Electricity Interactive Videos

Understand the fundamentals of static electricity and its significance in phenomena like lightning by exploring the interactions of charged particles. Develop knowledge about electricity and its applications in both household and natural environments.

Explore the core concepts of electricity and magnetism, highlighting how forces cause speakers to vibrate and generate sound. Gain insights into magnetic fields and electronic circuits, building the ability to design and enhance technological devices effectively.

Understand the foundational concepts of electricity and magnetism, focusing on key discoveries such as Oersted's principle and the right-hand thumb rule. Gain insights into how electrical currents generate magnetic fields and learn to apply essential principles in both scientific and technological contexts.

Investigate the principles of static electricity through engaging balloon experiments that demonstrate repulsion, interaction with conductors, and the influence of charge on distance. Understand foundational physics concepts, providing insights into charge behavior and its practical applications.

Explore the intriguing principles of electricity and magnetism, examining the interaction between magnetic fields and electric currents with various materials. Through thought-provoking questions and clear explanations, learners will understand magnetic attraction and repulsion, practical applications of magnets, and the impact of electric current on conductive materials.

Explore the fundamental concepts of electricity and magnetism, including the nature of magnetism, magnetic forces, and electromagnetism. Gain an understanding of key principles such as ferromagnetism and learn about the function of motors and generators. Enhance the ability to apply these concepts in practical settings by mastering these essential topics.

Explore the principles of static electricity, focusing on the formation and interaction of electric charges when differing surfaces, such as balloons and clothing, are involved. Understand the creation of static electric charges and observe practical demonstrations, enhancing comprehension of fundamental electrostatic concepts through engaging experiments. Develop skills in analyzing electrostatic phenomena and applying theoretical knowledge to real-world scenarios.

Explore the fundamentals of electrical circuits by examining series and parallel circuits, differences, characteristics, and key components. Learn to draw diagrams, calculate resistance, and ensure circuit safety. Develop practical skills for applying these concepts to real-world situations.

Explore the principles of engineering and science with a focus on earthquake resistance. Gain insights into designing earthquake-resistant structures and understand concepts related to static electricity. Enhance comprehension of environmental and scientific phenomena through simulated experiments like shaker tables and soil liquefaction studies.

Explore the intriguing world of static electricity by examining key concepts such as electron transfer and material properties. Gain the ability to understand static electricity phenomena, identify how different materials interact with charges, and perform basic experiments to observe charge interactions and behaviors.

Engage in a scientific exploration of static electricity concepts, learning through designing and conducting experiments. Develop practical understanding and enhance skills in independent scientific investigation.

Explore static electricity and current electricity through engaging experiments to develop a comprehensive understanding. Apply the scientific method to observe, record, and analyze data effectively.

Explore the fundamentals of electricity and magnetism, focusing on electric charge, static electricity, and electric fields. Gain a clear understanding of atomic structures, the difference between conductors and insulators, and the principles of charge conservation. Enhance comprehension of both theoretical and practical applications in physics.

Explore the key differences between series and parallel circuits, focusing on electrical connectivity and circuit behavior. Understand how different circuit configurations impact functionality, providing the knowledge required to analyze and design electrical systems effectively.

Investigate the fundamental principles of electrical circuits, concentrating on the key differences between series and parallel configurations. Gain insights into the arrangement, operation, and benefits of each type of circuit, enhancing your ability to analyze and apply these concepts in practical situations.

Explore the foundational principles of electricity and magnetism, focusing on circuits, batteries, bulbs, and the nature of magnetism. Develop the ability to explain the roles of various components within circuits and understand the behavior of magnetic materials and fields, enhancing comprehension and analytical skills in these scientific areas.

Examine foundational concepts in electricity and magnetism, covering Coulomb's Law, electric fields, Gauss' Law, and RC circuit analysis. Gain a thorough understanding and proficiency in applying these principles to complex problem-solving through detailed concept explanations and targeted practice, aiming to enhance skill development in physics.

Explore static electricity's intriguing principles and real-world applications, understanding its causes and effects. Gain insights into this fundamental concept through historical perspectives and learn about its safety implications.

Examine the fundamentals of static electricity and its interaction with various materials, as well as its effects on electric circuits. Explore the roles of conductors and insulators, gain proficiency in measuring resistance, and understand voltage impacts on circuits. Develop a comprehensive understanding of electrical principles through this study.

Investigate the essentials of static electricity by examining atom structure and the function of electrons in generating charges. Gain an understanding of atom structure, elucidate the concept of static electricity, and employ the scientific method to conduct experiments and evaluate findings.