Worksheet
The Rooftop Sky Route
Use two nights of rooftop observations to find sky patterns and plan visits for the sun, moon, and stars.
Grade 1ScienceInteractive · Printable
Aligned to1-ESS1-1
What’s included
- Single worksheet
- Auto-graded online
- 1 NGSS standard
- Printable answer key
- 14 questions
- Classroom-ready
Details
- Format
- Interactive · Printable
- Grade
- Grade 1
- Subject
- Science
- Question types
- Fill in the blank, Multiple choice, Circle the answer, Short answer
About this worksheet
What students practice
- Students describe repeating patterns in observations of the sun, moon, and stars.
- Students use sky observations to make predictions for a clear day or night.
- Students choose visit times by using evidence from repeated sky observations.
How to use
Read the rooftop club notes aloud. Have students point to the observations that support each prediction before they answer.
Curriculum
NGSS standard covered
Use observations of the sun, moon and stars to describe patterns that can be predicted.
Preview
OwlSheets.com
The Rooftop Sky Route
Use sky observations to plan visits for a city rooftop club.

Read the rooftop notes
The city rooftop weather club is making a sky-route board. Use the two days of clear-sky notes to answer the questions.
Two Clear Days Above the City
Jalen and Noor checked the sky from a city rooftop. They used the same three daytime times on two clear days: 7:00 in the morning, 12:00 noon, and 4:00 in the afternoon.
On Day 1, the sun was low in the east at 7:00. At noon, it was high in the sky toward the south. At 4:00, it was low in the west. On Day 2, the sun was low in the east at 7:00, high toward the south at noon, and low in the west at 4:00.
The club also checked the moon at 7:00 and 10:00 in the evening. On both nights, the moon was low in the east at 7:00 and high toward the south at 10:00. The sky was clear for both nights.
At 8:00 in the evening, the club saw a few stars on both nights. At 10:00, the club saw many stars on both nights. The club wants to choose visit times for a new rooftop sky-route board.
- A. Low in the west
- B. Low in the east
- C. High toward the south
- D. Near the rooftop floor
On how many of the six daytime checks was the sun high toward the south? checks
- A. Check the same three times on another clear day.
- B. Check once at a new time on a cloudy day.
- C. Ask one visitor where the sun was last week.
- D. Check three different rooftop places at noon.
Day 1 at 7:00: low east; Day 2 at 7:00: low eastDay 1 at noon: high south; Day 2 at 4:00: low westDay 1 at noon: high south; Day 2 at noon: high southDay 1 at 4:00: low west; Day 2 at noon: high south
- A. 7:00 in the morning
- B. 4:00 in the afternoon
- C. 10:00 at night
- D. 12:00 noon
- A. High toward the south
- B. Low in the west
- C. Low in the east
- D. Behind the moon
Day 1 at 7:00: low east; Day 2 at 7:00: low eastDay 1 at 10:00: high south; Day 2 at 10:00: high southDay 1 at 7:00: high south; Day 2 at 7:00: low eastDay 1 at 10:00: low east; Day 2 at 10:00: high south
- A. Low in the east
- B. Low in the west
- C. High toward the south
- D. Below the rooftop
Choose the best sky route
Use the notes as evidence. Think about what the club can predict and what it cannot tell from one cloudy check.
On how many clear-night checks did the club record stars? checks
- A. 10:00 in the evening
- B. 7:00 in the morning
- C. 12:00 noon
- D. 4:00 in the afternoon
- A. The stars moved to another city.
- B. Clouds blocked the view, so more clear checks are needed.
- C. The stars came out during the daytime.
- D. The moon made the stars disappear.
- A. Visit at 7:00 in the morning for all three.
- B. Visit at noon for the sun, then at 10:00 at night for the moon and stars.
- C. Visit at 4:00 for the sun, then at 8:00 in the morning for the moon and stars.
- D. Visit at 10:00 at night for the sun, moon, and stars.
At 7:00 in the morning, the sun will likely be low in the east.At noon, the sun will likely be low in the west.At 10:00 in the evening, many stars will likely be seen.At 10:00 in the evening, the moon will likely be low in the east.
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