Common
•Functions and parameters contained in
this package:
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•Package functions and their basic documentation
along with simple examples
•ApproximateExpression
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•April
•AstronomicalUnit
Usage message for AstronomicalUnit
•August
•AverageEarthRadius
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•BoltzmannsConstant
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•ButtonGridLength
Usage message for ButtonGridLength
•CalculatorEngine
Usage message for CalculatorEngine
•CBand
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•CelsiusToFarenheit
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•CelsiusToKelvin
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•ColumnLabelStyle
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•Common
•ComputationMethod
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•CubicMethod
•December
•EarthRadiusScale
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•EarthRotationRate
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•EarthSemiMajorAxis
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•EarthSemiMinorAxis
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•EarthSunMeanDistance
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Usage message for EarthSunMeanDistance
Usage message for EarthSunMeanDistance
Usage message for EarthSunMeanDistance
•Edgeworth
•ExactExpression
•FarenheitToCelsius
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•FarenheitToKelvin
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•February
•FeetToKilometers
Usage message for FeetToKilometers
•FeetToMeters
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•FeetToMiles
Usage message for FeetToMiles
•FeetToNauticalMiles
Usage message for FeetToNauticalMiles
•FindRootMethod
•FindRootSeed
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•FirstColumnStyle
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•FrequencyBand
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•FrequencyRange
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•Frequency
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•FromdB
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•GeneralCalculator
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•Ghz
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•GHz
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•GreenwichSiderealTime
Usage message for GreenwichSiderealTime
The Julian date 2451545 is Julian date of the Julian
reference point (12:00 Dec. 31 1999 relative to Jan1, 4713 BC). The
units of the Julian date are days:
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•HFBand
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•HPolarization
•HPol
•IceTemperature
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•InBandQ
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•January
•JulianDate
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•July
•June
•KaBand
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•KBand
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•KelvinToCelsius
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•KelvinToFarenheit
•KilometersToFeet
Usage message for KilometersToFeet
•KilometersToMeters
•KilometersToMiles
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•KilometersToNauticalMiles
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•KnotsToMetersPerSecond
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•KuBand
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•LBand
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•LightSpeed
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•LocalSiderealTime
Usage message for LocalSiderealTime
•LPol
Usage message for LPol
•LPolarization
Usage message for LPolarization
•LocalSiderealTime
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This package automatically loads the Mathematica
standard add-on package "Miscellaneous`Geodesy`" which
has a function to change between the {degrees. minutes, seconds}
form of latitude or longitude and the value in degrees. We
then multiply by Degree to get the final result expressed in radians:
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•March
•May
•MetersPerSecondToKnots
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•MetersToFeet
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•MetersToKilometers
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•MetersToMiles
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•MetersToNauticalMiles
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•Mhz
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•MHz
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•MilesToFeet
Usage message for MilesToFeet
•MilesToKilometers
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•MilesToMeters
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•MilesToNauticalMiles
Usage message for MilesToNauticalMiles
•MillimeterBand
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•Months
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•NauticalMilesToFeet
Usage message for NauticalMilesToFeet
•NauticalMilesToKilometers
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•NauticalMilesToMeters
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•NFromdB
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•November
•NTodB
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•October
•OtherColumnsStyle
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•PackageFunctionsWithOption
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•PackagesAndFunctionsWithOption
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•PointDifference
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•Polarization
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•PureSymbolQ
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•RadarBands
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•RadarCBand
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•RadarPackages
Usage message for Radar`Common`RadarPackages
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•RadarKaBand
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•RadarKBand
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•RadarKuBand
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•RadarLBand
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•RadarMillimeterBand
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•RadarPackageFunctions
•RadarSBand
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•RadarUHFBand
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•RadarVBand
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•RadarVHFBand
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•RadarWBand
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•RadarXBand
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•RPol
Usage message for RPol
•RPolarization
Usage message for RPolarization
•SBand
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•September
•SetAverageEarthRadius
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Of course this is not something we want to do, so
let's fix it
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•SetdBOption
•SetEarthRadiusScale
See the example for $EarthRadiusScale below.
•SolarConstant
Usage message for SolarConstant
•SolarEquatorialRadius
Usage message for SolarEquatorialRadius
•SolarLuminosity
Usage message for SolarLuminosity
•SpecialPadeq
•SpecialPadeq$
•SphereRadius
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•TabularReport
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•TemperatureConversionCalculator
Usage message for TemperatureConversionCalculator
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•TodB
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•TopStyle
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•UHFBand
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•VBand
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•VHFBand
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•VPolarization
•VPol
•Wavelength
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•WBand
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•XBand
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•XPointDifference
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•YPointDifference
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•$AverageEarthRadius
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•$dB
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•$EarthRadiusScale
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Return it to its default value:
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