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AP Physics 1: Algebra-Based

An algebra-based AP Physic1 course for the study of classical mechanics, covering kinematics, Newton's laws of motion, work, energy, power, momentum, rotational dynamics, simple harmonic motion, and mechanical waves.

Study Tools

All

Study guides

13

12 - Mechanical Waves and Sound

A structured guide to mechanical waves, their mathematical relationships, interference and resonance, standing-wave patterns, sound, and energy transfer.
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13 - Experimental Methods and Comprehensive Review

A comprehensive AP Physics 1 guide to selecting physical models, using representations, designing experiments, analyzing data, evaluating uncertainty, and communicating evidence-based conclusions.
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4 -Newton’s Laws of Motion

A structured guide to using Newton’s laws, free-body diagrams, force models, and component equations to analyze motion in AP Physics 1.
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9 - Rotational Motion and Dynamics

A structured guide to angular motion, torque, rotational inertia, rotational dynamics, rolling, and equilibrium about a fixed axis.
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8 - Momentum, Impulse, and Collisions

A progressive guide to momentum, impulse, conservation laws, collision types, and center-of-mass motion, with equations, examples, and problem-solving strategies.
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10 - Angular Momentum and Rolling Motion

A structured guide to angular momentum, torque, rolling constraints, rotational energy, and the analysis of systems that combine translation with rotation.
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11 - Simple Harmonic Motion

A structured guide to simple harmonic motion, including equilibrium, oscillation, kinematics, energy, mass–spring systems, simple pendulums, and problem-solving methods.
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7 - Power and Energy Applications

A progressive guide to analyzing energy transfers, calculating power, evaluating efficiency, and solving mechanical applications involving lifting, friction, and power graphs.
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5 - Circular Motion and Gravitation

A structured guide to the kinematics, forces, and gravitational applications that govern circular motion, including curves, loops, rotating systems, and circular orbits.
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6 - Work, Energy, and Conservation of Energy

A progressive guide to calculating work, relating net work to kinetic energy, and applying conservation of mechanical energy with conservative and nonconservative forces.
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3 - Two-Dimensional Kinematics

A practical guide to analyzing two-dimensional motion with vectors, component equations, projectile models, and relative velocity.
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1 - Mathematical Foundations for Algebra-Based Physics

A progressive guide to the mathematical tools used in algebra-based physics, including units, dimensional analysis, vectors, graphs, equations, proportional reasoning, and quantitative checks.
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2 - One-Dimensional Kinematics

A progressive guide to describing one-dimensional motion using position, displacement, velocity, acceleration, graphs, constant-acceleration equations, and free-fall models.
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Quizzes

13

9 - Rotational Motion and Dynamics

A medium-difficulty quiz on angular motion, torque, rotational inertia, rotational dynamics, rolling motion, and rotational equilibrium. Questions progress from introductory applications to more involved reasoning and calculations.
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11 - Simple Harmonic Motion

A 14-question quiz on simple harmonic motion covering equilibrium, kinematics, energy, mass–spring systems, pendulums, and applications. Questions progress from conceptual understanding to quantitative problem solving.
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5 - Circular Motion and Gravitation

A medium-difficulty quiz on circular motion and gravitation, covering period, angular speed, centripetal acceleration and force, nonuniform circular motion, friction, banked curves, conical pendulums, vertical loops, and orbital motion.
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8 - Momentum, Impulse, and Collisions

A medium-difficulty quiz on momentum, impulse, collisions, systems of particles, and center-of-mass motion. Questions progress from conceptual interpretation to quantitative and explanatory applications.
Quiz · Updated

13 - Experimental Methods and Comprehensive Review

A 14-question AP Physics 1 review quiz covering physical models, representations, experimental design, uncertainty, data analysis, momentum, waves, and rotation. Questions are ordered from more direct conceptual understanding to more applied reasoning.
Quiz · Updated

10 - Angular Momentum and Rolling Motion

A medium-difficulty quiz on angular momentum, torque, conservation laws, rolling motion, rotational kinetic energy, and combined translational–rotational systems.
Quiz · Updated

6 - Work, Energy, and Conservation of Energy

A medium-difficulty quiz on work, kinetic and potential energy, the work–energy theorem, mechanical energy, and energy changes caused by conservative and nonconservative forces.
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7 - Power and Energy Applications

A medium-difficulty quiz on energy accounting, power, efficiency, force-based power, power graphs, friction, and potential energy. Questions progress from conceptual interpretation to quantitative application and explanation.
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12 - Mechanical Waves and Sound

A medium-difficulty quiz on mechanical waves, wave behavior, standing waves, resonance, sound, and mechanical-wave energy transfer. Candidates are ordered from comparatively more direct conceptual applications to more demanding quantitative and explanatory applications.
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3 - Two-Dimensional Kinematics

A medium-difficulty assessment of two-dimensional kinematics, including vector components, projectile motion, graph interpretation, and relative motion. Questions progress from foundational interpretation to multistep application.
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2 - One-Dimensional Kinematics

A medium-difficulty quiz on one-dimensional kinematics, covering position, displacement, velocity, acceleration, motion graphs, constant-acceleration equations, sign conventions, and free fall.
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4 - Newton’s Laws of Motion

A medium-difficulty quiz on Newton’s laws of motion, free-body diagrams, common forces, equilibrium, friction, connected objects, elevators, inclined planes, circular motion, and spring forces. Questions progress from foundational application to more involved analysis.
Quiz · Updated

1 - Mathematical Foundations for Algebra-Based Physics

A 14-question quiz on the mathematical foundations of algebra-based physics. The quiz progresses from foundational checks to medium-difficulty applications involving units, vectors, graphs, dimensional analysis, proportional reasoning, and solution methods.
Quiz · Updated

Flashcards

13

10 - Angular Momentum and Rolling Motion

A focused set of flashcards covering angular momentum, torque, conservation laws, rolling constraints, rotational energy, friction, and coupled translation–rotation systems.
Flashcards · Updated

9 - Rotational Motion and Dynamics

Builds core understanding of angular kinematics, torque, rotational inertia, rotational dynamics, rolling motion, and rotational equilibrium.
Flashcards · Updated

8 - Momentum, Impulse, and Collisions

A focused AP Physics 1 flashcard set covering momentum, impulse, external forces, conservation laws, collision types, recoil, and center-of-mass motion.
Flashcards · Updated

11 - Simple Harmonic Motion

A focused review of simple harmonic motion covering equilibrium, kinematics, energy, mass–spring systems, pendulums, and the assumptions behind their governing equations.
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12 - Mechanical Waves and Sound

Review the definitions, equations, behaviors, and applications of mechanical waves, standing waves, resonance, and sound.
Flashcards · Updated

13 - Experimental Methods and Comprehensive Review

Review AP Physics 1 problem solving, physical models, representations, experimental design, uncertainty, data analysis, and applications across mechanics, oscillations, and waves.
Flashcards · Updated

5 - Circular Motion and Gravitation

A focused set of flashcards covering centripetal acceleration, forces, circular-motion relationships, curved roads, vertical loops, and gravitational orbits.
Flashcards · Updated

7 - Power and Energy Applications

A focused set of flashcards covering energy accounting, power, efficiency, friction, and quantitative applications in mechanical systems.
Flashcards · Updated

4 - Newton’s Laws of Motion

A focused review of force models, free-body diagrams, Newton’s three laws, common forces, equilibrium, friction, and standard applications in AP Physics 1.
Flashcards · Updated

6 - Work, Energy, and Conservation of Energy

Review work, variable forces, kinetic and potential energy, the work–energy theorem, and conservation of mechanical energy in AP Physics 1.
Flashcards · Updated

3 - Two-Dimensional Kinematics

A focused review of vector components, constant-acceleration motion, projectile trajectories, relative velocity, and solution strategies in two-dimensional kinematics.
Flashcards · Updated

2 - One-Dimensional Kinematics

A focused review of one-dimensional kinematics covering position, displacement, velocity, acceleration, motion graphs, constant-acceleration equations, and free fall.
Flashcards · Updated

1 - Mathematical Foundations for Algebra-Based Physics

A focused review of units, dimensions, vectors, graphs, algebraic methods, proportional reasoning, and result checking in algebra-based physics.
Flashcards · Updated