This page provides materials of SCPY 163 Basic Physics 

  • Syllabus

    General Physics: SCPY 178

    Basic Physics for Medical Science: SCPY 163

  • Contents

    TOPICS:

    1 Mechanics,
    2 temperature and heat, 3 fluid,
    4 waves,
    5 sound and hearing,
    6 optics and visualization, 7 basic electromagnetism, 8 basic quantum mechanics,
    9 atomic physics,
    10 nuclear physics, and radioactivity

  • Assessment

    Although attendance in the lectures is not a factor in grading, the quizzes are a factor in grading. They will not be announced in advance, and they will be given randomly. The quizzes will cover material discussed in the current and very recent lectures.

    GRADING: Your grade will be determined according to the following distribution. (Part of the homework grade may be based on work done in class.):
    Homework - 10%,
    Random Quizzes – 15%,
    Project - 15%,
    Midterm – 30%,
    Final Examination 30%.

    Tentative grading criterion:
    80-100 A
    70-79 B+
    60-69 B
    50-59 C+
    40-49 C
    30-39 D+
    20-29 D
    Below 20 F

SCPY178_General Physics_WT_YJ_2015

Syllabus
General Physics: SCPY 178

SCPY163_BasicPhysics_WT_NN_2015

Syllabus
Basic Physics for Medical Science: SCPY 163

W1.02.SVATintro

Introduction

Basic physics__L3_min

Hest & Thermodynamics

Basic physics__L2_min

Mechanics

Basic physics__L4_min2

Fluid Dynamics

Basic physics__L5_min

Basic physics__L6_min2

Sound & Hearing

Basic physics__L7_min

Optics & EM

WT_ELECTRO_Lec1

Electrostatics_Lec_1

WT_ELECTRO_Lec2

Electrostatics_Lec_2

WT_magnet_3_OKOK_2

Introduction to Magnet & Magnetic material

WT_magnetic_Field

Magnetic field & Amperer's law

WT_Modern Physics_1

ModernPhysics_1_Nov17_2016

Quantum Theory1

Quantum theory2

Wave function

Compton effect

WaveFunction_QM

Wave Function and Quantum Mechanics

2 Assignment

Assignment 2 for SCPY 178 (Nuclear physics)

QILectureNotes2

SOURCE: https://users.physics.ox.ac.uk/~smithb/website/coursenotes/qi/QILectureNotes2.pdf

Power | Work and energy | Physics | Khan Academ

https://www.youtube.com/watch?v=sTxriJ5BHdo