EMS 2.1 (2/4)

Posljednje ažuriranje about 3 years ago

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Objective: SWBAT identify why the moon appears differently throughout the month and how the position of the moon around the view from Earth by modeling Earth, Moon, Sun systems

Do Now:

Exit Ticket Review:

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Guided Notes:

Practice:

Exit Ticket:

EMS 2.1 (2/4)

Posljednje ažuriranje about 3 years ago

null

Objective: SWBAT identify why the moon appears differently throughout the month and how the position of the moon around the view from Earth by modeling Earth, Moon, Sun systems

Do Now:

Shade in the Earth and Moon from the Top-View below.

Why do you think the Moon might appear half illuminated even when the moon is behind the Earth in a top view?

Exit Ticket Review:

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Guided Notes:

Why do you think the appearance of the Moon and the stone sphere is similar in this way? (Hint: Think about the light in the image.)

Model the Earth, Moon, Sun system below.

Practice:

Investigation Question: If half of the Moon is always illuminated, why does its appearance from Earth change?

Claim 1: The Moon’s appearance changes because Earth casts a shadow on the Moon.
Claim 2: The Moon’s appearance changes because the position of the Moon changes.

Amplify Science:

Unit 7: Earth, Moon, and Sun

Chapter 2: Light and Dark on the Moon

Lesson 2.3: Simulating Moon Phases

View from Earth Modeling:
Use the simulation to model the moon from the Top-View, and View from Earth at each of the locations below.
Do:
Complete the Top-View moon diagram indicating how much of the moon is illuminated
Draw Earth View perspective lines from a single point on Earth to each side of the closest Moon
Draw the correct Moon Phase (view from Earth) for each of the Moon Phases below

How does the position of the Moon in relation to the Sun and Earth impact when the moon is darkest from the View from Earth? Lightest?

Exit Ticket:

Draw the correct Moon phase (view from Earth) to the location at each of the places around the Earth.

Explain why the moon appears different in each position from Earth? What patterns can you observe to predict the next moon phase?
(think: How does ithe moons position impact how much light we see?)

Between Moon observations, the Moon moves so that we are able to see different amounts of the half that faces the sun.

Between Moon observations, the Moon can move closer to the sun so more sunlight reaches the Moon’s surface.

Between Moon observations, the Moon can rotate so that more of the light-colored rock on the Moon’s surface faced Earth.

Between Moon observations, the Earth moves so its shadow was blocking less of the Moon so Tania was able to see more of it.

EMS 2.1 (2/4)

Objective: SWBAT identify why the moon appears differently throughout the month and how the position of the moon around the view from Earth by modeling Earth, Moon, Sun systems

Do Now:

Guided Notes:

Practice:

Exit Ticket:

EMS 2.1 (2/4)

Objective: SWBAT identify why the moon appears differently throughout the month and how the position of the moon around the view from Earth by modeling Earth, Moon, Sun systems

Do Now:

Shade in the Earth and Moon from the Top-View below.

Why do you think the Moon might appear half illuminated even when the moon is behind the Earth in a top view?

Guided Notes:

Why do you think the appearance of the Moon and the stone sphere is similar in this way? (Hint: Think about the light in the image.)

Model the Earth, Moon, Sun system below.

Practice:

How does the position of the Moon in relation to the Sun and Earth impact when the moon is darkest from the View from Earth? Lightest?

Exit Ticket:

Draw the correct Moon phase (view from Earth) to the location at each of the places around the Earth.

Explain why the moon appears different in each position from Earth? What patterns can you observe to predict the next moon phase?(think: How does ithe moons position impact how much light we see?)

Shade in the Earth and Moon from the Top-View below.

Why do you think the Moon might appear half illuminated even when the moon is behind the Earth in a top view?

Why do you think the appearance of the Moon and the stone sphere is similar in this way? (Hint: Think about the light in the image.)

Model the Earth, Moon, Sun system below.

How does the position of the Moon in relation to the Sun and Earth impact when the moon is darkest from the View from Earth? Lightest?

Draw the correct Moon phase (view from Earth) to the location at each of the places around the Earth.

Explain why the moon appears different in each position from Earth? What patterns can you observe to predict the next moon phase?(think: How does ithe moons position impact how much light we see?)

Explain why the moon appears different in each position from Earth? What patterns can you observe to predict the next moon phase?
(think: How does ithe moons position impact how much light we see?)

Explain why the moon appears different in each position from Earth? What patterns can you observe to predict the next moon phase?
(think: How does ithe moons position impact how much light we see?)