic Materials |
5H-Magnetic Fields and Forces |
5J-Inductance |
5K-Electromagnetic Induction |
5L-AC Circuits |
5M-Semiconductors and Tubes |
5N-Electromagnetic Radiation |
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[:EMEquipmentList: E&M Equipment List] |
6. Optics
6A-Geometrical Optics |
6B-Photometry |
6C-Diffraction |
6D-Interference |
6E-Interference |
6F-Color |
6H-Polarization |
6J-The Eye |
6Q-Modern Optics |
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7. Modern Physics
7A-Quantum Effects |
7B-Atomic Physics |
7D-[:NuclearPhysics: Nuclear Physics] |
7E-Elementary Particles |
7F-Relativity |
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8. Astronomy
8A-Planetary Astronomy |
8B-Stellar Astronomy |
8C-Cosmology |
9. Equipment
9A-Support Systems |
9B-Electronic |
9C-Mechanical |
[:Demonstrations:Demonstrations]
[:Instructional:Home]