You can begin with an Algebra based class and expand as your math skills improve. You can train for F=ma, USAPhO or AP Physics.

The Physics training program is designed to cater to students at all levels, from those just beginning their journey into physics to those preparing for Physics Olympiads. Each course is tailored to meet specific needs on a progressively challenging scale.

The program consists of Basic and Advanced modules to lay the theoretical ground work, and a Problem Solving module to excel in the F=ma exam. Students who successfully complete this program will qualify for the USAPhO Semifinals.

If your focus is AP Physics preparation, take Basic and Advanced modules to ensure top success in the AP course and the exam.

During each session, students engage in lectures covering new topics, followed by solving in class exercises. OpenStax textbooks are used as reference materials. Most problems are selected from well known college textbooks, olympiad antologies, and past F=ma exams.

Students who qualify for the USAPhO Semifinals are encouraged to contact us for one-on-one coaching. Unlike other academic olympiads, the USAPhO Semifinals require significantly broader theoretical knowledge compared to the qualification round, which is the F=ma exam. As a result, a customized learning plan is essential for a successful attempt at the USAPhO exam.

The training program is organized in a structured sequence, with each module building on the concepts from the previous one. Therefore, they should be taken in the order presented. However, the Physics I module is not required. It's an optional module designed for middle school and junior high school students to familiarize themselves with the subject.

Physics I

Optional Algebra based intro course.

F=ma Basic or AP Physics C Mechanics

Required

F=ma Advanced

Recommended for AP Physics. Required for F=ma.

F=ma Problem Solving

Required for F=ma.

Qualify for USAPhO Semifinals

Also ace the AP Physics (Mechanics)

If your level does not fit into the cases below, contact us for a complimentary evaluation assistance.
Students with no Previous Physics Coursework

For students with no Calculus skills, Physics I is recommended for an introduction to the subject. If you have basic Calculus skills you can directly take F=ma Basic (or its equivalent Physics C Mechanics). You can also take F=ma Basic (or its equivalent Physics C Mechanics) while you are taking AP Physics C Mechanics at school.

Students Completed AP Physics C Mechanics

You should start with F=ma Advanced module and then take the Problem Solving.

F=ma Basic
$550.00
for 20 lessons
Only
$18.33
per hour.
Includes pdf course materials or textbook. Promotions are calculated and shown in the cart. Lessons are 90.00 minutes long.
Hover over an option to view details. Select with a click.
Type
Term
Module
Section
We also offer 1-on-1 and small group tutoring for all courses in our catalog. Contact us with the student or group current preparation level, and we’ll create a study plan to help reach their goals.
10 Meetings

Mon - Fri

4:30pm - 7:30pm

Daily 3 Hours.

Jun. 17th - Jun. 28th

Total 30 Hours

America/Los_Angeles (PDT)

Times are shown in this time zone.

Online Camps are live classes conducted during the school breaks such as summer time or the winter break. Camps are great for students to learn new skills or improve acquired skills through intensive practice.

Accelerates and Boosts Learning

Online camp classes provide highly efficient learning environments, allowing students to cover a semester worth of material in a week.

Builds Confidence with Extra Practice

Online camp classes offer extra practice time, boosting student self-confidence and motivating them to study further.

Interactive Live Instruction

Our teaching platform offers audio-video, live chat, and shared notebooks, allowing students to interact as they prefer, resulting in increased engagement.

Make Up with Daily Recordings

All live camp classes are recorded. If you miss a lesson, you can review the lecture on the same day to catch up and get ready for the next day.

One Year Access

After the scheduled camp sessions are over, you will have access for the recorded version of the class for one calendar year through SLOnline.

Automatic Grading

You get immediate feedback when you submit your code or take a math quiz while doing homework.

Progress Checks

You will be able to take mid-term or final exams to check your progress. They are timed as in actual contests and automatically scored.

Full Solutions Provided

We provide detailed solutions to all problems of the class in pdf or text format. You don't need to purchase a separate textbook to check your work.

F=ma Basic serves a dual role, providing an introductory preparation for AP Physics and laying the groundwork for advanced studies. It may be taken along with or before their AP Physics studies.
Statics
Kinematics
Dynamics
Energy
Momentum
Gravitation
F=ma Advanced module is designed for students who aspire to participate in the F=ma exam. The rigorous lectures and challenging problem sets are tailored to deepen students' understanding of key concepts.
F=ma Basic Topics

List of Topics

Rotations
Oscillations
Most classes are one week long. They are scheduled from late June through early August. Be sure to check individual class schedules for specific dates and times. Unless otherwise noted all times are in the active Pacific Time Zone (California/Los Angeles).
Short Daily Schedule

Most classes are held only in the morning, allowing you to make the most of the long summer days.

Classes on Some Saturdays

Most classes run on weekdays. However, some classes also run on Saturdays. Double check to see if it affects your schedule.

Classes on July 4th

Enjoy the fireworks at night, but remember that classes are on schedule for the morning of July 4th.

F=ma Problem Solving module helps students master the problem solving skills to pass the F=ma exam. It includes questions from previous F=ma exams and a selection of worldwide olympiad questions. It also features two extra topics in Fluids and estimation of experimental errors.
Selected Problems in F=ma Advanced Topics

List of Topics

Fluids
Measurement Uncertainties