SleekRank for physics formula pages
Maintain formulas, LaTeX, variable definitions, units, derivation notes, and worked examples in Google Sheets or JSON. SleekRank generates one indexable WordPress page per equation with MathJax rendering and cross-links by topic.
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Physics formulas have the same structure across every branch
An equation has a name, a LaTeX representation, a list of variables with definitions and units, a domain (mechanics, electromagnetism, thermodynamics, quantum, relativity), prerequisites, a derivation or reference, and ideally a worked example. The structure is identical from F = ma to Schrödinger's equation, which is why a per-formula template makes more sense than a single long article.
SleekRank reads a formulas sheet and generates one page per row at /physics/formulas/{slug}/. Tag mappings handle the title, selector mappings inject the LaTeX into a MathJax block and the domain badge, list mappings render variables with their units and the worked example steps, meta mappings carry description and structured data.
Lecturers, textbook authors, and students edit the sheet directly. New equations ship as new rows. Variable definitions stay consistent across the corpus because they live in one column array. Worked examples can grow over time without touching WordPress.
Workflow
From formulas sheet to per-equation URLs
Build the formulas sheet
Design the formula template
Map equations to template
Add domain index pages
Data in, pages out
Formula rows to physics URLs
| slug | name | latex | domain | primary_use |
|---|---|---|---|---|
| newtons-second-law | Newton's second law | F = ma | Mechanics | Force from mass and acceleration |
| schrodinger-equation | Schrodinger equation | i hbar d/dt psi = H psi | Quantum | Time evolution of a quantum state |
| maxwells-equations | Maxwell's equations | div E = rho/eps0 | Electromagnetism | Foundations of classical electromagnetism |
| lorentz-force | Lorentz force | F = q(E + v x B) | Electromagnetism | Force on a charge in an EM field |
| ideal-gas-law | Ideal gas law | PV = nRT | Thermodynamics | State equation for an ideal gas |
/physics/formulas/{slug}/
- /physics/formulas/newtons-second-law/
- /physics/formulas/schrodinger-equation/
- /physics/formulas/maxwells-equations/
- /physics/formulas/lorentz-force/
- /physics/formulas/ideal-gas-law/
Comparison
Hand-built equation pages vs SleekRank
Manual page per formula
- Each equation is a manual page with hand-typed LaTeX and variables
- MathJax or KaTeX integration breaks differently per post
- Variable definitions and units drift across pages
- Domain tagging is easy to forget on individual entries
- Worked examples get inconsistent depth from page to page
- Long tail of less-famous equations stays unpublished
SleekRank
- One URL per equation sourced from a single sheet
- Selector mapping injects LaTeX into a consistently configured MathJax block
- List mapping renders variables with definitions and SI units
- Domain column drives badges and topic-index pages
- Sitemap entries per equation, base template noindexed
- Add a row, ship an indexed formula page on the next cache cycle
Features
What SleekRank gives you for physics formula pages
LaTeX rendered consistently
Store the LaTeX source in a column and inject it into a MathJax or KaTeX block via selector mapping. Every page renders with the same delimiters and the same configuration, so equations look identical across the corpus.
Variables as structured data
A variables array per row, each entry with symbol, name, and unit, renders into a defined-symbols block. The same data can feed a JSON-LD definition list that search engines parse for richer results.
Worked examples per equation
An examples array per row stores step-by-step numerical examples. List mapping renders them as a styled walkthrough on each formula page so students see the formula in use.
Use cases
Who builds physics formula pages with SleekRank
Universities and lecturers
Departments publish a public formula reference students bookmark across the semester. The sheet doubles as a teaching aid linked from problem sets and lecture notes.
Textbook companion sites
Publishers generate the formula reference for a textbook directly from the index, with each entry linking to the chapter where the equation is introduced.
Tutoring and exam-prep platforms
MCAT, GRE physics, and JEE prep sites use the same dataset to power study pages and embedded equation widgets across the platform.
The bigger picture
Why physics formula references belong on programmatic pages
Physics queries follow a sharp pattern. Students type "Schrodinger equation explained," "Lorentz force derivation," or "ideal gas law worked example," and they want one focused page that shows the equation, the variables, and a path to understanding it. A per-equation URL outranks a general list every time.
The structural problem is that a real reference covers hundreds of equations across mechanics, electromagnetism, thermodynamics, quantum, relativity, and statistical physics, and writing each in the editor is a multi-semester project that rarely finishes. The data is naturally tabular. Name, LaTeX, variables, domain, derivation, examples.
SleekRank turns the sheet into a publication surface. Lecturers and contributors own the content, the web team owns layout, and the formula reference grows as fast as the dataset. MathJax configuration lives once in the template instead of being re-implemented per page.
Pair with SleekPixel for OG cards that render the formula name and domain badge cleanly so shares carry the visual identity of a real reference rather than a stock blog.
Questions
Common questions about SleekRank for physics formula pages
Both work. KaTeX is faster but supports a smaller subset of LaTeX. MathJax is more complete and handles edge cases in tensor notation, multi-line equations, and chemistry better. For most physics references, MathJax v3 in CHTML mode is a good default. Load it once in the base template so every generated page gets identical rendering.
 Store the LaTeX with the same align or pmatrix environments you would use in a textbook. Selector mapping passes the full source through unchanged. The only constraint is that the column must hold the entire LaTeX string. Google Sheets allows 50,000 characters per cell, which covers any practical equation.
 Yes. Add columns for latex_si, latex_gaussian, latex_natural_units, and render whichever the reader has selected. A small JS toggle in the template flips between presentations using the same data row. Convention selection can also be reflected in URL parameters for shareable views.
 Yes. Each URL is added to the SleekRank sitemap. The base template is excluded and noindexed. Submit the sitemap in Search Console. Common equation queries face competition from established reference sites, but the long tail of derivations, applications, and specific examples is far easier to rank for and represents most of the corpus.
 No. Derivations come from the source. SleekRank only renders what is in the data. Physics derivations need to be authored by someone who understands the material; SleekRank handles publishing, not authorship. Mistakes in a generated derivation propagate everywhere it is referenced, so authoring stays human.
 Yes. Add a plot_url or embed_html column and inject it via selector mapping into a placeholder in the template. Plotly, Desmos, GeoGebra, and custom WebGL widgets all work as iframes or inline embeds. Keep heavy widgets in lazy-loaded slots so the main equation page renders fast.
 Use a second URL pattern that filters rows by domain. Same source feeds per-equation and domain pages, so adding a thermodynamics formula populates the thermodynamics index. Sub-domain filtering, like statistical mechanics within thermodynamics, uses a sub_domain column with a third URL pattern.
 Yes. Store references as an array of objects with title, authors, year, and url or doi. List mapping renders them into a references block at the bottom of each formula page. Linking to arXiv, DOI, or library URLs keeps the corpus citable and useful for serious readers.
 Pricing
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