Program ATOM101.BAS computes (or explains) the following:
Kinetic energy – solve for the energy in an asteroid colliding with the earth
Electromagnetic radiation (EMR) – solve for frequency, wavelength, or wave number
EMR – compute electric and magnetic field strength of a light beam
EMR – compute illumination e/m fields at a distance
Solve E=MC^2 for either mass or energy
Compute radiant emittance vs. wavelength for the Sun – graph results
Compute radiant emittance vs. wavelength for Venus – graph results

Program ATOM102.BAS computes (or explains) the following:
Table of almost all atomic particles (as of 1992) showing mass, charge, etc.
Carbon dating – how it is done – how to compute an age
Nuclear radius of an atom vs. mass number
Compute nuclear binding energies
Magnetic field directions, notations, and directions
Diagram of right-hand rule
How a charged particle moves in a magnetic field
Compute energy/velocity (e/v) of an electron in a TV tube
Compute e/v of an electron in a Crooke’s tube
3 particles of different mass & charge moving the same speed in a magnetic (B) field
Solve for a particle velocity, radius, B-field, mass, or charge (Q)
Compute Bohr orbits for a hydrogen electron
Compute a Balmer series for an H electron
What is Cerenkov radiation – solve for a given particle speed & index of refraction
A complete table of all Cosmic Ray types and their source (Sun or galactic)
How secondary Cosmic Rays & other particles curve in a magnetic field