SAT Physics - Study by Seneca

This episode explains the fundamentals of electric charge, including how objects become charged through electron transfer, the behavior of like and unlike charges, static electricity phenomena like lightning, and the law of conservation of charge.

This episode explains the concepts of magnetic flux and electromagnetic induction, including the right-hand rule, Faraday's experiments, and practical demonstrations like the slow-falling magnet experiment, aimed at SAT Physics preparation.

This episode explains the properties of electromagnetic waves, including their transverse nature, speed, spectrum classification, energy transfer, and production methods.

This episode explains the fundamental concepts of kinematics, including the differences between scalars and vectors, with examples like displacement, velocity, and acceleration, aimed at SAT physics preparation.

This episode explains the fundamentals of DC circuits, covering series and parallel resistor configurations, Ohm's law, and Kirchhoff's rules for circuit analysis.

This episode explains the concepts of uniform electric fields created by parallel charged plates and how capacitors function as charge storage devices, including calculations for capacitance and the role of dielectrics.

This episode introduces physics as the fundamental science that studies energy, matter, space, and time, and explains its applications across disciplines and basic units like SI and derived quantities.

This episode explains the different types of forces in physics, including contact forces like friction and tension, and non-contact forces like gravity, with examples relevant to SAT test preparation.

This episode explains orbital mechanics, including the relationship between period and radius in orbits, Kepler's third law, and the concept of escape velocity in gravitational systems.

This episode explains the fundamental concepts of DC circuits, including current, voltage, and resistance, with practical measurement techniques using ammeters and voltmeters.

This episode explains the magnetic force on charged particles and wires, covering calculations, the Lorentz force, circular motion, and Fleming's left hand rule for SAT Physics preparation.

This episode explains the principles of geometric optics, including how waves behave at medium boundaries through reflection, refraction, transmission, and absorption, with a focus on light and its applications for SAT Physics preparation.

This episode explains the difference between scalars and vectors in physics, covering examples like mass, distance, displacement, speed, velocity, force, and acceleration, and introduces methods for adding vectors.

This episode explains electric fields and potential for SAT Physics preparation.

This episode from Seneca Learning covers dynamics in SAT Physics, focusing on normal and tension forces.

This SAT Physics episode covers mechanical waves and sound, focusing on interference and standing waves.

This SAT Physics episode covers dynamics, focusing on acceleration due to gravity and projectile motion.

This episode explains kinematics concepts for SAT Physics, starting with reference frames like Earth and airplanes.