PHY205
COMPLETEPhysics II
PHY205 introduces major topics in electricity, magnetism, basic optics, and laboratory practice. The course moves from electric charge, fields, flux, and potential into capacitance, current, circuits, magnetic fields, induction, and image formation.
Course Code
PHY205
Credit Hours
4
Prerequisites
PHY105
01_DESCRIPTION
PHY205 introduces major topics in electricity, magnetism, basic optics, and laboratory practice. The course moves from electric charge, fields, flux, and potential into capacitance, current, circuits, magnetic fields, induction, and image formation.
02_SYLLABUS_INDEX // 8_DECKS // 332_SLIDES
0x01Weeks 1-2 - Chapter 21: Electric Charge
0x02Weeks 3-4 - Chapter 22: Electric Fields
0x03Weeks 4-5 - Chapter 23: Gauss' Law
0x04Weeks 5-6 - Chapter 24: Electric Potential
0x05Week 7 - Chapter 25: Capacitance
0x06Week 8 - Chapter 26: Current and Resistance
0x07Weeks 9-10 - Chapter 27: Circuits
0x08Week 11 - Chapter 28: Magnetic Fields
0x09Weeks 12-13 - Chapter 29: Magnetic Fields Due to
Currents
0x0AWeeks 13-14 - Chapter 30: Induction and Inductance
ΣTotal Slides
03_LEARNING_OUTCOMES
- Describe basic concepts of electricity, magnetism, and optics.
- Describe image formation and its applications in optical instruments.
- Calculate electric forces, fields, and potentials for different charge arrangements.
- Analyze electric circuits to determine unknown variables.
- Apply knowledge of magnetic forces and fields to relevant problems.
- Demonstrate basic experimental skills by setting up laboratory equipment safely, carrying out experimental procedures, and reporting results.