Fundoo Class
Science & Nature

Electromagnetism (Age 14-18 years)

Multi-day class

In this 4-week course, students explore magnetism, electricity, photons, solar energy and the amazing impact of quantum physics on our daily lives. Together, we'll investigate key concepts in quantum physics and electrical engineering.

Deeksha D

Total reviews for the class
Total reviews for teacher

New Teacher

loader
4 Weeks,2x a Week

How does a Multi-Day Course work?

A Multi-Day Course meets multiple times over one or more weeks. Learners join the teacher in live video chat sessions at scheduled times. Outside of these sessions, they can take part in a classroom discussion group and message the teacher directly. Longer courses create more opportunities: real-time activities, engaging projects, and interaction with diverse classmates from other states and countries.
30 Minutes Class Duration
1-8 Kids Class Size
Ages 14-18 Age Range
Rs. 2448 Total* Price Per Learner (Rs)

Available Times

Tue, Jan 11 - Feb 5

4 Weeks,2x a Week
9:00 PM - 9:30 PM

Don't see a time that works for you?

Description

Class Experience

Learners will be introduced to quantum physics concepts, including atoms, subatomic particles (protons, neutrons, electrons), electromagnetism and photons. Students will also explore to the practical applications of quantum physics for modern life by exploring technologies for electricity generation through magnetic induction and solar cells. A detailed description of each session's learning goals are listed below:

  • Session 1, Magnetism & You Students will learn about: - Atoms and subatomic particles (protons, neutrons and electrons) - The cause of magnetism on the atomic level (electron spin) - The Earth's magnetic field, how compasses work, animals that use the magnetic field to navigate - Permanent magnets - Electromagnets - How electric motors work - How maglev (magnetic levitation) devices work
  • Session 2, Magnetic Induction Electricity Students will learn about: - Atoms and subatomic particles (protons, neutrons and electrons) - The discovery of electricity as a flow of electrical charge (via electrons) - A key method of electricity generation: magnetic induction. Even with the growth of solar-generated electricity, magnetic induction still provides 90% of electricity worldwide. - Various forms of magnetic induction electricity generation (such as coal, hydroelectric, nuclear and wind power), with an analysis of their respective strengths and weaknesses.
  • Session 3, Photons & You Students will learn about: - Photons as tiny units of radiated electromagnetic energy - How photons are released by atoms as electrons change energy levels - The dual aspects of photons as both particle and wave - How the sun emits photons that provide essential energy for earth's life forms - The visible light spectrum - The electromagnetic radiation spectrum, from large radio waves to tiny gamma waves
  • Session 4, Solar Energy and Solar-Powered Electricity Students will learn about: - The different types of solar energy (thermal energy, light energy) - Inventions that utilize solar thermal energy - Inventions that utilize photovoltaic solar cells - How silicon photovoltaic cells work on an atomic level - The pros and cons of solar energy - How inventors continue to develop new ways to utilize solar energy
Show more Show Less

We're dedicated to introducing young students to the amazing world of quantum physics, technological innovation and design! We've been offering STEAM (Science, Technology, Engineering, Art & Math) classes and creating educational materials for students of all ages.

not as such

Not Required

30

This class will help the learner to learn magnetism, electricity, photons, solar energy and the amazing impact of quantum physics on our daily lives. Together, we'll investigate key concepts in quantum physics and electrical engineering.

Will be given at the end of the class

will be assessed after the class

Not Required

Teacher

Deeksha D

About Me

Hello, I am Deeksha D your physics teacher. I do believe that successful learning of physics is based on experiments. I do my best make my students perform as many hands-on experiments as possible. I am interested in new ideas.
Show more Show Less

More like this