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SIF1004 Fizik Moden / Modern Physics

Kredit / Credit : 2
Prasyarat Kursus / Course : Tiada / None
Pre-requisite(s)
Bahasa Pengantar / Medium : Bahasa Inggeris / English Language
of Instruction

Hasil Pembelajaran Kursus / Learning Outcomes
Pada akhir kursus ini, pelajar dapat: atau setelah menamatkan kursus ini, pelajar berupaya untuk:
At the end of the course, students are able to:

Menerangkan hukum dan prinsip asas mekanik
1
Explain the laws and basic principles of mechanics
Menngaplikasi konsep mekanik pada permasalahan berkaitan
2
Apply the concepts of mechanics to related problems
Menyelesaikan permasalahan berkaitan prinsip mekanik
3
Solve problems related to principles mechanics
Sinopsis Kandungan Kursus / Synopsis of Course Content
Pergerakan satu zarah; kinematik dalam dua-dimensi dan tiga-dimensi, teori tenaga dan momentum,
momentum linear, momentum sudut, pergerakan dalam dua dan tiga dimensi, jenis day adan tenaga
keupayaan, pergerakan peluncur, pergerakan disebabkan daya memusat; Pergerakan sistem zarah,
pusat jisim dan momentum linear, momentum sudut dan tenaga kinetik sistem zarah, pergerakan
jazad dengan jisim beruabah, pergerakan roket dan planet, masalah perlanggaran, masalah dua
jasad, sistem koordinat pusat jisim dna penyerakan Rutherford; Sistem rujukan tak inersia, pecutan
linear dan sistem koordinat berputar, daya memusat dan Coriolis, bandul Foucault, teori Larmor,;
Dinamik jsad tegar, momentum sudut, momen inersia, sudut Euler, persamaan Euler untuk jasad
tegar; kalkulus variasi dan prinsip Hamilton, transformation kanonik, kurungan Poisson; Dinamik
Lagrange dan Hamilton, kordinat teritlak, persaaman Lagrange dengan pendarab tak ditentukan,
kesetaraan persamaan Lagrange dan Newton, persamaan pergerakan kanonik, persamaan
Hamilton; Teori kerelatifan khas, ketakvarianan Galilean, transformasi Lorentz, kembar paradox,
ruang-masa dan empat vektor.

Motion of a particle; kinematics in two-dimensional and three dimension, theory of energy and
momentum, linear momentum, angular momentum, motion in two- and three-dimension, types of
forces and potential energy, projectile motion, motion caused by central forces, Motion of a system
of particles, center of mass and linear momentum, angula rmomentum, kinetic enegry of a system of
particles, motion of a body with changing mass, rocket an dplanetary motion, collision problem, 2-
body problem,cente rof mass coordinate system and Rutherford scattering; Noninertial reference
system, linear acceleration and rotating coordinate system, centrifugal and Coriolis forces, faucault
pendulum, Larmor’s theory; Dynamis of rigid body, angualr momentum, moment of inertia, eulerian
angle, Euler’s equation of rigid body; Calculus of variation and Hamilton’s principle, canonical
transformation, Poisson bracket; Lagrangian and Hamiltonian dynamics, generalized coordinates,
lagrange’s equation with undetermined multiplier, equivalent of Lagrange’s and Newton’s equation,
cnonical equation of motion, Hamilton’s equation; Special theory of relativity, Galilean invariance,
Lorentz transformation, twin paradox, spacetime and four vectors.

Kaedah Pentaksiran / Assessment Methods
Pentaksiran Berterusan / Continuous : 40%
Assessment
Peperiksaan Akhir / Final Examination : 60%

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