Backlinks
- Induced Current Lab Preparation
- Resistors?
- Nuclear Physics Review
- Silicon
- Nuclear Physics
- Einstein Reading
- Capacitor Lab Planning
- Modern Physics Semester 2 Day 1
- Special relativity intro
- Magnetism day 2
- Silicon and Doping!
- day 2
- Why is earth magnetized and venus not
- lrm;
- Capacitors Intro
- Getting started with Physics
- Simultaneity HW
- Modern Physics Long Block
- Phys Day One
- Quantum Mechanics
lrm;- Lorentz Transforms
- Induced Current Lab
lrm;- Geiger Counter
- Silicon Run 1
- The Quantum World, Notes
- Digital Logic
- Magnetic Solids
- induced currents and such
- PHET Simulation w Electric Fields
- Physics 250 Day 1
- Capacitors
Table of Contents
- KBhPHYS201GettingStarted Getting started with Physics
- Exr0n Ret Index exr0n20phys201retIndex
1 Electronics
1.1 Electrostatics
- KBhPHYS201IntroToElectrostaticsLN Intro to Electrostatics
- KB20200825090600 Physics day 1
- KBRemoteRollingBall
- KBVectorIntro
- physQuestions
- KBe20phys201flo5vandegraph
- Voltage and Current with Gravity annotated docs
- PHET Simulation w/ Eletric Field
1.2 Circuits
1.2.1 Resistors
1.3 Silicon Things
- KBhPHYS201Silicon
- Base Conversion KBhPHYS201DigitalLogic
- KBxSiliconAndDoping
- KBxSiliconRunNotes
2 Magnetism
3 Nuclear Physics
4 Relativity
5 Quantum Mechanics
6 References
- KBPHYS201ZachsPhysicsNotesForTest Physics quiz Notes
8 Semester 2
\[S(h, \nu) \equiv \sum\limits_{i=1}^{N} \frac{[D_{i}-(h \cdot \nu_i - w)]^{2}}{\sigma_i^2}\]