Grade 12 Physics: Electricity and Magnetism

Electricity and Magnetism for upper high school students, and people who are preparing for the college entrance exams.

This is a course in Electricity and Magnetism at upper high school and pre-university levels. Each section of this course contains tutorials in concepts, rules and formalism of different topics of electricity and magnetism; and problem solving lectures.
This is a live course; I will improve the course by modifying the lectures and adding more lectures on it especially problem solving lectures. Changes will also be based on student's feedbacks. So if you subscribe to this course in addition to the lifetime access to the lectures, you can also ask your questions, and get help with your assignment or problems in physics by sending it to me;  I will add it to the problem and solution lectures after finding its solution.
By the end of the course you will be able:

  • Solve problems in Electricity and Magnetism.
  • Pass Electricity and Magnetism exam.
Mathematics in high school level including: Basics of vector analysis, differential and integral calculus.
The advantages of taking this course, are as follows:
1. you will have access to the problem solving lectures
2. you can get free help with your assignments in Physics-Electricity and Magnetism
3. you can enrol in affiliate program and make money while learning physics
Some parts of this course are available for free at: Physics Assignment Help
I'm also available to help you at Physics Assignment Help.

Intended Audience: students

Electric Charge
Coulomb's Law
Electric Field
Electric Field Lines
Spherically Symmetric Electric Fields
Electric Potential Energy
Connecting Capacitors in Parallel
Connecting Capacitors in Serial
Problem and Solution: 1
Problem and Solution: 2
What is an Electric Current?
Ohm’s Law
Electric Resistance of Materials
Electric Potential and Power Consumption in a Resistor
Electromotive Force
Connecting Resistors in Parallel
Connecting Resistors in Serial
Kirchhoff’s Circuit Laws
Problem and Solution: Find Equivalent Resistance of Resistor Cube.
Magnetic Force
Magnetic Field Lines
Magnetic Force Acting on a Charge in a Magnetic Field
Magnetic Force Acting on a Charge Carrying Wire
Magnetic Field created by a Current Carrying Wire
Magnetic Field of a Current Loop
Magnetic Field of a Solenoid
Magnetic Force Between Two Parallel Con- ductors
Magnetic Flux and Faraday’s Law of Induction and Lenz’s Law
Problem and Solution: 1

What's included

  • 3 Video Lessons
  • 28 Text Lessons

  • Works on all devices
  • Certificate of completion

S T Bagheri