The main objective of this course is to learn the principles of physics, including
electricity, magnetism, optics, and wave physics.
Specifically, you will learn to
* calculate electric forces and electric fields from charges.
* calculate electric potential from charge distributions or from the electric field.
* calculate capacitance and resistance of arrangements of conducting materials.
* use Kirchoff's Laws to find characteristics of dc circuits.
* calculate magnetic forces and magnetic fields.
* understand magnetic induction and to use Lenz's and Faraday's Laws.
* calculate characteristics of ac circuits.
* understand the nature of electromagnetic waves and light
*understand phenomena and laws of geometric and wave optics, such as reflection, refraction, polarization, interference
* calculate effects in geometric and wave optics, including interaction of light with optical elements such as lenses, mirrors,
* describe traveling and standing wave patterns of mechanical waves, understand and calculate sound effects such as intensity, loudness, pitch, beats, Doppler effect.
In the laboratory you will learn to:
* take accurate measurements with confidence and understand the uncertainties
*associated with them and uncertainty propagation, calculate percent error and percent difference
* use computer-assisted laboratory methods, based on ScienceWorkshop interface
* analyze data using graphical and computer-based techniques.
* spread-sheet style analysis of data and computer plots
* analyze data to induce scientific conclusions
* write meaningful conclusions based on observations, calculations, and data analysis
* collaborate with others as a team to produce collective results
* construct simple circuits with resistors, capacitors, and inductors |