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Explore applications of electric fields, including problem-solving, parallel plate capacitors, and field lines. Gain practical understanding through examples and end-of-lecture questions.
Explore the concept of electric fields, their properties, and applications through demonstrations, examples, and diagrams in this comprehensive physics lecture.
Explore conductors, insulators, and charging processes through conduction and induction. Gain atomic-level insights into electrostatic phenomena and electric dipoles.
Explore fundamental concepts of charge through hands-on experiments, laying the groundwork for understanding Coulomb's Law and electrostatic interactions in physics.
Explore circular motion's effects on weight perception, orbits, and Newton's Law of Gravity through engaging examples and in-depth explanations.
Explore uniform circular motion, period, frequency, and dynamics in physics. Gain insights through examples and practice questions to reinforce understanding of cyclical motion concepts.
Explore friction and drag forces, their equations, and problem-solving applications in physics. Gain practical insights through examples and end-of-lecture questions.
Explore weight, apparent weight, and normal force in physics. Learn key concepts, work through examples, and test your understanding with end-of-lecture questions.
Explore Newton's laws of motion and free-body diagrams, with practical applications through 12 end-of-lecture questions to reinforce understanding of these fundamental physics concepts.
Explore motion's cause through forces, Newton's First Law, force vectors, and various force types in this comprehensive physics lecture.
Explore vector components and their application to motion on ramps, including tilted axes and practical problem-solving techniques for two-dimensional motion analysis.
Explore acceleration concepts, including definition, graphs, and examples, to prepare for mathematical equations governing constant-acceleration motion.
Explore uniform motion, position/displacement from velocity graphs, and instantaneous velocity in physics. Gain insights into fundamental concepts of motion analysis.
Explore graphical representations of position and velocity, learning to interpret and construct these graphs for various motion scenarios.
Explore fundamental physics concepts like position, speed, and velocity, and learn to model motion using diagrams and vectors.
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