Tools for Common Meteorological Calculations
Please note that the calculations will provide
more digits than what you might need. Be wise and truncate "INSIGNIFICANT"
digits as you see fit in your application.
The tools are written in Java 1.0/1.2 and are required to use
a Java enable browser. Please use the latest browser (Netscape 4.7 or above,
or Internet Explorer 5.0 or above). Also depend on the speed of your own
computer, it might take a while for the Java program to load.
BE
PATIENT.
-
Unit Conversions
-
ConverterOne
: length, mass, time, temperature
-
ConverterTwo
: area, volume, fluid volume, density, speed
-
ConverterThree
: pressure, force, energy, power
-
All of
the Above Together
-
Ideal Gas Laws
-
relationship between pressure, temperature and density (volume) of ideal
gas
-
Geopotential
height vs. geometric height
-
Latitude
dependence of Coriolis parameter (f) and acceleration due to gravity (g)
-
Hydrostatic
equation and Hypsometric equation
relationship between pressure, temperature and thickness of vertically
static atmosphere
-
adjustment of pressure to a different height
-
calculation of the thickness of a layer of atmosphere
-
height calculation in soundings
-
reduction of sea level pressure
-
Pressure/Height Related Conversions
-
Standard
Atmosphere (the Troposphere)
-
standard tropospheric pressure, altitude, temperature and density
-
calculation of pressure altitude and density altitude(dry)
-
Saturation
Vapor Pressure Over Liquid Water or Ice
-
Moisture
Conversions I
Dew Point Temperature, Vapor Pressure, Mixing Ratio, Relative Humidity
-
Moisture
Conversions II
Dew Point Temperature, Wet Bulb Temperature, Relative Humidity
-
Potential
Temperature, Equivalent Potential Temperature, Lifting Condensation Level
Links to Other Sites
- Easy Unit Converter
-
The Weather Calculator
-
Calculators On-line Center
-
Calculator
for moist air
-
Interactive Media
from Shodor Education Foundation
-
Function and its Derivative (and Plots of the function and its derivative)
-
Mathematica Symbolic Integration
-
Flow Over Mountain Simulation
Report any errors or send any
suggestions to yoh@hurri.kean.edu