One project that I was maybe going to work on in the old All Dimensions wiki was this Units page. It was a natural extension of the pages for edge length, surface area, and so on, to physical quantities that weren't just in [length]n.
With the pages for energy and specific energy, I think it's time to start that project back up again! All Dimensional analysis will rock this earth!
Base Units[]
Official[]
- Length - [length]
- Mass - [mass]
- Time - [time]
- Current - [current]
- Temperature - [temperature]
- Amount - [amount]
- Luminous intensity - [luminous intensity]
Extended[]
These quantities don't appear as offical SI base units, but may be required to express
- Angle - [angle]
- Information - [information]
- Floating point operation - [FLOP]
- Currency - [currency]
Spatial[]
Space Antiderivatives[]
- Vertex count
- Edge length - [length]
- Surface area - [length]2
- Surcell volume - [length]3
- Surteron bulk - [length]4
- Surpeton pentavolume - [length]5
- Surecton hexavolume - [length]6
- Surzetton heptavolume - [length]7
- Suryotton octavolume - [length]8
- Surxennon enneavolume - [length]9
- Surdakon dekavolume - [length]10
Angular Antiderivatives[]
- Plane angle - [angle]
- Realm angle - [angle]2
- Flune angle - [angle]3
Translational Mechanical[]
Time Derivatives of Position[]
- Displacement - [length]
- Velocity - [length][time]-1
- Acceleration - [length][time]-2
- Jerk - [length][time]-3
- Jounce - [length][time]-4
- Crackle - [length][time]-5
- Pop - [length][time]-6
- Lock - [length][time]-7
- Drop - [length][time]-8
Time Antiderivatives of Position[]
- Absement - [length][time]
- Absity - [length][time]2
- Abseleration - [length][time]3
- Abserk - [length][time]4
- Absounce - [length][time]5
- Absackle - [length][time]6
- Absop - [length][time]7
- Absock - [length][time]8
- Absrop - [length][time]9
Time Derivatives of Mass[]
- Mass - [mass]
- Linear drag coefficient - [mass][time]-1
- Spring constant - [mass][time]-2
Time Derivatives of Momentum[]
- Momentum - [mass][length][time]-1
- Force - [mass][length][time]-2
- Yank - [mass][length][time]-3
- Tug - [mass][length][time]-4
- Snatch - [mass][length][time]-5
Time Derivatives of Energy[]
Time Antiderivatives of Energy[]
- Action - [mass][length]2[time]-1
Rotational Mechanical[]
Time Derivatives of Angle[]
- Angular displacement - [angle]
- Angular velocity - [angle][time]-1
- Angular acceleration - [angle][time]-2
- Angular jerk - [angle][time]-3
- Angular jounce - [angle][time]-4
- Angular crackle - [angle][time]-5
- Angular pop - [angle][time]-6
- Angular lock - [angle][time]-7
- Angular drop - [angle][time]-8
Time Antiderivatives of Angle[]
- Angular absement- [angle][time]
- Angular absity - [angle][time]2
- Angular abseleration - [angle][time]3
- Angular abserk - [angle][time]4
- Angular absounce - [angle][time]5
- Angular absackle - [angle][time]6
- Angular absop - [angle][time]7
- Angular absock - [angle][time]8
- Angular absrop - [angle][time]9
Time Derivatives of Moment of Inertia[]
- Moment of inertia - [mass][length]2
- Angular drag coefficient - [mass][length]2[time]-1
- Torsion constant - [mass][length]2[time]-2
Time Derivatives of Angular Momentum[]
- Angular momentum - [angle][mass][length]2[time]-1
- Torque - [angle][mass][length]2[time]-2
- Rotatum - [angle][mass][length]2[time]-3
Time Derivatives of Energy[]
Time Antiderivatives of Energy[]
- Action - [angle]2[mass][length]2[time]-1
Gravitational[]
Gravitational Coupling[]
- Gravitational coupling - [mass]-2[length]-3[time]-2
Space Derivatives of Mass[]
- Mass - [mass]
- Linear mass density - [mass][length]-1
- Surface mass density - [mass][length]-2
- Surcell mass density - [mass][length]-3
Space Derivatives of Gravitational Potential[]
- Gravitational potential - [length]2[time]-2
- Gravitational field strength - [length][time]-2
Electromagnetic[]
Electric Coupling[]
- Electric coupling - [current]2[mass]-1[length]-3[time]4
Space Derivatives of Charge[]
- Charge - [current][time]
- Linear charge density - [current][time][length]-1
- Surface charge density - [current][time][length]-2
- Surcell charge density - [current][time][length]-3
Space Derivatives of Current[]
- Current - [current]
- Linear current density - [current][length]-1
- Surface current density - [current][length]-2
Magnetic Coupling[]
- Magnetic coupling - [current]-2[mass][length][time]-2
Space Derivatives of Magnetic Charge[]
- Magnetic charge - [current][length]
- Linear magnetic charge density - [current]
- Surface magnetic charge density - [current][length]-1
- Surcell magnetic charge density - [current][length]-2
Space Derivatives of Magnetic Current[]
- Magnetic current - [current][length][time]-1
- Linear magnetic current density - [current][time]-1
- Surface magnetic current density - [current][length]-1[time]-1
Circuit Theoretic[]
Time Antiderivatives of Current[]
- Current - [current]
- Charge - [current][time]
Time Antiderivatives of Voltage[]
- Voltage - [current]-1[mass][length]2[time]-3
- Flux linkage - [current]-1[mass][length]2[time]-2
Time Derivatives of Capacitance[]
- Capacitance - [current]2[mass]-1[length]-2[time]4
- Conductance - [current]2[mass]-1[length]-2[time]3
- Reluctance - [current]2[mass]-1[length]-2[time]2
Time Derivatives of Inductance[]
- Inductance - [current]-2[mass][length]2[time]-2
- Resistance - [current]-2[mass][length]2[time]-3
- Elastance - [current]-2[mass][length]2[time]-4