## Mathematica keyboard shortcuts

https://reference.wolfram.com/language/tutorial/KeyboardShortcutListing.html

## shell commands

### mmadoc

#### Getting documentation with Mathematica code

 1 2  ?Integrate ?WolframAlpha
 1 2 3 4 5 6  #!/bin/bash export TTY funcname="$1" mma "?$funcname"

### mma

  1 2 3 4 5 6 7 8 9 10 11 12 13  #!/bin/bash export TTY # Mathematica tf_script="$(ux tf script wls || echo /dev/null)" trap "rm \"$tf_script\" 2>/dev/null" 0 cat > "\$tf_script" <

### Example

 1 2 3 4 5 6  mmadoc Integrate mmadoc WolframAlpha mma "WolframAlpha[\"size of the moon\"]" WolframAlpha["size of the moon"] wa size of the moon mma "Integrate[5x,x]"
  1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29  Integrate[f, x] gives the indefinite integral ∫ f dx. x max Integrate[f, {x, x , x }] gives the definite integral ∫ f dx. min max x min Integrate[f, {x, x , x }, {y, y , y }, …] min max min max x y max max gives the multiple integral ∫ dx ∫ dy … f. x y min min Integrate[f, {x, y, …} ∈ reg] integrates over the geometric region reg. Null WolframAlpha["query"] sends query to Wolfram|Alpha and imports the output. WolframAlpha["query", format] imports the output according to the specified format. Null {{{Input, 1}, Plaintext} -> Moon | average radius, {{Result, 1}, Plaintext} -> 1737.4 km (kilometers), {{UnitConversion, 1}, Plaintext} -> 1079.6 miles, {{UnitConversion, 2}, Plaintext} -> 1.7374×10^6 meters, {{UnitConversion, 3}, Plaintext} -> 938.12 nmi (nautical miles), {{ComparisonAsRadius, 1}, Plaintext} -> ≈ 0.27 × Earth mean radius ( 6.371×10^6 m ), {{ComparisonAsRadius, 2}, Plaintext} -> ≈ 0.71 × Mercury equatorial radius ( 2.4397×10^6 m ), {{ComparisonAsRadius, 3}, Plaintext} -> ≈ 1.5 × Pluto equatorial radius ( 1.185×10^6 m ), {{Sizes:PlanetaryMoonData, 1}, Plaintext} -> average radius | 1737.4 km (kilometers) equatorial radius | 1738.1 km (kilometers) polar radius | 1736 km (kilometers) average diameter | 3474.8 km (kilometers) equatorial diameter | 3476.2 km (kilometers) polar diameter | 3472 km (kilometers) equatorial circumference | 10921 km (kilometers) angular diameter | 32.829' (arc minutes), {{Input, 1}, Input} -> HoldComplete[Entity[PlanetaryMoon, Moon][EntityProperty[PlanetaryMoon, Radius]]], {{Sizes:PlanetaryMoonData, 1}, Input} -> HoldComplete[Dataset[EntityValue[Entity[PlanetaryMoon, Moon], {EntityProperty[PlanetaryMoon, Radius], EntityProperty[PlanetaryMoon, EquatorialRadius], EntityProperty[PlanetaryMoon, PolarRadius], EntityProperty[PlanetaryMoon, Diameter], EntityProperty[PlanetaryMoon, EquatorialDiameter], EntityProperty[PlanetaryMoon, PolarDiameter], EntityProperty[PlanetaryMoon, EquatorialCircumference], EntityProperty[PlanetaryMoon, AngularDiameterFromEarth]}, PropertyAssociation]]]} 1737.4 kilometers (5*x^2)/2

## Examples

 1 2  wa the richest person in the world wa scientific name for pineapple
 1 2  The world's wealthiest man is Jeff Bezos at an estimated value of 155 billion US dollars Ananas