Mechanics and Forces
Reason from motion diagrams and forces to equations that describe real physical systems.
- Describe motion with position, velocity, and acceleration
- Draw and interpret free-body diagrams
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Physics, chemistry, experiments, matter, energy, and scientific reasoning. Choose a topic, understand the learning outcomes, and start a focused conversation with a matched tutor.
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Chemistry Foundations
Connect particles, bonding, reactions, quantities, and evidence from the laboratory.
- Use atomic structure to explain periodic patterns
- Compare ionic, covalent, and intermolecular interactions
Electricity and Magnetism
Build practical understanding of charge, fields, circuits, magnetic forces, induction, and electromagnetic models, then use it for analyzing circuits, field diagrams, motors, generators, and electrical systems.
- Explain the main ideas and vocabulary involved in charge, fields, circuits, magnetic forces, induction, and electromagnetic models
- Follow a repeatable process for analyzing circuits, field diagrams, motors, generators, and electrical systems
Thermodynamics
Build practical understanding of temperature, energy transfer, work, entropy, and system boundaries, then use it for reasoning about engines, phase changes, efficiency, and thermal processes.
- Explain the main ideas and vocabulary involved in temperature, energy transfer, work, entropy, and system boundaries
- Follow a repeatable process for reasoning about engines, phase changes, efficiency, and thermal processes
Waves and Optics
Build practical understanding of wave behavior, sound, light, interference, diffraction, and image formation, then use it for interpreting wave diagrams, lenses, mirrors, signals, and resonance.
- Explain the main ideas and vocabulary involved in wave behavior, sound, light, interference, diffraction, and image formation
- Follow a repeatable process for interpreting wave diagrams, lenses, mirrors, signals, and resonance
Quantum Physics Concepts
Build practical understanding of quantization, probability, wave-particle behavior, measurement, and atomic models, then use it for interpreting foundational experiments without losing the limits of each model.
- Explain the main ideas and vocabulary involved in quantization, probability, wave-particle behavior, measurement, and atomic models
- Follow a repeatable process for interpreting foundational experiments without losing the limits of each model
Organic Chemistry
Build practical understanding of carbon structures, functional groups, bonding, reactions, and mechanism patterns, then use it for naming compounds, predicting products, and explaining reaction pathways.
- Explain the main ideas and vocabulary involved in carbon structures, functional groups, bonding, reactions, and mechanism patterns
- Follow a repeatable process for naming compounds, predicting products, and explaining reaction pathways
Biochemistry
Build practical understanding of biomolecules, enzymes, metabolism, energy transfer, and molecular interactions, then use it for connecting molecular structure with cellular function and biological evidence.
- Explain the main ideas and vocabulary involved in biomolecules, enzymes, metabolism, energy transfer, and molecular interactions
- Follow a repeatable process for connecting molecular structure with cellular function and biological evidence
Laboratory Skills
Build practical understanding of measurement, variables, controls, uncertainty, safety, and scientific records, then use it for planning experiments, collecting reliable data, and evaluating results.
- Explain the main ideas and vocabulary involved in measurement, variables, controls, uncertainty, safety, and scientific records
- Follow a repeatable process for planning experiments, collecting reliable data, and evaluating results
Scientific Method and Reasoning
Build practical understanding of questions, hypotheses, models, evidence, replication, and uncertainty, then use it for designing fair investigations and judging the strength of scientific claims.
- Explain the main ideas and vocabulary involved in questions, hypotheses, models, evidence, replication, and uncertainty
- Follow a repeatable process for designing fair investigations and judging the strength of scientific claims
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