Move from source charges and voltage into simple loops, power, branch behavior, and equivalent resistance without leaving the same compact electricity path.
Use this page when you want one beginner-friendly electricity story instead of separate field and circuit shelves. The path starts with how charges create fields and potential, carries that voltage idea into a simple loop, and then stays with how that same source-and-voltage story scales into power, branch behavior, and mixed-circuit reduction before you branch into electromagnetism.
Best first concepts
The topic page keeps these starts in their own compact row so the first screen is about orientation and next action, not stacked feature cards.
See how source-charge sign, distance, and superposition set the electric field at one probe, then watch a test charge turn that field into a force without changing the field itself.
Field and force
Strong first stop for getting into this topic without scanning the whole library.
Keep one battery and two resistors in view while current, voltage, resistance, Ohm's law, and the contrast between series and parallel all stay tied to one honest circuit.
Circuits and Ohm's law
Strong first stop for getting into this topic without scanning the whole library.
Related guided tracks
These tracks stay tied to the same shared concept pages and progress model. They are surfaced here either because the authored path meaningfully overlaps this topic page or because the topic catalog marks the track as useful preparation for this branch.
Start with source charges and voltage, then carry that same circuit story into current, power, branch behavior, and equivalent resistance.
Track progress
0 / 8 moments complete
0 / 6 concepts and 0 / 2 checkpoints cleared.
Electric Fields opens this track and sets up the rest of the path.
Specific learning goals
These goal cards stay authored and transparent. They reuse the current topic page, starter tracks, guided collections, concept bundles, and progress cues instead of adding a separate recommendation system on top of this branch.
Use the electricity topic route, the authored bridge lesson set, and the main electricity track when the field-to-voltage-to-circuit handoff should stay explicit.
Primary move
Open topic route
No saved progress yet inside Electricity.
Entry diagnostic
Start from the opening step
No saved diagnostic checks are available yet, so the opening step is still the best entry into the collection.
Reuses the guided collection entry for Electricity Bridge Lesson Set, with 0 of 2 probes already ready.
No saved progress yet inside Electricity.
Open the electricity topic route is the next guided collection step.
Electric Fields opens this track and sets up the rest of the path.
No saved progress yet for Electric Potential.
Use the electricity route, the existing electricity-to-magnetism bridge collection, and the magnetic starter track so the transition into electromagnetism stays bounded and transparent.
Primary move
Start Electricity
Electricity is the authored prerequisite for Magnetism. Electric Fields opens this track and sets up the rest of the path. Nothing is hard-gated here; this is simply the authored prep path.
Entry diagnostic
Start from the opening step
No saved diagnostic checks are available yet, so the opening step is still the best entry into the collection.
Reuses the guided collection entry for Electricity to Magnetism Bridge, with 0 of 2 probes already ready.
Recommended prep
Electricity is the authored prerequisite for Magnetism. Electric Fields opens this track and sets up the rest of the path.
No saved progress yet inside Electricity.
Reopen the electricity track in recap mode is the next guided collection step.
Magnetic Fields opens this track and sets up the rest of the path.
No saved progress yet for Maxwell's Equations Synthesis.
Grouped concept overview
Each group is authored in the topic catalog, but the actual concepts, progress badges, and track cues still come from the canonical concept metadata and shared progress model.
Group 01
Start with how source charges shape the field, turn that into potential, and then reuse voltage in one simple circuit before adding more structure.
See how source-charge sign, distance, and superposition set the electric field at one probe, then watch a test charge turn that field into a force without changing the field itself.
Field and force
Strong first stop for getting into this topic without scanning the whole library.
Built for quick scanning, filtering, and direct access.
Open conceptMap how source-charge sign and distance shape electric potential, compare potential differences across one honest scan line, and connect the downhill slope of V to the electric field.
Potential and voltage
Built for quick scanning, filtering, and direct access.
Open conceptKeep one battery and two resistors in view while current, voltage, resistance, Ohm's law, and the contrast between series and parallel all stay tied to one honest circuit.
Circuits and Ohm's law
Strong first stop for getting into this topic without scanning the whole library.
Built for quick scanning, filtering, and direct access.
Open conceptGroup 02
Once the voltage story is stable, read power and accumulated energy, then move into branch behavior and mixed-circuit reduction.
Keep one source and one resistive load in view while current, power, and accumulated energy over time stay tied to the same honest circuit.
Power and energy
Built for quick scanning, filtering, and direct access.
Open conceptSwitch the same two loads between one loop and two branches, then track how current, voltage, brightness, and charge flow reorganize without changing the battery.
Series and parallel branches
Built for quick scanning, filtering, and direct access.
Open conceptReduce one highlighted resistor group into an equivalent block, then collapse the whole mixed circuit honestly and watch how the total current and grouped behavior change together.
Mixed resistor groups
Built for quick scanning, filtering, and direct access.
Open concept