OJOOOO, Poner en el código del programa format long para mayor exactitud
Codigos de conversion de Temperatura convertedValues = convtemp(valuesToConvert, inputTemperatureUnits , outputTemperatureUnits )
Specified input temperature units. Supported units are:
'K'
Kelvin
'F'
Degrees Fahrenheit
'C'
Degrees Celsius
'R'
Degrees Rankine
Ej:
a = convtemp( 15 ,'C','F') a = 59.0000
Conversion de aceleracion: aceleracion: convertedValues = convacc(valuesToConvert, inputAccelUnits, outputAccelUnits)
inputAccelUnits
outputAccelUnits
Specified input acceleration units. Supported units are: 'ft/s^2'
Feet per second squared
'm/s^2'
Meters per second squared
'km/s^2'
Kilometers per second squared
'in/s^2'
Inches per second squared
'km/h-s'
Kilometers per hour per second
'mph/s'
Miles per hour per second
'G''s'
g-units
Specified output acceleration units. Supported units are:
Ej: a = convacc( 20 ,'ft/s^2','m/s^2') a = 6.0960
Conversion de Angulos convertedValues = convang(valuesToConvert, inputAngleUnits, outputAngleUnits)
inputAngleUnits
outputAngleUnits
Specified input angle units. Supported units are: 'deg'
Degrees
'rad'
Radians
'rev'
Revolutions
Specified output angle units. Supported units are:
a = convang(20,'deg','rad') a =
0.3491
Conversion de Velocidad Angular: convertedValues = convangvel(valuesToConvert, inputAngularVelocityUnits, outputAngularVelocityUnits)
'deg/s'
Degrees per second
'rad/s'
Radians per second
'rpm'
Revolutions per minute
a = convangvel(0.5,'deg/s','rad/s') a =
0.0087
Conversion de Densidad: convertedValues = convdensity(valuesToConvert, inputDensityUnits, outputDensityUnits)
'lbm/ft^3'
Pound mass per feet cubed
'kg/m^3'
Kilograms per meters cubed
'slug/ft^3'
Slugs per feet cubed
'lbm/in^3'
Pound mass per inch cubed
Ej: a = convdensity(0.5,'lbm/ft^3','kg/m^3') a =
8.0092
Conversion de Fuerza convertedValues = convforce(valuesToConvert, inputForceUnits, outputForceUnits)
'lbf' 'N'
Pound force Newton
Ejemplo: a = convforce( 120,'lbf','N') a =
533.7866
Conversion de longitud convertedValues = convlength(valuesToConvert, inputLengthUnits, outputLengthUnits)
'ft'
Feet
'm'
Meters
'km'
Kilometers
'in'
Inches
'mi'
Miles
'naut mi'
Nautical miles
a = convlength(20,'ft','m') a =
6.0960
Conversion de Masa convertedValues = convmass(valuesToConvert, inputMassUnits, outputMassUnits)
Ej: a = convmass(5,'lbm','kg') a = 2.2680
'lbm'
Pound mass
'kg'
Kilograms
'slug'
Slugs
Conversion de Presion convertedValues= convpres(valuesToConvert, inputPressureUnits, outputPressureUnits)
'psi'
Pound force per square inch
'Pa'
Pascal
'psf'
Pound force per square foot
'atm'
Atmosphere
a = convpres(14.696,'psi','atm') a =
1.0000
Conversion de velocidad: 'ft/s'
Feet per second
'm/s'
Meters per second
'km/s'
Kilometers per second
'in/s'
Inches per second
'km/h'
Kilometers per hour
'mph'
Miles per hour
'kts'
Knots
'ft/min'
Feet per minute
Ejemplo: a = convvel(250,'ft/min','m/s') a =1.2700
Interpolaciones: Interpolacion Lineal g=interp1(x,y, Valor a interpolar,’linear’) Interpolacion Cubica h=interp1(x,y, Valor a interpolar,’cubic’) Interpolacion Escalonada k=interp1(x,y, Valor a interpolar,’explain’)
Donde g, h y k se les asigna el valor de la interpolación x= los valores de menor a mayor que se den [x0 x1 x2… xn] y= las imágenes de x [f(x0) f(x1) f(x2)… f(xn)]
