Learn introductory physics — mechanics, waves, electricity: a study plan
Quizlar drafted this outline for "Learn introductory physics — mechanics, waves, electricity" — 3 domains in the order to tackle them, weighted by importance. Approve it and a voice tutor turns each topic into daily 20-minute sessions, scheduled by FSRS spaced repetition.
Study plan: Learn introductory physics — mechanics, waves, electricity
Suggested pace: 20 minutes a day
As you study, a readiness score climbs toward your goal — you'll know when you've got it, not just when you've finished.
This outline is a draft. Check the topics, weights and items, then approve. No cards are written until you do.
Mechanics – Kinematics & Dynamics 40%
Define and apply the equations of motion for constant acceleration
Analyze vector quantities: displacement, velocity, and acceleration
Solve problems involving free‑fall and projectile motion
Use Newton’s three laws to model forces on objects
Calculate net force and resulting acceleration for multiple forces
Understand work, kinetic energy, and the work‑energy theorem
Apply the principle of conservation of momentum in collisions
Waves – Fundamentals 20%
Describe wave properties: wavelength, frequency, period, and speed
Differentiate between transverse and longitudinal waves
Apply the superposition principle to interference patterns
Calculate standing wave conditions on strings and air columns
Explain the Doppler effect for sound and light
Electricity – Electrostatics & Circuits 40%
State Coulomb’s law and calculate electric force between point charges
Define electric field and compute field strength for simple charge configurations
Use Ohm’s law to relate voltage, current, and resistance in a circuit
Analyze series and parallel resistor networks
Apply Kirchhoff’s voltage and current laws to solve basic circuits
Understand basic concepts of electric power and energy consumption
Introduce capacitance and simple RC charging/discharging behavior
How to Study Introductory Physics, One Domain at a Time
This plan is for anyone starting physics from the ground up: high school or first-year college students, career changers heading into engineering or health sciences, or curious adults who want to understand how motion, sound, and circuits actually work. It assumes comfort with basic algebra and builds from there.
Quizlar's draft outline covers three domains. Mechanics – Kinematics & Dynamics (40%) covers equations of motion, vectors, projectiles, Newton's laws, work and energy, and momentum. Waves – Fundamentals (20%) covers wave properties, superposition, standing waves, and the Doppler effect. Electricity – Electrostatics & Circuits (40%) covers Coulomb's law, electric fields, Ohm's and Kirchhoff's laws, power, and RC behavior. Mechanics comes first because vectors, forces, and energy recur everywhere else. Waves builds on ideas like period and speed. Electricity comes last because it reuses force and energy thinking, from Coulomb's law to power in a circuit.
Quizlar turns each item into quiz cards and tutors you through them by voice. You explain your reasoning out loud, get Socratic hints when you're stuck, and hear follow-up questions that check whether you really understand, for example why a projectile's horizontal velocity stays constant. FSRSspaced repetition then schedules each card for review right before you're likely to forget it, so your daily session mixes new material with what needs reinforcing.Start this plan — free
FAQ
How long does it take to learn introductory physics — mechanics, waves, electricity?
This outline has 19 learning objectives across three domains, and mechanics and electricity carry most of the weight. With a steady daily session of 20–30 minutes, many learners can work through every objective in roughly two to three months. Spaced reviews will keep reinforcing the material after that, and your pace will depend on your math background and how often you practice.
Where should I start?
Start with Mechanics – Kinematics & Dynamics, beginning with the constant-acceleration equations of motion and vector quantities. Displacement, velocity, force, and energy are the foundation for the later waves and electricity topics, so getting them solid first makes everything after easier.
Can I edit this study plan?
Yes. The outline is Quizlar's draft, and you can edit it before you approve it. You can add or remove items, adjust domain weights, or reorder topics. For example, you could cut RC circuits if your course skips them, or give waves more weight if you're preparing for an acoustics unit.
How is this different from flashcards or Anki?
Anki has you flip static cards and grade yourself. Quizlar tutors you by voice: it asks you to reason through problems like a net-force calculation, gives hints instead of answers, and follows up when your explanation has gaps. It still uses FSRS spaced repetition to schedule reviews, so you get the memory benefits of flashcards plus the understanding that physics problem-solving needs.
Is Quizlar free?
Quizlar has a free tier, so you can draft this physics plan and start voice sessions without paying. Paid options are available if you want more, but the free tier is enough to try the approach on your first mechanics topics.