Course Description

Fully updated with questions and examples from the June, 2019 Physics Regents!



After sifting through 5 recent Physics Regents exams, we found 70 of the easiest and most commonly asked concepts on the Physics Regents and put those concepts into a video series called "70 Ways to Pass the Physics Regents!"

With over 2.5 hours of videos arranged in a topic-by-topic fashion, students in New York State scheduled to take the Physics Regents can expect to learn how to confidently and correctly answer both multiple choice and short answer questions as they appear on the Physics Regents.

Altogether, over 300 questions were used throughout the videos and most videos are followed by quiz questions from a different Physics Regents from those used in the videos as checks for understanding.

If there is any regents review materials out there that is going to help you pass the Physics Regents, "70 Ways to Pass the Physics Regents!" is the one!

The 100% Money Back Guarantee expires 30 days after the date of the 1st Physics Regents Exam for which the student failed.

Course access will expire 330 days from the date of purchase.

Your online physics tutor!

Guy "Physics" Hauptman

Guy Hauptman is a New York State certified teacher licensed to teach Chemistry and Biology.Guy has taught both Chemistry, Biology and Physics for over 12 years now in New York City public and private high schools. During that time, he has also tutored students publicly and privately, on an individual level as well as through Regents Crash Courses.After getting married to a wonderful wife and having 2 beautiful daughters, Guy’s time availability was curtailed tremendously. As a result, in 2013, Guy created “100 Ways to Pass the Chemistry Regents!”, an online video tutorial program that covers 100 of the easiest and most commonly asked concepts on the Chemistry Regents, allowing him to combine his passions of making videos and helping students understand chemistry.Then, in 2014, Guy went on to create “50 Ways to Pass the Living Environment Regents!” to help those students who need to pass that exam.Now, after many requests, “70 Ways to Pass the Physics Regents!” has arrived!I can be found on:Twitter: https://twitter.com/physvideotutorFacebook: https://www.facebook.com/PassThePhysicsRegentsYoutube: https://www.youtube.com/channel/UCLXaxA3cjCHpBdvI6UIUcwgLinkedIn: www.linkedin.com/pub/guy-hauptman/67/50/479/

Course curriculum

  • 1

    Section: 1 - About "70 Ways to Pass the Physics Regents!"

    • Introduction

    • "70 Ways to Pass the Physics Regents!" Study Guide

  • 2

    Section: 2 - Measurements

    • Print out Video Fill-in Notes for Way #'s 1 - 6

    • Way # 1 - Approximate measurements

    • June, 2019 Physics Regents - Way #'s 1, 50

    • Way # 1 - Approximate measurements

    • Way # 2 - Scalar vs. Vector

    • June, 2019 Physics Regents - Way # 2

    • Way # 2 - Scalar vs. Vector

  • 3

    Section: 3 - Mechanics

    • Way # 3 - Average velocity, speed

    • Way # 3 - Average velocity, speed

    • Way # 4 - Acceleration calculation (kinematics)

    • June, 2019 Physics Regents - Way # 4

    • Way # 4 - Acceleration calculation (kinematics)

    • Way # 5 - Distance calculations

    • June, 2019 Physics Regents - Way # 5

    • Way # 5 - Distance calculations

    • Way # 5 - Distance calculations

    • Way # 5 - Distance calculations

    • Way # 6 - Resultant vector

    • June, 2019 Physics Regents - Way # 6

    • Way # 6 - Resultant vector

    • Print out the Remaining Video Fill-in Notes for Way #'s 7 - 70!

    • Way # 7 - Determining vector components and angles

    • Way # 7 - Determining vector components and angles

    • Way # 8 - Projectile motion

    • June, 2019 Physics Regents - Way # 8

    • Way # 9 - Time of flight

    • Way # 9 - Time of flight

    • Way # 10 - Greatest height & range

    • June, 2019 Physics Regents - Way # 10

    • Way # 10 - Greatest height & range

    • Way # 11 - Forces

    • June, 2019 Physics Regents - Way # 11

    • Way # 11 - Forces

    • Way # 12 - Equilibrium

    • Way # 12 - Equilibrium

    • Way # 13 - Acceleration definition

    • Way # 14 - Acceleration calculation (dynamics)

    • Way # 15 - Inertia

    • Way # 15 - Inertia

    • Way # 16 - Weight

    • June, 2019 Physics Regents - Way # 16 A

    • June, 2019 Physics Regents - Way #'s 16 B, 11

    • Way # 16 - Weight

    • Way # 16 - Weight

    • Way # 17 - Gravitational field strength

    • June, 2019 Physics Regents - Way # 17 A

    • June, 2019 Physics Regents - Way # 17 B

    • Way # 17 - Gravitational field strength

    • Way # 18 - Gravitational force of attraction relationships

    • June, 2019 Physics Regents - Way # 18

    • Way # 18 - Gravitational force of attraction relationships

    • Way # 19 - Centripetal force direction

    • June, 2019 Physics Regents - Way #'s 19, 21

    • Way # 19 - Centripetal force direction

    • Way # 20 - Centripetal acceleration

    • June, 2019 Physics Regents - Way # 20

    • Way # 20 - Centripetal acceleration

    • Way # 21 - Centripetal force calculations

    • Way # 22 - Kinetic Friction

    • June, 2019 Physics Regents - Way # 22 A

    • June, 2019 Physics Regents - Way # 22 B

    • Way # 22 - Kinetic Friction

    • Way # 22 - Kinetic Friction

    • Way # 23 - Momentum

    • June, 2019 Physics Regents - Way # 23

    • Way # 23 - Momentum

    • Way # 24 - Impulse

    • June, 2019 Physics Regents - Way # 24

    • Way # 24 - Impulse

    • Way # 24 - Impulse

  • 4

    Section: 4 - Energy

    • Way # 25 - Work

    • June, 2019 Physics Regents - Way # 25

    • Way # 25 - Work

    • Way # 26 - Power

    • June, 2019 Physics Regents - Way # 26

    • Way # 26 - Power

    • Way # 26 - Power

    • Way # 26 - Power

    • Way # 27 - Gravitational potential energy

    • June, 2019 Physics Regents - Way #'s 27 A, 32 A

    • June, 2019 Physics Regents - Way #'s 27 B, 32 B

    • Way # 28 - Basic spring constant calculations

    • June, 2019 Physics Regents - Way # 28

    • Way # 28 - Basic spring constant calculations

    • Way # 29 - Advanced spring constant calculations

    • June, 2019 Physics Regents - Way # 29

    • Way # 29 - Advanced spring constant calculations

    • Way # 30 - Kinetic energy relationships

    • Way # 31 - Kinetic energy calculations

    • June, 2019 Physics Regents - Way #'s 31, 32 C

    • Way # 31 - Kinetic energy calculations

    • Way # 32 - Mechanical energy

    • June, 2019 Physics Regents - Way # 32 D, E

    • Way # 32 - Mechanical energy

    • Way # 33 - Internal energy

    • Way # 33 - Internal energy

  • 5

    Section: 5 - Electricity & Magnetism

    • Way # 34 - Point charges

    • Way # 35 - Particle charge

    • Way # 36 - Electrostatic force

    • June, 2019 Physics Regents - Way # 36 A, B

    • June, 2019 Physics Regents - Way #'s 36 C, 70

    • Way # 37 - Electric field strength

    • June, 2019 Physics Regents - Way # 37

    • Way # 37 - Electric field strength

    • Way # 38 - Electrostatic force calculations

    • Way # 38 - Electrostatic force calculations

    • Way # 39 - Potential difference

    • June, 2019 Physics Regents - Way #'s 39, 67

    • Way # 39 - Potential difference

    • Way # 40 - Calculating current

    • June, 2019 Physics Regents - Way # 40

    • Way # 40 - Calculating current

    • Way # 41 - Resistivity

    • June, 2019 Physics Regents - Way # 41

    • Way # 41 - Resistivity

    • Way # 42 - Drawing circuit diagrams

    • June, 2019 Physics Regents - Way # 42 A

    • June, 2019 Physics Regents - Way #'s 42 B, 46 A

    • Way # 43 - Potential difference (circuits)

    • June, 2019 Physics Regents - Way # 43

    • Way # 44 - Measuring current in a circuit

    • June, 2019 Physics Regents - Way # 44 A, B

    • June, 2019 Physics Regents - Way # 44 C, D

    • Way # 45 - Resistance relationships

    • Way # 46 - Resistance & equivalent resistance

    • June, 2019 Physics Regents - Way # 46 B, C

    • Way # 46 - Resistance & equivalent resistance

    • Way # 46 - Resistance & equivalent resistance

    • Way # 47 - Electrical energy

    • June, 2019 Physics Regents - Way # 47 A, B, C

    • Way # 47 - Electrical energy

    • Way # 47 - Electrical energy

    • Way # 48 - Electricity & magnetism

    • Way # 48 - Electricity & magnetism

    • Way # 49 - Magnetic Field vs. Gravitational Field

    • June, 2019 Physics Regents - Way # 49

  • 6

    Section: 6 - Waves

    • Way # 50 - Wave types

    • June, 2019 Physics Regents - Way # 50 A, B

    • Way # 50 - Wave types

    • Way # 50 - Wave types

    • Way # 51 - Wave movements

    • Way # 52 - Wave characteristics

    • June, 2019 Physics Regents - Way # 52 A, B, C

    • Way # 52 - Wave characteristics

    • Way # 53 - Wave velocity

    • June, 2019 Physics Regents - Way # 53 A

    • June, 2019 Physics Regents - Way # 53 B, C

    • Way # 54 - Wavelength

    • Way # 54 - Wavelength

    • Way # 55 - Period

    • June, 2019 Physics Regents - Way # 55

    • Way # 55 - Period

    • Way # 55 - Period

    • Way # 56 - Resonance

    • Way # 56 - Resonance

    • Way # 57 - Doppler effect

    • June, 2019 Physics Regents - Way # 57

    • Way # 57 - Doppler effect

    • Way # 58 - Wave phases

    • Way # 58 - Wave phases

    • Way # 59 - Wave superposition & interference

    • June, 2019 Physics Regents - Way # 59 A

    • June, 2019 Physics Regents - Way # 59 B

    • Way # 59 - Wave superposition & interference

    • Way # 60 - Wave boundary behavior

    • June, 2019 Physics Regents - Way # 60

    • Way # 60 - Wave boundary behavior

    • Way # 60 - Wave boundary behavior

    • Way # 61 - Diffraction

    • June, 2019 Physics Regents - Way # 61

    • Way # 62 - Angle of reflection

    • June, 2019 Physics Regents - Way # 62

    • Way # 63 - Angle of refraction

    • June, 2019 Physics Regents - Way # 63

    • Way # 64 - Index of refraction

    • June, 2019 Physics Regents - Way # 64 A

    • June, 2019 Physics Regents - Way # 64 B, C

    • Way # 64 - Index of refraction

  • 7

    Section: 7 - Modern Physics

    • Way # 65 - Conversion of mass into energy

    • June, 2019 Physics Regents - Way # 65

    • Way # 65 - Conversion of mass into energy

    • Way # 66 - Energy level diagrams

    • June, 2019 Physics Regents - Way # 66 A

    • June, 2019 Physics Regents - Way #'s 66 B, 68

    • Way # 66 - Energy level diagrams

    • Way # 67 - Electronvolt

    • Way # 68 - Energy of a photon

    • Way # 68 - Energy of a photon

    • Way # 68 - Energy of a photon

    • Way # 68 - Energy of a photon

    • Way # 69 - Classification of Matter

    • June, 2019 Physics Regents - Way # 69 A

    • June, 2019 Physics Regents - Way # 69 B

    • June, 2019 Physics Regents - Way # 69 C

    • Way # 69 - Classification of Matter

    • Way # 70 - Strong force

    • Way # 70 - Strong force

  • 8

    Section: 8 - Closing

    • Conclusion

Reviews

5 star rating

Celesty Biju

5 star rating

starlene parris

5 star rating

Physics

sarah vonEgypt

The online tutor videos are great. They really help me to get a better understanding for the Regents. I used the tutor for Bio and Chem and did great on th...

Read More

The online tutor videos are great. They really help me to get a better understanding for the Regents. I used the tutor for Bio and Chem and did great on the regents.

Read Less
5 star rating

Sophia Desir

5 star rating

Excellent

john anderson

Everything was easy to understand and well formatted. I admit it has boosted my confidence some for the physics regents.

Everything was easy to understand and well formatted. I admit it has boosted my confidence some for the physics regents.

Read Less
5 star rating

Erin Murphy

5 star rating

My son did more than just pass!

Armando Avila

A few weeks ago, I was worried that my son wouldn't pass the physics regents so we bought this course. Not only did he pass but he got an 81!!!! Physics wa...

Read More

A few weeks ago, I was worried that my son wouldn't pass the physics regents so we bought this course. Not only did he pass but he got an 81!!!! Physics was a huge thorn in our side this entire school year so this is a huge accomplishment! We can't thank you enough!

Read Less
0 star rating

katie bivona

0 star rating

George Eshak

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