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JIF103 - Physics I/practical Ia
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Introduction
LTAP (Teaching & Learning Plan)
Learning, Teaching and Assessment Plan (LTAP)
Course Instructor & Ice-Breaking
ANNOUNCEMENT
WEBEX
LINK RAKAMAN WEBEX 28/05/2025
LINK RAKAMAN WEBEX 26/10/2024
LINK RAKAMAN WEBEX 23/11/2024
LINK RAKAMAN WEBEX 14/12/2024
LINK RAKAMAN WEBEX 18/01/2025
LINK RAKAMAN WEBEX 22/03/2025
LINK RAKAMAN WEBEX 19/04/2025
LINK RAKAMAN WEBEX 17/05/2025
LINK RAKAMAN WEBEX 28/05/2025
LECTURE NOTES
JIF103 LECTURE 1 - 26/10/24
JIF103 LECTURE 2 - 23/11/24
JIF103 LECTURE 3 - 14/12/24
JIF103 LECTURE 4 - 18/01/25
JIF103 LECTURE 5 - 22/3/25
JIF103 LECTURE 6 - 19/4/25
JIF103 LECTURE 7 - 17/5/25
JIF103 LECTURE 8 - 28/6/25
ASSESSMENTS
ASSIGNMENT 2
UPLOAD ASSIGNMENT 2: Due Date (2/6/2025)
ASSIGNMENT 1
UPLOAD ASSIGNMENT 1: Due Date (17/3/2025)
UPLOAD LAB REPORT: Due Date (4/4/2025)
LAB REPORT COVER PAGE
MANUAL FOR LABORATORY
Error Analysis
Projectile Motion
Interference
JIF103 Practicals Module
Introduction to Error Analysis
How to Use a Micrometer Screw Gauge
INTENSIVE COURSE
Intensive Class JIF103 Recording Link
Slide Intensive Class JIF103
FINAL EXAMINATION
Introduction
1.1 Introduction to Special Relativity
1.2 Relative Motion
1.3 Frame of References
Additional Learning Materials
Key Terms
Summary
References
Introduction
2.1 Galileo Transformation
2.2 Lorentz Transformation
2.3 Applications of Lorentz Transformation
Key Terms
Summary
References
Introduction
3.1 Speed of Light
3.2 Michelson-Morley Experiment
3.3 Implications of the Michelson-Morley Experiment
Key Terms
Summary
References
Topic 4: Consequences of Special Relativity
Introduction
4.1 Simultaneity
4.2 Time Dilation
4.3 Length Contraction
Key Terms
Summary
References
Introduction
5.1 Relativistic Momentum
5.2 Relative Velocity
5.3 Relativistic Energy
Key Terms
Summary
References
Introduction
6.1 Blackbody Radiation
6.2 Photoelectric Effect
6.3 X-rays and Compton Effect
Key Terms
Summary
References
Introduction
7.1 De Broglie Wavelength
7.2 Heisenberg-Uncertainty Principle
7.3 Wave-Particle Duality
Key Terms
Summary
References
Introduction
8.1 Solid Sphere Model
8.2 Plum Pudding Model
8.3 Nuclear Atomic Model
8.4 Bohr's Atomic Model
8.5 Quantum Model
Key Terms
Summary
References
ATTENDANCE
SIM FEEDBACK
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Category 1
Ijazah Sarjana Muda Sains (Kepujian)
Bidang Biologi
Bidang Fizik
Bidang Kimia
Bidang Matematik
Ijazah Sarjana Muda Sastera (Kepujian)
Bidang Geografi
Bidang Kesusasteraan
Bidang Sejarah
Ijazah Sarjana Muda Sains Kemasyarakatan (Kepujian)
Bidang Antropologi-Sosiologi
Bidang Ekonomi
Bidang Sains Politik
Ijazah Sarjana Muda Pengurusan (Kepujian)
Kursus Universiti
Kimia Teknologi dan Lestari
Fizik Industri
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PJJ@USM 101 Pendidikan Sepanjang Hayat
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Ijazah Sarjana Muda Sains (Kepujian)
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JIF103 - Physics I/practical Ia
Image: JIF103,
by DR. MOHD HAZRIE BIN SAMAT
Course info
JIF103 - Physics I/practical Ia
Lecturer:
DR. MOHD HAZRIE BIN SAMAT
Skill Level
:
Beginner
