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Physics - Regents Physics Content and Exam Review
Rating: 4.6 out of 5(9 ratings)
142 students

Physics - Regents Physics Content and Exam Review

NY Regents Physics review covering core high school physics topics, problem solving, and exam-style practice
Created byCorey Mousseau
Last updated 5/2020
English

What you'll learn

  • Identify and master the entire Regents Physics curriculum.

Course content

4 sections • 42 lectures • 9h 1m total length

  • One Dimensional Kinematics10:27
  • Physics Course Online Course Map
  • One Dimensional Kinematics Worksheet14:21
  • One Dimensional Kinematics Worksheet Part 28:29
  • Projectile Motion12:17

    Explore projectile motion by separating horizontal and vertical motion, building an x-y table, and solving two-dimensional motion with gravity and initial velocity components.

  • Projectile Motion Part 211:47

    Learn to analyze projectile motion by decomposing an 80 m/s launch at 30 degrees into vx and vy, estimating time of flight, range, and maximum height along a parabolic path.

  • 2 Dimensional Motion Review Worksheet19:42

    explore two-dimensional motion with a projectile-focused worksheet, analyzing 45° and 60° launches and deriving time of flight and horizontal distance, while applying circular motion and gravity concepts.

  • 2 Dimensional Motion Review Worksheet Part 29:49
  • Forces and Motion 113:23
  • Forces and Motion 212:28
  • Dynamics Worksheet9:08
  • Dynamics Worksheet Part 217:21
  • Work, Energy, and Power11:23
  • Energy Worksheet 117:23
  • Energy Worksheet 219:53

    Explore free-response energy problems from regence exams, covering kinetic energy, photon energy, conservation of energy, gravitational and elastic potential energy, work, friction, and rollercoaster dynamics.

  • Momentum8:37

    Explore momentum, impulse, and the conservation of momentum in isolated systems, comparing elastic and inelastic collisions, and applying the impulse momentum relationship to solve problems.

  • Momentum Worksheet11:08

    Explore momentum concepts through short, past Regents momentum problems, teaching momentum before and after collisions, impulse, and how sticky collisions conserve momentum to find final speeds.

  • Static Electricity Worksheet20:49
  • Electricy Part 1 - Basics9:36

    Define current as charge flow and emphasize a closed circuit with a potential difference. Explain Ohm's law, resistance, and how temperature changes resistance.

  • Electricity Part 2 - Circuits and Meters11:52
  • Electricity Part 3 - Series and Parallel Examples10:32
  • Electricity Worksheet 114:26
  • Electricity Worksheet 213:01
  • Magnetism5:09
  • Waves17:23

    Explore mechanical waves, including pulses, transverse and longitudinal waves, with interference, standing waves, nodes and antinodes, wavelength, frequency, speed, Doppler effect, resonance, and diffraction.

  • Waves Worksheet14:57

    Practice solving mechanical transverse wave problems, determine amplitude and wavelength, analyze wave speed, and apply Doppler effect and standing wave concepts in Regents physics waves review.

  • Optics17:22

    Explore optics fundamentals, including electromagnetic waves, visible light, reflection and refraction, Snell's law, indices of refraction, dispersion, and total internal reflection.

  • Optics Worksheet12:31
  • Modern18:32
  • Modern Worksheet13:13

Requirements

  • Students should have complete math geometry and have a basic understanding of trigonometry.

Description

This course is designed as a broad review of high school physics content with a focus on the traditional New York State Regents Physics course and exam style. Students will review major physics topics commonly taught in a full year high school physics class, including motion, forces, energy, momentum, electricity, magnetism, waves, optics, and modern physics ideas.


The videos and resources are meant to help students reconnect with material they have already learned, fill in weak spots, and practice solving physics problems in a clear, organized way. The course includes direct instruction, demonstrations, and worked out examples that show how to identify known values, choose equations, use units, and interpret the meaning of an answer.


This course is useful for Regents Physics students, high school physics students preparing for a final exam, and anyone who wants a structured review of algebra based physics. Because state standards and exam formats can change over time, students should also check their current teacher's guidance and any current state review materials. That is especially important for students working under a newer New York State physics curriculum.


By the end of the course, students should have a stronger overall map of high school physics, a better sense of how the main units connect, and a more reliable approach to exam-style physics questions during review and test preparation.


Students can work straight through the course as a full unit or use individual lessons as targeted support alongside a class. The videos are built to be paused, rewound, and practiced with pencil and paper, so the course works well for homework help, test review, exam preparation, or rebuilding a topic that did not fully click the first time.

Who this course is for:

  • Any high school physics student should take this course.

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