Dovada student calculator - For astronomy, physics data

Developed by the Dovada research team, the student calculator is ideal for use in the school, home, office or engineering and scientific research centers, anywhere mathematical or physics information is continually used or required.

The student calculator has hundreds of science, astronomy, physics data and mathematical formulae built in and can be easily accessed and used in calculations. No longer do you have to search the text books for that common formula or data.

Dovada student calculator full image

One of the features of the student calculator is the decimal (SI) mode, i.e. all stored physical inbuilt physical values are in meters, this will not be always convenient for those who live in countries like the USA and UK who use imperial values of miles and yards instead of kilometers and meters.

Most work in physics research today uses the (SI) system, which represent (System International d'Unites:) a complete metric system of units of measurement for scientists; fundamental quantities are length (meter) and mass (kilogram) and time (second) and electric current (ampere) and temperature (Kelvin) and amount of matter (mole) and luminous intensity (candela); "Today the United States is the only country in the world not totally committed to the System International d'Unites" (SI).

Unfortunately unless a uniform system of measurement is used by the scientist, he will not be able to relate atomic behavior under the standard (SI) measurement system with systems outside of the (SI) system, under these circumstances, the scientific comparisons will ultimately breakdown.

For this reason the student calculator defaults wherever possible to the decimal meter system. Only in this way can internal atomic behavior be related to its correct cosmic environment in the correct (SI) decimal format.

Values outside of the (SI) format can still be obtained using the conversion tool facility available and built within the student calculator.

Whilst this may be considered as an inconvenience at this time, it will in the future become a blessing for the scientist, in times to come.

The atom is as much apart of our environment as we are, and must be mathematically considered as equal to our environment. This means that the environment values and the atomic values must share the same (SI) reference and be equal mathematically.