rad2nm

Convert spherical distance from radians to nautical miles

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Syntax

nm = rad2nm(rad)
nm = rad2nm(rad,radius)
nm = rad2nm(rad,sphere)

Description

nm = rad2nm(rad) converts distances from radians to nautical miles, as measured along a great circle on a sphere with a radius of 3440.065 nm, the mean radius of the Earth.

example

nm = rad2nm(rad,radius) converts distances from radians to nautical miles, as measured along a great circle on a sphere having the specified radius.

example

nm = rad2nm(rad,sphere) converts distances from radians to nautical miles, as measured along a great circle on a sphere approximating an object in the Solar System.

Examples

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Open Live Script

Find the circumference of the Earth in nautical miles. By default, the rad2nm function assumes your input is a measurement of the Earth, which is represented as a sphere with a radius of 3440.065 nautical miles.

nm = rad2nm(2*pi)
nm = 
2.1615e+04
Open Live Script

Find the circumference of a sphere with a radius of 3432 nautical miles.

nm = rad2nm(2*pi,3432)
nm = 
2.1564e+04

Input Arguments

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Distance in radians, specified as a numeric array.

Data Types: single | double

Radius of sphere in units of nautical miles, specified as a numeric scalar.

Sphere approximating an object in the Solar System, specified as one of the following values: 'sun', 'moon', 'mercury', 'venus', 'earth', 'mars', 'jupiter', 'saturn', 'uranus', 'neptune', or 'pluto'. The value of sphere is case-insensitive.

Output Arguments

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Distance in nautical miles, returned as a numeric array.

Data Types: single | double

Version History

Introduced in R2007a

See Also

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