Materi Kuliah (update: 2023/2024)
[English follows]
Sebelum UTS
- Pendahuluan
a. Pendahuluan
b. Besaran
c. Vektor
d. Perkalian vector - Kinematika
a. Jarak, perpindahan, laju, kecepatan dan percepatan
b. Kecepatan rerata dan sesaat
c. Formula matematika dan interpretasi grafis
d. Percepatan gravitasi dan gerak jatuh bebas
e. Gerak peluru - Dinamika I
a. Hukum Newton I
b. Gaya dan massa
c. Hukum Newton II
d. Hukum Newton III
e. Gaya gesek
f. Resultan gaya-gaya - Dinamika II
a. Usaha
b. Energi kinetik
c. Energi potensial
d. Hukum kekekalan energi
e. Daya - Momentum dan impuls
a. Momentum linear
b. Tumbukan dan impuls
c. Kekekalan momentum
d. Tipe-tipe tumbukan
e. Pusat massa
f. Momentum multi-dimensi - Rotasi benda tegar
a. Gerak melingkar
b. Rotasi dan momen inersia
c. Toris dan momentum sudut
d. Rotasi benda tegar
e. Gerak menggelinding - Fluida
a. Fluida dan kerapatannya
b. Tekanan hidrostatis
c. Hukum Pascal dan Hidraulika
d. Hukum Archimedes
e. Dinamika fluida
f. Persamaan Bernoulli
g. Viskositas dan turbulensi
Setelah UTS
- Keseimbangan, elastisitas
a. Kesetimbangan statis
b. Tegangan, regangan
c. Modulus Young
d. Modulus geser dan bulk
e. Modulus Elastisitas - Getaran
a. Gerak harmonik sederhana
b. Energi getaran
c. Pendulum
d. Redaman
e. Resonansi - Gelombang
a. Jenis dan parameter gelombang
b. Energi gelombang
c. Persamaan gelombang
d. Interferensi dan difraksi gelombang
e. Resonansi - Listrik statis
a. Listrik statis
b. Hukum Coulomb
c. Medan listrik
d. Hukum Gauss
e. Potensial listrik
f. Konduktor
g. Kapasitor - Rangkaian listrik
a. Kapasitor silinder
b. Dielektrik
c. Rangkaian listrik
d. Tahanan dan Hukum Ohm
e. Arus searah
f. Medan magnet (Rangkaian RC)
g. Gaya gerak listrik terinduksi
h. Hukum Ampere
i. Arus bolak-balik - Kalor dan suhu
a. Suhu dan kalor
b. Ekspansi termal
c. Absorbsi, Perpindahan kalor
d. Pemuaian
e. Fisika termal dalam aplikasi teknik - Gas dan termodinamika
a. Gas ideal
b. Energi dalam gas ideal
c. Hukum Termodinamika 1
d. Hukum Termodinamika 1
e. Perubahan wujud
f. Wujud dan sifat zat
Basic Physics Learning Plan
1. Introduction
- Introduction
- Size
- Vector
- Vector multiplication
2. Kinematics
- Distance, displacement, speed, velocity and acceleration
- Average and instantaneous speed
- Mathematical formulas and graphical interpretation
- Gravitational acceleration and free fall motion
- Bullet motion
3. Dynamics I
- Newton’s First Law
- Force and mass
- Newton’s Second Law
- Newton’s Third Law
- Friction
- Resultant styles
4. Dynamics II
- Business
- Kinetic energy
- Potential energy
- Law of conservation of energy
- Power
5. Momentum and impulse
- Linear momentum
- Collisions and impulses
- Conservation of momentum
- Collision types
- Center of mass
- Multi-dimensional momentum
6. Rotation of rigid bodies
- Circular motion
- Rotation and moment of inertia
- Torsion and angular momentum
- Rotation of rigid bodies
- Rolling motion
7. Fluid
- Fluid and its density
- Hydrostatic pressure
- Pascal’s Laws and Hydraulics
- Archimedes’ Law
- Fluid dynamics
- Bernoulli’s equation
- Viscosity and turbulence
Midterm Exam/Project Assignment Results/Case Analysis Results
8. Stability/equilibrium, elasticity
- Static stability/equilibrium
- Stress, strain
- Young’s modulus
- Shear and bulk modulus
- Modulus of elasticity
9. Vibration
- Simple harmonic motion
- Vibrational energy
- Pendulum
- Damping
- Resonance
10. Waves
- Types and parameters of waves
- Wave energy
- Wave equation
- Wave interference and diffraction
- Resonance
11. Static electricity
- Static electricity
- Coulomb’s Law
- Electric field
- Gauss’s Law
- Electric potential energy
- Conductor
- Capacitor
12. Electrical circuits
- Cylindrical capacitors
- Dielectrics
- Electrical circuits
- Resistance and Ohm’s Law
- Direct current
- Magnetic field (RC circuit)
- Induced electromotive force
- Ampere’s Law
- Alternating current
13. Temperature and heat
- Temperature and heat
- Thermal expansion
- Absorption, Heat transfer
- Expansion
- Thermal physics in engineering applications
14. Gas and thermodynamics
- Ideal gas
- Energy in ideal gas
- First Law of Thermodynamics
- Changes of state
- State and properties of matter