Magnetism Interactive Videos

Investigate the principles of how magnets function, focusing on the phenomena of attraction and repulsion between magnetic objects. Gain a thorough understanding of magnetic fields, and employ visualization techniques like using compasses to conceptualize these fields. The goals include developing skills in analyzing magnetic interactions and enhancing comprehension of magnetic properties and behaviors.

Explore the fundamental principles of electromagnetic induction observed by Faraday. Understand how changing magnetic fields induce electric currents and examine the variety of applications in modern technology that showcase the practical uses of these discoveries. Focus on learning outcomes related to grasping these key concepts and developing the skills necessary to apply them effectively.

Explore the fundamentals of magnetism, focusing on key concepts such as magnetic fields and electromagnets. Understand the properties of various materials and their impact on magnetic behavior. Investigate technological applications and gain insights into how magnetism is utilized in different industries. Develop comprehension of these concepts to enhance problem-solving and analytical skills related to magnetic phenomena.

Explore the fundamentals of magnetism, including its historical applications and scientific principles. Understand the relationship between magnetism and electricity and their significant role in navigation. Focus on grasping the core concepts and the influence of these phenomena on technological advancements.

Examine magnetic forces, identify magnetizable materials, and explore Earth's magnetism. Learners will gain insights into magnetic field applications and develop an understanding of magnetism and its practical uses.

Explore the principles of magnetism by examining magnetic fields, electron moments, and ferromagnetic materials. Gain a comprehensive understanding of fundamental magnetic interactions and the properties of materials exhibiting magnetic behavior.

Examine the development of magnetism through the lives and contributions of key historical figures, the science behind Earth's magnetic field, and the phenomenon of auroras. Gain insights into significant discoveries and their impact on understanding Earth's systems and the environment. Develop analytical skills by exploring the scientific principles underlying magnetic interactions and their implications for life on Earth.

Explore the core principles of magnetism, focusing on its distinctive properties and practical applications. Gain a comprehensive understanding of magnetic fields, the characteristics of ferromagnetic materials, and the phenomenon of Earth's magnetism.

Investigate the fundamental principles of magnetism, focusing on atomic arrangements and magnetic attraction. Develop an understanding of magnet functionality and gain insights into the Earth's magnetic field.

Explore the core principles of magnetism, focusing on forces, interactions, and the characteristics of materials. Gain insights into how magnetic fields influence objects and understand Earth's magnetic behavior.

Examine electromagnetic principles and explore modern applications of magnetism within technology. Understand magnetic properties and discover technological advancements related to this field, enhancing your knowledge and applying critical problem-solving skills to develop innovative solutions.

Understand the principles of magnetism, focusing on magnetic elements and the alignment of domains. Learn about metal magnetization and explore its practical applications in various fields.

Explore the fundamentals of magnetism and discover innovative applications such as enhancing the speed of roller coasters. Learn the principles behind magnets and their diverse industrial uses.

Explore the scientific principles of magnetism, covering aspects of electromagnetism and significant innovations in the field. Understand the mechanisms of magnetic forces and their practical applications, leading to a comprehensive grasp of these phenomena.

Investigate the intriguing applications of magnetism in engineering, highlighting their role in powering high-speed roller coasters. Gain an understanding of electromagnetism's role in driving innovation.

Explore the interaction between electrostatic and magnetic forces to understand and predict the behavior of magnetic fields. Gain insights into practical applications of electromagnetism, enhancing comprehension and analytical skills in this fundamental area of physics.

Understand the principles of electromagnets and explore their applications in various fields, including their role in maglev trains. Achieve a thorough grasp of magnetic fields and electric currents, focusing on the theoretical foundations and practical implications. Develop the ability to clearly explain the interaction between electricity and magnetism and its impact on technology and society.

Investigate the principles of electromagnetic induction as applied to electric motors and generators, with a focus on understanding energy conversion and magnetic fields. Gain insights into the mechanisms and applications of these devices to develop a comprehensive understanding of their operation and significance in various contexts.

Understand the fundamentals of electricity and magnetism, focusing on magnetic fields and electromagnets. Develop a comprehension of forces involved and apply this knowledge effectively to create practical implementations.

Gain a comprehensive understanding of electricity and magnetism by examining circuit components and magnetic fields. Develop skills in identifying essential elements and grasping their functions.