| C++ FLTK desktop app source code | bohr_model_fltk.cpp |
| libgcc_s_sjlj-1.dll from MINGW-W64 [mingw-w64_8.1.0_x86_64_win32_sjlj] | libgcc_s_sjlj-1.dll |
| libstdc++-6.dll from MINGW-W64 [mingw-w64_8.1.0_x86_64_win32_sjlj] | libstdc++-6.dll |
| C++ FLTK desktop app executable SIGNED BY xformulas.net | bohr_model_fltk.exe |
| Formulas | bohr_model.txt |
| ZIP with ALL the files | 20201018_101063_000013_bohr_model_fltk.zip |
| n | Principal quantum number (n>0) |
| Z [protons] | Number of protons in the nucleus |
| me [kg] | Electron mass |
| qe [C] | Elementary charge (pronton charge, inverse of electron charge) |
| ep0 [N*(m^2)/(C^2)] | Vacuum electric permittivity |
| h [J*s] | Planck constant |
| c [m/s] | Speed of light |
| L [kg*m^2/s] | Angular momentum of electron (by definition of principal quantum number) |
| r [m] | Radius of circular orbit of electron |
| v [m/s] | Velocity of electron |
| v [c] | Velocity of electron divided by speed of light |
| Fe [N] | Force on electron due to electric field (Coulomb law) |
| T [J] | Kinetic energy of electron |
| U [J] | Electric potential energy of electron U(r) with U(infinity)=0 |
| Em [J] | Kinetic energy plus electric potential energy of electron |