WHAT THIS MODEL HELPS US SEE
Keep one finger on the marker. At each pause say lit or unlit first, then name the time position.
GROW · Science · Week 8B · Do
Sequence outcome: Explain day and night and the apparent movement of the Sun.
SPACE available · VOICE waiting · AUDIENCE waiting · INFLUENCE waiting
SPACE available · VOICE waiting · AUDIENCE waiting · INFLUENCE waiting
Commit one first idea. Predictions are held, not marked. Pointing, selecting, saying or signing all count.
SPACE available · VOICE waiting · AUDIENCE waiting · INFLUENCE waiting
Keep one finger on the marker. At each pause say lit or unlit first, then name the time position.
Quarter turns compress continuous rotation and do not show exact local times, seasons, weather or Earth's scale.
Place one marker on the globe and start it at sunrise, where it crosses into the lit half.
Turn the globe west to east in equal quarter turns. Pause and record whether the marker is lit and which way it faces.
Return the marker to the start. Four ordered observations now represent one simplified 24-hour cycle.
Word help keeps the scientific term visible and adds a plain-language bridge.
Turn a quarter at a time. Each stop writes one row of evidence. Then run the two tests.
| Stop | Lit or unlit? | Facing the lamp? | Time position |
|---|
SPACE available · VOICE waiting · AUDIENCE waiting · INFLUENCE waiting
Use a button, point, say/sign or let an adult operate the chosen button. A retry is information, not a penalty.
SPACE available · VOICE waiting · AUDIENCE waiting · INFLUENCE waiting
Add an observer arrow at each marker position to show which way the local person faces.
Describe the Sun's apparent east-to-west position without claiming that the lamp moved; west-to-east Earth rotation creates that observed direction.
Link all four rows: because Earth rotated, the observer experienced sunrise, day, sunset and night.
Keep one finger on the marker. At each pause say lit or unlit first, then name the time position.
Quarter turns compress continuous rotation and do not show exact local times, seasons, weather or Earth's scale.
SPACE available · VOICE waiting · AUDIENCE waiting · INFLUENCE waiting
Commit each control-room observation to the correct point in the cycle.
Claim: Model glitch: clouds make night by covering the Sun.
SPACE available · VOICE waiting · AUDIENCE waiting · INFLUENCE waiting
Cool LED lamp, marked globe or ball, four-row evidence sheet, arrows and pencil.
Same outcome: I can use a rotating-Earth model to collect and explain evidence across one complete day-night cycle.
Advance the included sequence one frame at a time and capture four labelled observations before writing the conclusion.
Same evidence: Four ordered rows recording marker position, light state, apparent Sun position and one final because conclusion.
Complete four rows using picture choices for sunrise, day, sunset and night.
Use: The place is __ because it faces __. The Sun appears __.
Record four quarter turns and explain the complete cycle using rotation and apparent movement.
Include what stayed fixed, what moved and two linked observations.
Use the four rows to show how west-to-east rotation explains the pattern. Compare this explanation with the cloud and daily-Sun-orbit ideas without claiming the model alone decides between every possible sky model.
Cite exact observations, state the apparent east-to-west direction and include one model limitation.
SPACE available · VOICE waiting · AUDIENCE waiting · INFLUENCE waiting
Choose and explain one row: it is day or night because the marked place faces __.
Use two evidence rows to explain one full day-night cycle.
Explain why the cloud claim fails, then name one question this model cannot answer.
The familiar adult genuinely receives the pupil response, then says back the Science they heard or saw. The adult does not add a score or rewrite the pupil.
Receive the pupil’s Voice, complete real Audience, then choose what changes.
Session state is temporary. Reload clears responses; there is no account, upload or saved pupil identity.
SPACE available · VOICE waiting · AUDIENCE waiting · INFLUENCE waiting
Name: _______________________________ Date: ____________________
Learning objective: I can use a rotating-Earth model to collect and explain evidence across one complete day-night cycle.
Retrieval: In Explore, Earth rotated while the model Sun stayed fixed, creating day, night and apparent solar movement. · Prior week: point to or describe one useful model. · Older learning: what makes an observation useful as evidence? · Lead-in: what do you notice in today’s first picture?
Keep one finger on the marker. At each pause say lit or unlit first, then name the time position.
Quarter turns compress continuous rotation and do not show exact local times, seasons, weather or Earth's scale.
Complete four rows using picture choices for sunrise, day, sunset and night.
Record four quarter turns and explain the complete cycle using rotation and apparent movement.
Use the four rows to show how west-to-east rotation explains the pattern. Compare this explanation with the cloud and daily-Sun-orbit ideas without claiming the model alone decides between every possible sky model.
Four ordered rows recording marker position, light state, apparent Sun position and one final because conclusion.
Supported: Choose and explain one row: it is day or night because the marked place faces __.
Standard: Use two evidence rows to explain one full day-night cycle.
Stretch: Explain why the cloud claim fails, then name one question this model cannot answer.
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Waiting for genuine Voice and Audience.
What was observed, and with what level of independence?
Local print output only. Reload clears in-page responses.