Master Physical Science — From Atoms to Waves
A complete, curriculum-aligned online school that walks you step-by-step through every major topic in Glencoe Physical Science — with clear explanations, worked examples, and the kind of patient guidance that turns confusion into real confidence.
"My job isn't to cover the material — it's to make sure it actually makes sense to you before we move on."— Anthony Peter Dasaro
What you'll learn
What you'll be able to do
- Explain the structure of matter, atomic theory, and the periodic table using correct scientific terminology.
- Apply Newton's laws and kinematic equations to analyze real-world motion and forces.
- Solve problems involving work, power, mechanical advantage, and the six simple machines.
- Describe how thermal energy, waves, sound, and light behave and interact with matter.
- Interpret chemical reactions, balance basic equations, and distinguish physical from chemical changes.
- Use the scientific method and data analysis skills to design experiments and evaluate evidence like a practicing scientist.
How it works
A school that adapts to you
This isn't a set of static videos. Every lesson is generated live and tuned to where you actually are.
We learn your level
A quick placement check tailors your starting point so you're never bored or lost.
Lessons adapt as you go
Each lesson is written for your pace and your goal, adjusting as your skills grow.
Your AI coach keeps you moving
Checkpoints, feedback, and gentle nudges turn progress into a real result.
The curriculum
What's inside your school
6 modules · 22 lessons
Thinking Like a Scientist
Establishes the foundational habits of mind and procedural skills students need throughout the course. Students learn to ask testable questions, design controlled experiments, handle measurement tools and units, and communicate findings through graphs and data analysis — mirroring what practicing scientists do every day.
- 1.1The Scientific Method in ActionIncluded
- 1.2Measurement, Units, and Scientific NotationIncluded
- 1.3Graphing and Data AnalysisIncluded
Matter and Its Properties
Builds the conceptual vocabulary students need before studying atoms and reactions. Students classify matter, compare physical and chemical changes, explore how matter behaves in different states, and are introduced to the periodic table as an organizational tool — creating a scaffold for the atomic theory module that follows.
- 2.1Classifying MatterIncluded
- 2.2Physical and Chemical ChangesIncluded
- 2.3States of Matter and Phase ChangesIncluded
- 2.4The Periodic TableIncluded
Atomic Structure and Chemical Reactions
Deepens understanding of matter at the sub-microscopic level. Students trace the development of atomic theory, model atomic structure, explain why atoms bond, and connect those models to observable chemical reactions — directly fulfilling the outcomes on atomic theory, balancing equations, and distinguishing physical from chemical changes.
- 3.1Atomic Theory and Atomic StructureIncluded
- 3.2Chemical Bonding and CompoundsIncluded
- 3.3Chemical Reactions and Balancing EquationsIncluded
Motion and Forces
Transitions students from the chemistry side of physical science to the physics side. Students develop mathematical tools for describing motion (kinematics) before applying Newton's three laws to explain why objects move the way they do — directly addressing the outcome on analyzing real-world motion and forces.
- 4.1Describing Motion: Speed, Velocity, and AccelerationIncluded
- 4.2Newton's First and Second LawsIncluded
- 4.3Newton's Third Law and GravityIncluded
- 4.4Momentum and CollisionsIncluded
Work, Energy, and Simple Machines
Connects forces and motion to the concept of energy. Students calculate work and power, explore kinetic and potential energy and their interconversion, solve problems involving simple machines and mechanical advantage, and investigate thermal energy and heat transfer — fulfilling the outcomes on work/power/machines and thermal behavior.
- 5.1Work and PowerIncluded
- 5.2Kinetic and Potential EnergyIncluded
- 5.3Simple Machines and Mechanical AdvantageIncluded
- 5.4Thermal Energy and Heat TransferIncluded
Waves, Sound, and Light
Completes the course by exploring how energy travels through matter and space in the form of waves. Students master wave properties, investigate sound as a mechanical wave and light as an electromagnetic wave, and apply optics principles — fulfilling the outcomes on wave behavior and light-matter interaction.
- 6.1Wave Properties and BehaviorIncluded
- 6.2Sound Waves and AcousticsIncluded
- 6.3The Electromagnetic SpectrumIncluded
- 6.4Reflection, Refraction, and OpticsIncluded
Who it's for
Is this you?
The Struggling Student
Falling behind in physical science class and needs patient, plain-language explanations and worked examples to finally catch up and feel confident.
The Homeschooler
Needs a complete, structured physical science curriculum with clear sequencing — from scientific method to optics — that works without a traditional classroom.
The Test-Prep Student
Preparing for a standardized science assessment and wants thorough, concept-driven review that covers forces, matter, energy, and waves with precision.
The Ahead-of-the-Curve Learner
Wants to preview the full Glencoe Physical Science curriculum before the school year starts so class feels familiar and manageable from day one.
The Parent-Educator
Supporting their middle or high schooler at home and wants a rigorous, textbook-aligned resource they can rely on to deliver real science instruction.
The Curious Self-Learner
Genuinely wants to understand how the world works — why things move, what matter is made of, how light bends — and is ready to dig into the real science.
Questions
Frequently asked
Your teacher
A note from your teacher
Anthony Peter Dasaro
If you've ever read a science textbook page three times and still felt like nothing stuck, you're not alone — and it's not a sign that science isn't for you. It usually just means the explanation wasn't built for the way you actually think.
That's exactly what this school is designed to fix. I built it because physical science is genuinely fascinating — the same principles that explain a bouncing ball also explain how stars are born — but the gap between "interesting idea" and "I actually understand this well enough to use it" can feel huge when you're sitting in front of a homework problem at 9 PM. My goal, in every single lesson, is to close that gap.
Here's how we do it: every new concept gets a real-world anchor before we formalize it. Before I define acceleration, we talk about what you feel in your stomach on a roller coaster. Before we balance a chemical equation, we talk about why atoms have to go somewhere. Once that intuition is in place, the vocabulary and the math have somewhere to land — and they stick. Then we work through problems together, step by step, so you see exactly how to think through the process, not just what the final answer looks like.
Over the course of six units, you'll build a complete picture of physical science — from atomic structure and the periodic table, through Newton's laws and the mechanics of simple machines, all the way to how waves carry sound across a concert hall and light through a lens. Each unit is designed so that what you learned before supports what comes next. By the end, you won't just have covered the material; you'll be able to use it.
Whether you're keeping up with your class, catching up after a rough semester, learning entirely at home, or training for a standardized test, this school meets you where you are. Come in curious. Ask questions in the community. And trust that with clear explanations and consistent practice, this material is absolutely within your reach. I'll be with you every step of the way.
— Anthony Peter Dasaro
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- 6 modules, 22 lessons
- AI-adaptive lessons tuned to your level
- Quizzes & checkpoints to lock in progress
- Your own AI learning coach
- Learn on any device, at your pace
- Full access for as long as you're subscribed