PATTERNS & MOTION
SUNLIGHT & SEASONS
MOON PHASES
ECLIPSES & MODELS
GRAVITY & SYSTEMS
200

If Earth stopped rotating, what would happen to day and night?

One side always day, one side always night

200

Why are winters colder even though Earth is sometimes closer to the Sun?

Less direct sunlight

200

If you see half of the Moon lit, what phase could it be?

First or third quarter

200

Why doesn’t a solar eclipse happen every new moon?

Orbit is tilted

200

What happens to gravity when objects are closer together?

It increases

400

A student says seasons are caused by Earth being closer to the Sun. What is wrong with this?

Seasons are caused by tilt, NOT distance 

400

If sunlight is spread over a larger area, what happens to temperature?

It decreases

400

Why is the Moon always half lit but we don’t always see half?

We see different angles of the lit side

400

In which order must objects line up for a solar eclipse?

Sun → Moon → Earth

400

Why does Earth stay in orbit instead of flying away?

Sun’s gravity pulls it

600

Why do we see the Sun appear to move across the sky each day?

Earth’s rotation

600

A location receives long days and direct sunlight. What season is it?

Summer

600

A student says the Moon makes its own light. How do you correct them?

It reflects sunlight

600

A model shows Earth between the Sun and Moon. What event is happening? 

Lunar eclipse

600

If gravity suddenly disappeared, what would happen to planets?

They would move in straight lines (fly away)

800

If Earth rotated twice as fast, how would this affect a day?

Days would be shorter

800

Explain why seasons are opposite in hemispheres using the word sunlight.

One hemisphere gets direct sunlight, the other indirect sunlight.

800

If the Moon is between Earth and Sun, what phase do we see and why?

New Moon; lit side faces away

800

A student builds a model but the eclipse never happens. What might be missing?

Proper alignment

800

Why do objects move faster when closer to the Sun?

Stronger gravitational pull

1000

Scientists notice a repeating pattern in sunrise times. What does this pattern help them do?

Predict future events

1000

At which time would shadows be shortest and WHY?

Noon, because Sun is most direct overhead

1000

Why does the Moon appear to change shape over time instead of instantly? (Think about what type of pattern this is)

It orbits Earth gradually

1000

Explain why eclipses are rare using BOTH orbit AND alignment vocabulary.

Orbit is tilted so alignment doesn’t happen every month

1000

Explain how gravity keeps BOTH the solar system AND galaxies together.

It pulls objects together and holds systems in place