University Physics II
Course Code: PHYS711/PHYS502
Course Description :
This course is designed to explore the concepts of electricity and magnetism using the concepts of mechanics, vectors, and other mathematical models and their advanced application, such as application of Coulomb’s law, Gauss’s law, Ohm’s law, Kirchhoff’s laws, electric potential and potential difference, basic circuits, series and parallel circuits and combinations, magnetic field and flux, induced EMF and applications such as electric motors and basic AC electric generators.
Duration :
16 Weeks
Mode of Delivery :
Interactive Live Online Sessions
Lectures :
Number of Lectures Per Month : 8 Lectures
Number of Tutorials Per Month : 2 Tutorials (Including Revision Classes for Midterm and Final Exams)
Lance Quadros
Aerospace Engineer
Number of Classes
Lectures
8
Number of Classes
Tutorial
2
Per Month
Total Classes
10
Price Per Month
Group Classes
25
BD
Price Per Month
Private
40
BD
Module Learning Outcomes
By the end of this course, students should be able to understand:
Understand the Fundamentals of Motion
- Quantify the concept of displacement, velocity and acceleration in two dimensions
- Apply kinematic equations to analyse the motion of point particles in one and two dimensions.
Master Newton’s Laws of Motion
- Apply the newtons laws of motion on a system of point masses
- Use free-body diagrams to understand forces acting on objects and solve problems involving friction, tension, and normal forces.
Analyse the Principles of Work, Energy, and Power
- Define work, kinetic energy, potential energy, and the work-energy theorem.
- Solve problems involving conservation of mechanical energy and power in mechanical systems.
Grasp the Concepts of Momentum and Impulse
- Explain the relationship between momentum, impulse, and force.
- Solve collision problems using the principle of conservation of momentum.
Understand Rotational Motion and Dynamics
- Distinguish between linear and rotational motion.
- Apply concepts of torque, rotational inertia, and angular momentum to physical systems.
Analyze Oscillations and Wave Motion
- Explain simple harmonic motion, including the motion of pendulums and springs.
- Understand the properties of waves and solve problems involving wave speed, frequency, and wavelength.
Course Outline
ENGINEERING LEARNING CENTER
Pages
CONTACT US
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+973 32022292 / +971 543365336 - info@engineeringlearningcenter.com
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