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01:750:202 Study Guide - Fall 2019, Comprehensive Final Exam Notes - Photon, Polonium, Mew (Band)

01:750:202 Lecture Notes - Lecture 70: Photon

01:750:202 Lecture 60: 60 bohrs model

01:750:202 Lecture 67: 67 radioactive decay

01:750:202 Lecture 61: 61 x rays

01:750:202 Lecture 64: 64 nuclear instability

01:750:202 Lecture 66: 66 gamma rays

01:750:202 Lecture 69: 69 nuclear fission

01:750:202 Lecture 65: 65 mass defect

01:750:202 Lecture 68: 68 nuclear reactions

01:750:202 Lecture 62: 62 strong nuclear force

01:750:202 Lecture 63: 63 structure of nucleus

01:750:202 Lecture 53: 53 pair production 2

01:750:202 Lecture 51: 51 black body radiation

01:750:202 Lecture 58: 58 line spectra

01:750:202 Lecture 52: 52 pair production

01:750:202 Lecture 59: 59 hydrogen model

01:750:202 Lecture 54: 54 pair annilatino

01:750:202 Lecture 50: 50 particles and waves

01:750:202 Lecture 55: 55 wave-particle dualities

01:750:202 Lecture 56: 56 uncertainity principle

01:750:202 Lecture 57: 57 compton scattering

01:750:202 Lecture 45: 45 resolving power

01:750:202 Lecture 44: 44 diffraction

01:750:202 Lecture 47: 47 time dilation

01:750:202 Lecture 48: 48 length contraction

01:750:202 Lecture 40: 40 interference

01:750:202 Lecture 49: 49 relative addition of velocities

01:750:202 Lecture 41: 41 diffreaction grating

01:750:202 Lecture 46: 46 special relativity

01:750:202 Lecture 42: 42 thin film

01:750:202 Lecture 43: 43 soap thin film

01:750:202 Lecture 36: 36 images formed by thin lenses

01:750:202 Lecture 37: 37 human eye

01:750:202 Lecture 38: 38 magnifying glasses

01:750:202 Lecture 18: 31 images formed by spherical mirrors

01:750:202 Lecture 39: 39 astronomical telescope

01:750:202 Lecture 32: 32 refraction

01:750:202 Lecture 28: 35 converging lenses

01:750:202 Lecture 30: 30 spherical mirrors 2