Physics

F=ma Problem Solving

This class reviews past F=ma and similar problems in a fast paced for intermediate to advanced students.

Student must have taken AP Physics C or the Basic level class and must be able to solve at least 10-12 problems on a past exam.

Newton Pendulum Demo Experiment
2023 Spring
Sat 14 Jan
Mon 16 Jan
Physics Online Camp
3 Daily Meetings. (Sat - Mon )
Jan. 14th to Jan. 16th
Between 8:00am and 3:00pm
America/Los_Angeles (PST)
Schedule Conflict? Check out other options.
This Course Features
  • Live Interactive Instruction
  • Highly Experienced Teacher
  • Solid Curriculum for F=ma or AP exams
  • 18 hours of Teaching and Problem Solving
  • Minimum One Year Access to Course Materials
Register Today and Save
$500.00 $450.00*
Current Promotions
New Family
Current Family
Sibling Discount
Multiple Registration
Referral Credit
*Discounts differ based on your history with us, type and number of courses you are registering, and date. Log in and add all the courses to the cart to view discounts applicable for you.
IPhO Participant; College Prof.
Ali Ozer, M.S. Physics
+20 Years Teaching Experience
Background Math: Vectors, Trigonometry, Calculus
Kinematics
Newton's Laws
Energy
Momentum
Gravitation
Rotational Kinematics
Rotational Dynamics
Oscillations
08:00 am Lecture90 minutes
09:30 am Break15 minutes
09:45 am Lecture90 minutes
11:15 am Lunch30 minutes
11:45 am Lecture90 minutes
01:15 am Break15 minutes
01:30 am Lecture90 minutes
Times shown are in Pacific Time Zone.

Student must have completed AP Physics C or taken the Basic course. It is expected that student can solve about 10 problems at a recent F=ma exam.