Three 1 hour exams, all in class (G125 Duane)
Feb 5, Mar 5, Apr 9
and the Final:
May 4, 1:30-4p
Final Exam: May 4: 1:30p in G125
There will be review session by LAs. THurs 4/30, 3:30-5, and Friday 3-5. In the Lab area.
Designed for 2 hrs
allowed FOUR 3x5 card (more on this in notes)
bring: Pencil, calculator
mostly multiple choice with some essay for extra credit!
Topics: see lecture notes Day 28.
Exam 3: in class, Thurs Apr 9. In class G125, 11a prompt!
Good Job Folks:
Solutions Posted on CU Learn average score was 33.4/40.. see image for histogram of class performance
There will be review session:
Tues in class and by LAs at 3:30p in lab areas,
andWed 1-3p in the help room / lab area
please check the website & lecture notes
Designed for 1 hr
allowed 3x5 card (more on this in notes)
bring: Pencil, calculator
some essay & some multiple choice
Topics: Light - but not that much cameras-- lenses, images, focusing, depth of focus, light, etc digital cameras-- ccd arrays (simple version), color perception, color filtering, fiber optics-- index of refraction, total internal reflection, reflection Nuclear energy / weapons: - alpha decay, chain reaction,fission, fusion, radiation
Exam 2: in class, Thurs Mar 5. In class G125, 11a prompt!
Good Job Folks:
Solutions Posted on CU Learn average score was 30/40.. see image for histogram of class performance
There will be review sessions Tues please check the website & lecture notes
Designed for 1 hr
allowed 3x5 card (more on this in notes)
bring: Pencil, calculator
some essay & some multiple choice (depending on your interest!)
Topics: sound, magnetic fields & electromagnets, amplifiers, capicitors, transistors, resistors, diodes (briefly), TVs , electron beams in magnetic and electric fields, color, discharge lamps (briefly), light, photons, and reflection & refraction.
Exam 1: in class, Thurs Feb 5. In class G125, 11a prompt!
Good Job Folks:
Solutions Posted on CU Learn
Designed for 1 hr
allowed 3x5 card (more on this in notes)
bring: Pencil, calculator
some essay (33%), some calculations (67%) -- designed to be like not very hard HW
Topics: electrostatic forces, circuits, conductors, inulators, photocopies, photoconductors, power distribution (power loss, AC etc)
