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Lesson set6 steps6 concepts103 min1 track

Electricity Bridge Lesson Set

Not started

Move from field cause to voltage to the first full electricity track without leaving the current concept, topic, and challenge surfaces.

This lesson set is meant for the moment when learners need the electricity branch to feel like one connected story rather than separate shelves. It uses the topic route for orientation, keeps the first two concepts explicit, then hands off to the authored starter track and a challenge checkpoint.

The topic route keeps the branch visible, the field and potential concepts stay explicit so the voltage bridge is not skipped, the starter track carries the learner into circuits and reduction, and the closing challenge surfaces a single checkpoint from that same path.

Field causeVoltage bridgeElectricity trackChallenge checkpoint

Educator note

Useful when a teacher wants tighter control over the early field-to-voltage transition before letting the broader starter track carry the rest.

Entry diagnostic

Decide where to enter this path without opening a second testing system.

Reuse the electric-fields quick test and the existing voltage checkpoint to decide whether this collection should start at the field cause or hand off directly to the full electricity track.

Start from the opening step0 / 2 probes ready

Check the bridge before you replay the whole launch

Start from the opening step

No saved diagnostic checks are available yet, so the opening step is still the best entry into the collection.

Uses the same local-first concept, challenge, and track facts already saved in this browser.

Begin with Open the electricity topic route
  1. Quick testNot started4 questions

    Electric-fields quick test

    Check whether source charges and field direction are still clean before voltage becomes the bridge.

    No saved quick-test result yet.

    E-fields
    Open Electric Fields quick test
  2. ChallengeNot started10 checks

    Voltage bridge challenge

    Use the existing midpoint challenge to see whether this bridge can hand off straight into the broader electricity track.

    No saved checkpoint attempt yet.

    Potential
    Open Positive midpoint plateau

Shareable concept bundle

Package a compact launch path from this guided collection.

Keep the bundle lightweight: choose the collection entry points that matter, give the package a clear summary, and share one stable link back into the same topic, concept, track, and challenge surfaces that already exist.

Bundle progress below stays local-first and never rides along with the shared link.

Included entry points

Uncheck anything that should stay outside this shareable bundle.

Assignment mode

Save the current bundle selection as a stable assignment link.

This stays intentionally small. The assignment stores the selected guided-collection steps and an optional note, then learners reopen the same concept, track, topic, and challenge surfaces through one stable entry point.

Sign in to save a stable assignment link. Signed-out bundle sharing above still stays public.

6 assigned steps6 concepts103 min

Save the current draft to mint one stable assignment entry point for this exact selection.

Launch starts on Open the electricity topic route. Assignment completion is derived from the same concept, starter-track, and challenge facts already used elsewhere in the product.

Bundle launch order

Keep the selected bundle steps explicit.

Launch starts on Open the electricity topic route
  1. 1Open the electricity topic routeTopic routeUse the topic landing page to frame how charges, potential, circuits, and reduction fit together before the first concept opens.
  2. 2Start with source charges and electric fieldsConceptUse the live field stage first so the later voltage and circuit steps still feel tied to a real source.
  3. 3Bridge into electric potentialConceptKeep the field picture nearby while voltage becomes the usable scalar story for the next circuit steps.
  4. 4Use the full electricity starter trackStarter trackHand off to the authored sequence that carries voltage into single loops, power, branches, and equivalent resistance.
  5. 5Check the voltage bridge challengeChallengeUse the midpoint case where the field can vanish while the potential stays positive before the collection widens into full circuits.
  6. 6Keep follow-up practice on the filtered electricity challenge hubChallenge hubOpen the existing challenge browser already filtered to the electricity path when the class needs one more bounded task.

Ordered steps

Reuse the current surfaces in one bounded sequence.

Every step still lands in an existing topic page, concept page, starter track, or challenge flow. The collection only keeps that order explicit.

1 starter track references stay inside the current track system.

  1. 1Topic routeNot startedNext step

    Open the electricity topic route

    Use the topic landing page to frame how charges, potential, circuits, and reduction fit together before the first concept opens.

    Anchor the lesson in the canonical electricity branch before the sequence narrows.

    Open this topic route before the linked concepts start accumulating saved progress.

    6 minTopic routeE-fieldsPotentialCircuits+3 more concepts
    Open topic route
  2. 2ConceptNot started

    Start with source charges and electric fields

    Use the live field stage first so the later voltage and circuit steps still feel tied to a real source.

    Make the physical cause explicit before the collection turns toward voltage.

    No saved progress yet for Electric Fields.

    12 minE-fields
    Start concept
  3. 3ConceptNot started

    Bridge into electric potential

    Keep the field picture nearby while voltage becomes the usable scalar story for the next circuit steps.

    Prevent voltage from feeling detached from the source-charge model.

    No saved progress yet for Electric Potential.

    12 minPotential
    Start concept
  4. 4Starter trackNot started

    Use the full electricity starter track

    Hand off to the authored sequence that carries voltage into single loops, power, branches, and equivalent resistance.

    Reuse the existing guided path for the broader branch once the first bridge is stable.

    Electric Fields opens this track and sets up the rest of the path.

    55 min6 concepts2 checkpointsE-fieldsPotentialCircuits+3 more concepts
    Start with E-fieldsOpen track page
  5. 5ChallengeNot started

    Check the voltage bridge challenge

    Use the midpoint case where the field can vanish while the potential stays positive before the collection widens into full circuits.

    Lock in the exact bridge case the later circuit sequence depends on.

    No saved challenge activity yet for this step.

    10 minCore10 checksPotential
    Open challengeOpen concept