Move from diagnosis through targeted review and timed sections, with the timing, calculator, and task-verb decisions that earn the points.
Eight weeks of AP Physics 1: Algebra-Based, one week at a time
Each week names the AP Physics 1: Algebra-Based units you work on and one thing you finish and keep. Tick a week off when the deliverable exists, not when the time is up.
Eight-week AP Physics 1: Algebra-Based schedule
Week
Focus
AP Physics 1: Algebra-Based units
What you finish that week
Done
Week 1
Diagnose and rebuild kinematics
Kinematics
An error log plus twenty position, velocity, and acceleration graphs translated into each other.
Week 2
Forces
Force and Translational Dynamics
Twenty free-body diagrams, each labelled with the object exerting every force.
Week 3
Energy
Work, Energy, and Power
Ten problems solved twice - once with forces, once with energy - and a note on which was faster.
Week 4
Momentum
Linear Momentum
Ten collision problems with the system boundary stated explicitly before any equation.
Week 5
Rotation
Torque and Rotational Dynamics
Ten torque problems with the pivot chosen deliberately, plus rotational analogues written next to their linear versions.
Week 6
Rotational energy and momentum
Energy and Momentum of Rotating Systems
Five angular-momentum problems, including one where the moment of inertia changes.
Week 7
Oscillations and fluids
Oscillations; Fluids
Five spring and pendulum problems plus five buoyancy and continuity problems, each with a unit check.
Week 8
Full timed rehearsal
All eight units
One complete timed exam; rewrite the paragraph-length response until it reads as one connected argument.
AP Physics 1: Algebra-Based exam strategy
A plan tells you what to study. This tells you how to spend the exam itself. Work these decisions into every timed week above, so exam day is a rehearsal rather than a first attempt.
AP Physics 1: Algebra-Based timing: what one question is worth in minutes
Work out your pace before exam day so you never discover it during the exam.
Section timing for AP Physics 1: Algebra-Based
Section
Time
Questions
Pacing note
Multiple choice
1 hour 25 minutes
42 questions
About 2 minutes each. Many questions are answerable from a free-body diagram alone - draw it before you read the choices.
Free response
1 hour 35 minutes
4 questions
About 24 minutes each. Expect an experimental design question and a paragraph-length reasoning question among them.
Calculator and reference rules for AP Physics 1: Algebra-Based
Calculator rules change from section to section, and they are different on every AP exam. Practice each section under its own rule.
What you may use in each part of the AP Physics 1: Algebra-Based exam
Section or part
What you may use
What that means for your work
Multiple choice
Four-function, scientific, or graphing calculator
Allowed throughout, but most items are about reasoning and proportions rather than arithmetic.
Free response
Four-function, scientific, or graphing calculator
Useful for the numeric parts. Derivation parts want symbols, so the calculator stays down.
Provided for the whole exam
Equations and constants table
Both sections. The exam tests whether you can pick the right equation, not whether you memorised it.
AP Physics 1: Algebra-Based task verbs and what earns the point
Free-response points are written for a specific verb. Answer a different verb and the work can be correct and still score zero.
Task verbs used on AP Physics 1: Algebra-Based free-response questions
If the prompt says
The point is earned by
Derive an expression
Start from a named principle, work in symbols only, and end with the requested variable alone. Numbers appearing early usually cost the derivation points.
Justify
Name the physical principle - Newton's second law, conservation of energy, conservation of momentum - and say why it applies to this system.
Sketch or plot
Label both axes with the quantity and its unit. If asked to linearise, say what you plotted against what and what the slope represents.
Explain in a paragraph-length response
Connect every step with 'because' and 'therefore'. A list of true facts with no logical thread does not earn the coherence point.
Compare
State which is greater and by what reasoning, not just that they differ.
How students lose AP Physics 1: Algebra-Based points
These are specific to this exam. Read them again the night before.
Free-body diagrams with invented forces. There is no 'force of motion' and no 'centripetal force' as a separate arrow - centripetal is the net inward force, made of forces that already exist.
Using constant-acceleration kinematics when the acceleration is not constant, such as on a spring or in a fluid. Check the force first.
Plugging in numbers before finishing the symbolic answer. Symbolic work is graded, and a number hides the mistake.
Ignoring the system boundary. Momentum is conserved for the system you drew; if you left out the wall or the earth, your conservation statement is wrong.
AP Physics 1: Algebra-Based priorities to protect every week
A useful plan is course-specific. Whatever else a week contains, keep time for the content and response habits that decide AP Physics 1: Algebra-Based scores.
Free-body diagrams
Conservation-law selection
Linearizing data
Experimental uncertainty
Paragraph-length justification
AP Physics 1: Algebra-Based unit-by-unit response plan
Required
Kinematics
Motion representations and models
Practice recognizing how kinematics can be tested, naming the evidence or method required, and writing a concise response that earns credit.
Required
Force and Translational Dynamics
Newton's laws and systems
Practice recognizing how force and translational dynamics can be tested, naming the evidence or method required, and writing a concise response that earns credit.
Required
Work, Energy, and Power
Energy models and conservation
Practice recognizing how work, energy, and power can be tested, naming the evidence or method required, and writing a concise response that earns credit.
Required
Linear Momentum
Impulse, collisions, center of mass
Practice recognizing how linear momentum can be tested, naming the evidence or method required, and writing a concise response that earns credit.
Required
Torque and Rotational Dynamics
Angular acceleration and inertia
Practice recognizing how torque and rotational dynamics can be tested, naming the evidence or method required, and writing a concise response that earns credit.
Required
Energy and Momentum of Rotating Systems
Rotational conservation laws
Practice recognizing how energy and momentum of rotating systems can be tested, naming the evidence or method required, and writing a concise response that earns credit.
Required
Oscillations
Springs, pendulums, energy
Practice recognizing how oscillations can be tested, naming the evidence or method required, and writing a concise response that earns credit.
Required
Fluids
Pressure, buoyancy, continuity
Practice recognizing how fluids can be tested, naming the evidence or method required, and writing a concise response that earns credit.
Questions about AP Physics 1: Algebra-Based eight-week study plan and exam strategy
How should I split eight weeks of AP Physics 1: Algebra-Based revision?
Week 1 is “Diagnose and rebuild kinematics” and you finish it with one thing you keep: an error log plus twenty position, velocity, and acceleration graphs translated into each other. Week 8 is “Full timed rehearsal”. Start at the week that matches the time you have left, not at week one.
How should I pace myself on the AP Physics 1: Algebra-Based exam?
Multiple choice — About 2 minutes each. Many questions are answerable from a free-body diagram alone - draw it before you read the choices. Free response — About 24 minutes each. Expect an experimental design question and a paragraph-length reasoning question among them.
What does “Derive an expression” mean on the AP Physics 1: Algebra-Based exam?
Start from a named principle, work in symbols only, and end with the requested variable alone. Numbers appearing early usually cost the derivation points. Answering a different verb can be mathematically correct and still score zero.
What is the biggest scoring trap on the AP Physics 1: Algebra-Based exam?
Using constant-acceleration kinematics when the acceleration is not constant, such as on a spring or in a fluid. Check the force first.
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