Introduction to Scientific Computing or Scientific Computing 1. At least 4 credits in Mechanics. Participation in Several Variable Calculus.
Electrostatics: electric charge and fields, electric potential, electric dipole, Gauss law, capacitors, electrostatic energy Magnetism: magnetic fields and forces Electromagnetic waves and optics: reflection, refraction, dispersion, polarisation, interference and diffraction Measurement instruments and components in circuits Biotechnological applications of electrostatics, magnetism, electromagnetic waves and optics Laboratory exercises: introduction to electric measurements and circuits, capacitor lab, polarisation of light, wave character of light.
