Difference between revisions of "Template:Rt"
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(Add the physics reference tables: physics chip color, equation-level row labels) |
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| − | <includeonly><span class="pld-chip {{#switch:{{{1}}}|List of Physical Constants|Prefixes for Powers of 10|Vectors|Motion and Forces|Energy|Waves and Electromagnetic Radiation|The Electromagnetic Spectrum (Physics)|Electricity|Circuit Symbols|Series Circuits|Parallel Circuits=pld-chip-phys| | + | <includeonly><span class="pld-chip {{#switch:{{{1}}}|List of Physical Constants|Prefixes for Powers of 10|Vectors|Motion and Forces|Energy|Waves and Electromagnetic Radiation|The Electromagnetic Spectrum (Physics)|Electricity|Circuit Symbols|Series Circuits|Parallel Circuits=pld-chip-phys|Solar System Objects Data Table|Generalized Nucleosynthesis in a Massive Star|Portion of Electromagnetic Spectrum Related to Earth and Space Sciences|Emission Spectra of Some Elements from Stars|H-R Diagram|Life Cycles of Stars Model|Geologic History of New York State|Generalized Surface Bedrock Geology of New York State|Energy and Mineral Resources of New York State|Geographic Province and Landscape Regions of New York State|Model of Earth's Interior Structure|Generalized Cross Section Model of Earth's Surface and Interior|Geologically Important Radioactive Elements Used for Radiometric Dating|Locations of Selected Hotspots|Global Tectonic Activity of the Last One Million Years|Model of Bowen's Reaction Series|Mineral Composition of Igneous Rocks|Rock Cycle Infographic|Key to Weather Map Symbols|Model of Generalized Planetary Wind Belts in the Troposphere|Cross Section Model of Earth's Lower Atmosphere|Surface Ocean Currents Model|Mineral Identification Flowchart=pld-chip-ess|#default=pld-chip-chem}} rt-chip">[[{{#if:{{{row|}}}|{{{1}}}#{{{row}}}|{{{1}}}}}|{{#fas:table}}{{#ifeq:{{{label|}}}|none|| {{#if:{{{label|}}}|{{{label}}}|{{#switch:{{{row|}}}|combined-gas-law=Combined gas law|heat=Heat equations|ppm=ppm|molarity=n = MV|coulombic-force=Coulombic force|temperature=K = °C + 273.15|pressure=1 atm = 101.3 kPa|mole=Mole relationships|gravity=''g'' = 9.8 m/s<sup>2</sup>|gravitational-constant=''G''|speed-of-light=''c'' = 3.00 × 10<sup>8</sup> m/s|speed-of-sound=speed of sound|electronvolt=1 eV|electrostatic-constant=''k''|elementary-charge=''e''|planck=''h''|components=vector components|average-velocity=v̄ = ''d''/''t''|acceleration=''a'' = Δ''v''/''t''|vf-vi-at=''v''<sub>f</sub> = ''v''<sub>i</sub> + ''at''|d-vit-at2=''d'' = ''v''<sub>i</sub>''t'' + ½''at''<sup>2</sup>|vf2-vi2-2ad=''v''<sub>f</sub><sup>2</sup> = ''v''<sub>i</sub><sup>2</sup> + 2''ad''|fnet-ma=''F''<sub>net</sub> = ''ma''|fg-mg=''F''<sub>g</sub> = ''mg''|impulse=''F''<sub>net</sub>''t'' = ''m''Δ''v''|momentum=''p'' = ''mv''|gravitation=''F''<sub>g</sub> = ''Gm''<sub>1</sub>''m''<sub>2</sub>/''r''<sup>2</sup>|centripetal=''a''<sub>c</sub> = ''v''<sup>2</sup>/''r''|circumference=''C'' = 2π''r''|kinetic-energy=''KE'' = ½''mv''<sup>2</sup>|gravitational-pe=Δ''PE''<sub>g</sub> = ''mg''Δ''h''|spring-pe=''PE''<sub>s</sub> = ½''kx''<sup>2</sup>|work=''W'' = ''Fd''|net-work=''W''<sub>net</sub> = Δ''E''<sub>T</sub>|total-energy=''E''<sub>T</sub> = ''PE'' + ''KE'' + ''E''<sub>other</sub>|power=''P'' = ''W''/''t''|thermal-energy=''Q'' = ''mc''Δ''T''|efficiency=% efficiency|wave-speed=''v'' = ''f''λ|period=''T'' = 1/''f''|photon-energy=''E''<sub>photon</sub> = ''hf''|reflection=θ<sub>i</sub> = θ<sub>r</sub>|index-of-refraction=''n'' = ''c''/''v''|snell=''n''<sub>1</sub> sin θ<sub>1</sub> = ''n''<sub>2</sub> sin θ<sub>2</sub>|index-ratio=''n''<sub>2</sub>/''n''<sub>1</sub> = ''v''<sub>1</sub>/''v''<sub>2</sub> = λ<sub>1</sub>/λ<sub>2</sub>|lens-equation=1/''F'' = 1/''d''<sub>o</sub> + 1/''d''<sub>i</sub>|magnification=''h''<sub>i</sub>/''h''<sub>o</sub> = −''d''<sub>i</sub>/''d''<sub>o</sub>|coulomb=''F''<sub>e</sub> = ''kq''<sub>1</sub>''q''<sub>2</sub>/''r''<sup>2</sup>|electric-field=''F''<sub>e</sub> = ''qE''|w-qv=''W'' = ''qV''|electric-power=''P'' = ''VI'' = ''I''<sup>2</sup>''R'' = ''V''<sup>2</sup>/''R''|electrical-energy=''W'' = ''Pt'' = ''VIt''|ohm=''V'' = ''IR''|current=''I'' = Δ''q''/''t''|series-current=''I'' = ''I''<sub>1</sub> = ''I''<sub>2</sub> = …|series-voltage=''V'' = ''V''<sub>1</sub> + ''V''<sub>2</sub> + …|series-resistance=''R''<sub>eq</sub> = ''R''<sub>1</sub> + ''R''<sub>2</sub> + …|parallel-current=''I'' = ''I''<sub>1</sub> + ''I''<sub>2</sub> + …|parallel-voltage=''V'' = ''V''<sub>1</sub> = ''V''<sub>2</sub> = …|parallel-resistance=1/''R''<sub>eq</sub> = 1/''R''<sub>1</sub> + 1/''R''<sub>2</sub> + …|#default={{#switch:{{{1}}}|Periodic Table of the Elements=Periodic Table|The Electromagnetic Spectrum=EM Spectrum|Symbols Used in Nuclear Chemistry=Nuclear Symbols|Selected Ions Forming Aqueous Solutions=Selected Ions|Mathematical and Computational Models=Equations|Mathematical Relationships=Relationships|Selected Units=Units|Selected Metric Prefixes=Metric Prefixes|List of Physical Constants=Constants|Prefixes for Powers of 10=Prefixes|Vectors=Vectors|Motion and Forces=Motion and Forces|Energy=Energy equations|Waves and Electromagnetic Radiation=Waves equations|The Electromagnetic Spectrum (Physics)=EM Spectrum|Electricity=Electricity equations|Circuit Symbols=Circuit Symbols|Series Circuits=Series Circuits|Parallel Circuits=Parallel Circuits|Solar System Objects Data Table=Solar System Data|Generalized Nucleosynthesis in a Massive Star=Nucleosynthesis|Portion of Electromagnetic Spectrum Related to Earth and Space Sciences=EM Spectrum|Emission Spectra of Some Elements from Stars=Emission Spectra|H-R Diagram=H-R Diagram|Life Cycles of Stars Model=Life Cycles of Stars|Geologic History of New York State=Geologic History|Generalized Surface Bedrock Geology of New York State=NYS Bedrock Geology|Energy and Mineral Resources of New York State=NYS Energy & Mineral Resources|Geographic Province and Landscape Regions of New York State=NYS Landscape Regions|Model of Earth's Interior Structure=Earth's Interior|Generalized Cross Section Model of Earth's Surface and Interior=Surface & Interior Cross Section|Geologically Important Radioactive Elements Used for Radiometric Dating=Radioactive Elements|Locations of Selected Hotspots=Hotspots|Global Tectonic Activity of the Last One Million Years=Tectonic Plates|Model of Bowen's Reaction Series=Bowen's Reaction Series|Mineral Composition of Igneous Rocks=Igneous Rock Composition|Rock Cycle Infographic=Rock Cycle|Key to Weather Map Symbols=Weather Map Symbols|Model of Generalized Planetary Wind Belts in the Troposphere=Planetary Wind Belts|Cross Section Model of Earth's Lower Atmosphere=Lower Atmosphere|Surface Ocean Currents Model=Ocean Currents|Mineral Identification Flowchart=Mineral Identification|#default={{{1}}}}}}}}}}}]]</span></includeonly><noinclude> |
| − | + | A small chip with a table icon that links to one of the [[Chemistry Reference Tables]], [[Physics Reference Tables]] or [[Earth and Space Science Reference Tables|Earth and Space Sciences Reference Tables]]. It goes next to the standard on a question cluster page, in the <code>text1</code>, <code>text2</code>… parameters of [[Template:Examcluster]], to show that the question cannot be answered without that table. The chip's hover text is the table's page name, and the chip takes the chemistry, physics or Earth and space science color from the page name. | |
<pre> | <pre> | ||
| Line 6: | Line 6: | ||
|text2=[[HS-PS1-8]] {{Rt|Symbols Used in Nuclear Chemistry}} {{Rt|Periodic Table of the Elements}} | |text2=[[HS-PS1-8]] {{Rt|Symbols Used in Nuclear Chemistry}} {{Rt|Periodic Table of the Elements}} | ||
|text3=[[HS-PS2-1]] {{Rt|Motion and Forces|row=fnet-ma}} {{Rt|List of Physical Constants|row=gravity}} | |text3=[[HS-PS2-1]] {{Rt|Motion and Forces|row=fnet-ma}} {{Rt|List of Physical Constants|row=gravity}} | ||
| + | |text2=[[HS-ESS2-8]] {{Rt|Key to Weather Map Symbols}} | ||
</pre> | </pre> | ||
| − | which gives: [[HS-PS1-9]] {{Rt|Mathematical and Computational Models|row=combined-gas-law}} {{Rt|Mathematical Relationships|row=temperature}} · [[HS-PS1-8]] {{Rt|Symbols Used in Nuclear Chemistry}} {{Rt|Periodic Table of the Elements}} · [[HS-PS2-1]] {{Rt|Motion and Forces|row=fnet-ma}} {{Rt|List of Physical Constants|row=gravity}} | + | which gives: [[HS-PS1-9]] {{Rt|Mathematical and Computational Models|row=combined-gas-law}} {{Rt|Mathematical Relationships|row=temperature}} · [[HS-PS1-8]] {{Rt|Symbols Used in Nuclear Chemistry}} {{Rt|Periodic Table of the Elements}} · [[HS-PS2-1]] {{Rt|Motion and Forces|row=fnet-ma}} {{Rt|List of Physical Constants|row=gravity}} · [[HS-ESS2-8]] {{Rt|Key to Weather Map Symbols}} |
* First parameter: the table's page name, exactly as the page is titled. | * First parameter: the table's page name, exactly as the page is titled. | ||
| − | * <code>row</code>: the row of the table the question uses; the link then lands on that | + | * <code>row</code> (chemistry and physics equation sheets only; the Earth and space science tables are maps, charts and models, so their chips link to the whole page): the row of the table the question uses; the link then lands on that table and the chip shows that row's equation or constant. The row ids are: |
| + | ** [[Mathematical and Computational Models]]: <code>combined-gas-law</code>, <code>heat</code>, <code>ppm</code>, <code>molarity</code>, <code>coulombic-force</code> | ||
| + | ** [[Mathematical Relationships]]: <code>temperature</code>, <code>pressure</code>, <code>mole</code> | ||
| + | ** [[List of Physical Constants]]: <code>gravity</code>, <code>gravity-field</code>, <code>gravitational-constant</code>, <code>speed-of-light</code>, <code>speed-of-sound</code>, <code>electronvolt</code>, <code>electrostatic-constant</code>, <code>elementary-charge</code>, <code>planck</code> | ||
| + | ** [[Vectors]]: <code>components</code> | ||
| + | ** [[Motion and Forces]]: <code>average-velocity</code>, <code>acceleration</code>, <code>vf-vi-at</code>, <code>d-vit-at2</code>, <code>vf2-vi2-2ad</code>, <code>fnet-ma</code>, <code>fg-mg</code>, <code>impulse</code>, <code>momentum</code>, <code>gravitation</code>, <code>centripetal</code>, <code>circumference</code> | ||
| + | ** [[Energy]]: <code>kinetic-energy</code>, <code>gravitational-pe</code>, <code>spring-pe</code>, <code>work</code>, <code>net-work</code>, <code>total-energy</code>, <code>power</code>, <code>thermal-energy</code>, <code>efficiency</code> | ||
| + | ** [[Waves and Electromagnetic Radiation]]: <code>wave-speed</code>, <code>period</code>, <code>photon-energy</code>, <code>reflection</code>, <code>index-of-refraction</code>, <code>snell</code>, <code>index-ratio</code>, <code>lens-equation</code>, <code>magnification</code> | ||
| + | ** [[Electricity]]: <code>coulomb</code>, <code>electric-field</code>, <code>w-qv</code>, <code>electric-power</code>, <code>electrical-energy</code>, <code>ohm</code>, <code>current</code> | ||
| + | ** [[Series Circuits]]: <code>series-current</code>, <code>series-voltage</code>, <code>series-resistance</code> | ||
| + | ** [[Parallel Circuits]]: <code>parallel-current</code>, <code>parallel-voltage</code>, <code>parallel-resistance</code> | ||
* <code>label</code>: text to show after the icon instead of the default (<code>label=none</code> shows the icon alone). | * <code>label</code>: text to show after the icon instead of the default (<code>label=none</code> shows the icon alone). | ||
The chip reuses the <code>pld-chip</code> styles from [[MediaWiki:Common.css]]; the extra <code>rt-chip</code> class is there in case the chips ever need a style of their own. | The chip reuses the <code>pld-chip</code> styles from [[MediaWiki:Common.css]]; the extra <code>rt-chip</code> class is there in case the chips ever need a style of their own. | ||
</noinclude> | </noinclude> | ||
Latest revision as of 17:52, 25 October 2026
A small chip with a table icon that links to one of the Chemistry Reference Tables, Physics Reference Tables or Earth and Space Sciences Reference Tables. It goes next to the standard on a question cluster page, in the text1, text2… parameters of Template:Examcluster, to show that the question cannot be answered without that table. The chip's hover text is the table's page name, and the chip takes the chemistry, physics or Earth and space science color from the page name.
|text4=[[HS-PS1-9]] {{Rt|Mathematical and Computational Models|row=combined-gas-law}} {{Rt|Mathematical Relationships|row=temperature}}
|text2=[[HS-PS1-8]] {{Rt|Symbols Used in Nuclear Chemistry}} {{Rt|Periodic Table of the Elements}}
|text3=[[HS-PS2-1]] {{Rt|Motion and Forces|row=fnet-ma}} {{Rt|List of Physical Constants|row=gravity}}
|text2=[[HS-ESS2-8]] {{Rt|Key to Weather Map Symbols}}
which gives: HS-PS1-9 Combined gas law K = °C + 273.15 · HS-PS1-8 Nuclear Symbols Periodic Table · HS-PS2-1 Fnet = ma g = 9.8 m/s2 · HS-ESS2-8 Weather Map Symbols
- First parameter: the table's page name, exactly as the page is titled.
row(chemistry and physics equation sheets only; the Earth and space science tables are maps, charts and models, so their chips link to the whole page): the row of the table the question uses; the link then lands on that table and the chip shows that row's equation or constant. The row ids are:- Mathematical and Computational Models:
combined-gas-law,heat,ppm,molarity,coulombic-force - Mathematical Relationships:
temperature,pressure,mole - List of Physical Constants:
gravity,gravity-field,gravitational-constant,speed-of-light,speed-of-sound,electronvolt,electrostatic-constant,elementary-charge,planck - Vectors:
components - Motion and Forces:
average-velocity,acceleration,vf-vi-at,d-vit-at2,vf2-vi2-2ad,fnet-ma,fg-mg,impulse,momentum,gravitation,centripetal,circumference - Energy:
kinetic-energy,gravitational-pe,spring-pe,work,net-work,total-energy,power,thermal-energy,efficiency - Waves and Electromagnetic Radiation:
wave-speed,period,photon-energy,reflection,index-of-refraction,snell,index-ratio,lens-equation,magnification - Electricity:
coulomb,electric-field,w-qv,electric-power,electrical-energy,ohm,current - Series Circuits:
series-current,series-voltage,series-resistance - Parallel Circuits:
parallel-current,parallel-voltage,parallel-resistance
- Mathematical and Computational Models:
label: text to show after the icon instead of the default (label=noneshows the icon alone).
The chip reuses the pld-chip styles from MediaWiki:Common.css; the extra rt-chip class is there in case the chips ever need a style of their own.