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AP Exam Prep · Online Course
AP Physics 1
Online Course & Exam Prep
Personalized 1-on-1 tutoring for AP Physics 1 (Algebra-Based). Master kinematics, dynamics, energy, and momentum · score 4 or 5 with IvyStrides' expert tutors.
90% Score 4 or 5
1-on-1 Online Tutoring
Expert AP Tutors
Course at a glance
Difficulty
High
College Credit
Intro Physics
Exam Length
3 hours
Sections
50 MCQ · 5 FRQ
Format
1-on-1 · Live Online
Pricing
Share at Consultation
OUR STUDENTS HAVE BEEN ADMITTED TO
Course Overview
Build genuine intuition for how the physical world moves
AP Physics 1 is the algebra-based foundation course in mechanics · equivalent to a first-semester college physics course. It rewards students who can reason about systems, not just plug numbers into formulas.
What it covers
Kinematics, Newton's laws, circular motion, energy conservation, momentum, simple harmonic motion, and mechanical waves · the mechanics foundation.
Who it's for
Students with strong Algebra II and trigonometry skills. STEM-curious sophomores, juniors, and seniors building toward engineering, pre-med, or physics majors.
Why it matters
A 4 or 5 earns introductory physics credit at most non-STEM-major programs · demonstrates quantitative reasoning prized by selective admissions.
Exam Format
What's on the AP Physics 1 exam
Two equally-weighted sections. MCQ tests conceptual breadth and quick problem-solving; FRQs test multi-step setup, justification, and lab/experimental reasoning.
Section I
Multiple Choice
50%
Total questions
50 MCQ
Total time
1h 30m
Calculator
Scientific or graphing
Average per Q
~108 seconds
Section II
Free Response
50%
Total questions
5 FRQ
Total time
1h 30m
Experimental Design
1 question
Qualitative/Quantitative
Mix of types
Total exam time
3 hours · scored 1 to 5
Course Content
The 7 units of AP Physics 1
Our 1-on-1 tutoring tracks the College Board's official Course and Exam Description, with extra emphasis on the energy/momentum conservation units that account for the largest share of exam points.
1
Kinematics
Motion in 1D and 2D, projectile motion, motion graphs (position, velocity, acceleration vs. time).
2
Dynamics & Newton's Laws
Force diagrams, friction, normal force, tension, applying F=ma to systems of objects.
3
Circular Motion & Gravitation
Centripetal acceleration, Newton's law of gravitation, orbital motion.
4
Energy
Work, kinetic and potential energy, conservation of energy, power, spring energy.
5
Momentum
Impulse, momentum conservation, elastic vs. inelastic collisions, 2D collisions.
6
Simple Harmonic Motion
Mass-spring systems, pendulums, period and frequency relationships, energy in SHM.
7
Mechanical Waves & Sound
Wave properties, superposition, standing waves, Doppler effect, sound applications.
The IvyStrides Method
How we teach AP Physics 1
Score 4 or 5 isn't about doing more problems. It's about diagramming systems correctly, applying conservation principles, and justifying answers with physics reasoning. That's what our 1-on-1 tutoring drills.
01
Free body diagram first
Every dynamics problem starts with a properly-drawn force diagram. Tutors enforce this habit until it's automatic · setup errors disappear.
02
Conservation-law thinking
Energy and momentum conservation are the unlock for half the FRQ. We drill recognizing when (and why) to use each conservation law instead of force equations.
03
Lab FRQ scaffolding
Experimental design FRQs follow predictable patterns. Tutors teach the 5-step lab answer template · procedure, variables, data table, analysis, error sources.
04
Full Mock Exams
Timed practice tests under exam conditions, scored against the official AP rubric, with point-by-point review of every miss.
Where Most Students Struggle
The 4 things that cost AP Physics 1 students points
After hundreds of tutoring hours, the same four issues come up again and again. Here's what they are · and how IvyStrides addresses each.
The struggle
Drawing accurate free body diagrams
Students forget to draw FBDs, draw them incompletely, or label forces incorrectly. Diagram errors cascade through every step of the problem.
IvyStrides' fix
FBD-first methodology
We enforce a "diagram before equations" rule. Tutors review FBDs for every practice problem · until accurate force diagrams become automatic.
The struggle
Choosing between force and conservation approaches
Building Taylor series from scratch or from known templates trips students up · especially when they need to write the general term or compute error bounds.
IvyStrides' fix
Approach-selection decision tree
Tutors teach a 3-question decision tree: Is energy conserved? Is momentum conserved? Then pick the simplest method. Speed and accuracy both improve.
The struggle
Justifying answers on FRQs
IvyStrides' fix
Justification templates
FRQ rubrics give points for physics reasoning, not just final numbers. Students lose points for skipping the "because" sentences AP graders look for.
We drill the exact reasoning structures AP graders reward: "Because momentum is conserved and the system is closed, the final momentum equals..." Justification becomes muscle memory.
The struggle
Experimental design FRQs
Lab questions ask students to design experiments, predict outcomes, and identify error sources. Without specific frameworks, answers ramble and miss rubric points.
IvyStrides' fix
5-step lab FRQ template
Every lab FRQ gets the same structure: procedure, variables, data plan, analysis approach, error sources. Predictable, rubric-aligned, scoreable.