College Physics 1 - Vector Components and Motion on a Ramp
Explore vector components and their application to motion on ramps, including tilted axes and practical problem-solving techniques for two-dimensional motion analysis.
College Physics 1 - Acceleration
Explore acceleration concepts, including definition, graphs, and examples, to prepare for mathematical equations governing constant-acceleration motion.
College Physics 1 - Instantaneous Velocity
Explore uniform motion, position/displacement from velocity graphs, and instantaneous velocity in physics. Gain insights into fundamental concepts of motion analysis.
College Physics 1 - Representing Position and Velocity
Explore graphical representations of position and velocity, learning to interpret and construct these graphs for various motion scenarios.
College Physics 1 - Describing Motion
Explore fundamental physics concepts like position, speed, and velocity, and learn to model motion using diagrams and vectors.
College Physics 1 - Units and Unit Conversions
Explore standard scientific units and master unit conversions between English and SI systems, preparing for future physics topics like motion and velocity.
College Physics 2 - Faraday's Law and Eddy Currents
Explore Faraday's Law, eddy currents, and magnetic braking in this physics lecture, featuring practical examples and problem-solving techniques.
College Physics 2 - Magnetic Forces on Currents
Explore magnetic forces on currents, including interactions between currents, torques on dipoles, and applications in electric motors.
College Physics 2 - Magnetic Forces on Charges
Explore magnetic forces on charges, including the right-hand rule, circular motion, and practical applications like solar wind. Gain conceptual and mathematical problem-solving skills.
College Physics 2 - Magnetic Fields Due to Currents
Explore magnetic fields generated by currents in wires, loops, and solenoids. Learn calculation methods and solve practical examples to deepen understanding of electromagnetism.
Shorelines
Explore coastal dynamics, wave patterns, and shoreline features. Learn about hurricanes, their structure, and impact. Discover coastal stabilization techniques and satellite monitoring.
The Atmosphere
Explore Earth's atmosphere, weather patterns, and climate systems. Learn about radiation, the greenhouse effect, and temperature measurement in this comprehensive overview.
Thermodynamics for Electrical Engineers - Why Did My Board Melt?
Learn to prevent board meltdowns through thermal analysis. Explore heat transfer principles, simulation tools, and practical applications for effective circuit design and component selection.
Hackaday Live - Dr. Rajib Shubert - Virus Stamping for Targeted Single Cell Infection
Explore virus stamping for targeted single cell infection with Dr. Rajib Shubert, delving into neuron function, optogenetics, and vision research advancements.
Toshiro Kodera - Electromagnetic Gyrotropes
Explore metamaterials as replacements for natural magnetic gyrotropes, their applications in circulators and antennas, and the advantages of non-reciprocity in electromagnetic devices.
ND Filters for VR180 Filming on Canon RF Dual Fisheye Lens - Kolari Magnetic Clip In Filter Review
Comprehensive guide on using ND filters for VR180 filming with Canon RF Dual Fisheye Lens, covering installation, testing, and optimal camera settings for sharp, high-quality VR video production.
Making DIY Lenses with Epoxy
Learn to create DIY lenses using epoxy and replication molding. Explore techniques, materials, and challenges in achieving optical-quality finishes, with insights on overcoming common issues.
Introductory Astronomy - Newton's Laws of Motion I and II
Explore Newton's 1st and 2nd laws of motion, covering constant velocity, forces, and free-body diagrams. Gain foundational knowledge for understanding celestial mechanics in astronomy.
What Sparked the Big Bang?
Explore cosmic inflation and repulsive gravity as potential triggers for the Big Bang with Brian Greene. Delve into fields, energy sources, and mathematical predictions in this engaging discussion on the universe's origins.
Repulsive Gravity, Dark Energy, and Accelerated Expansion
Brian Greene explores the surprising discovery of accelerating cosmic expansion, explaining repulsive gravity and dark energy's role in driving galaxies apart, offering insights into the universe's mysterious behavior.
Noether's Amazing Theorem - Symmetry and Conservation
Explore Emmy Noether's groundbreaking theorem linking symmetry and conservation in physics, explained by Brian Greene through accessible mathematics and engaging storytelling.