22-23 PES 3.3

Last updated 5 months ago

10 questions

Part 1

1

Part 2

1

Part 3

7

1

Part 4

1

Library

22-23 PES 3.3

Last updated 5 months ago

10 questions

Part 1

Watch the video and answer the questions.

https://drive.google.com/file/d/1Pr_Zf6nJh9ZU-aRpaehT4_z5oORUWXB9/view

PES 3.3 Seeing Stars for a Year
Objective: KWBAT plan an investigation to show when we see different constellations in the sky throughout the year.

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Part 2

IMPORTANT KEY CONCEPT!

Earth orbits the sun at the same time as it spins. Another word for orbit is revolve and the orbit of the Earth around the sun takes one year.

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Log into the PES simulation: https://learning.amplify.com/patternsofearthandsky/

Part 3

Investigating Star Visibility for One Year

Many of you have the idea that the yearly pattern of stars we see has something to do with the orbit of Earth around the sun. We’ll use the Sim to study one constellation, Leo, to investigate what causes that yearly pattern.

Directions:
Open Sim 1: Patterns of Earth and Sky:
https://learning.amplify.com/patternsofearthandsky/
Change the date to your starting date - January 1, 2017
Click MIDNIGHT.
Click on your constellation name in System View to highlight our constellation, LEO
Can you see your ENTIRE constellation? Write “Yes” or “No.”
Remember to use the red arrows to allow the observer to look sideways.
If you can only see part of your constellation, write NO.
Change to the next month and repeat!

Add video PES Lesson 16

7

1

Part 4

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If a person were to look into the sky at midnight on January 1 and again at midnight on July 1, would they see the same constellations in the sky? Why or why not?

Explain your answer. Use the words in the word bank.

Word Bank: revolve/orbit earth sun position location stars

Choose ONE Sentence Starter:
The person would see the same constellations in the sky because
OR
The person would see different constellations in the sky because

Watch the video and answer the questions.

https://drive.google.com/file/d/1Pr_Zf6nJh9ZU-aRpaehT4_z5oORUWXB9/view

PES 3.3 Seeing Stars for a Year
Objective: KWBAT plan an investigation to show when we see different constellations in the sky throughout the year.

Spin is turn around its axis (the center of object). Which image is show the movement of spin?

Duck, Duck, Goose

Top toy

Orbit is to move in a regular path around something. Which image is show the movement of ORBIT?

Duck, Duck, Goose

Top toy

Watching the clip above, describe the movement of the earth.

A) The earth is spinning (rotating)

B) The earth is orbiting (revolving)

C) The earth is spinning (rotating) and orbiting (revolving)

IMPORTANT KEY CONCEPT!

Earth orbits the sun at the same time as it spins. Another word for orbit is revolve and the orbit of the Earth around the sun takes one year.

Which of the following correctly explains the way the Earth moves?

A) The Earth orbits, which means it turns in place, as it spins around the sun.

B) The Earth orbits or revolves around the sun, but does not spin.

C) The Earth spins, which means it turns in place, while it revolves or orbits around the sun.

Log into the PES simulation: https://learning.amplify.com/patternsofearthandsky/

Investigating Star Visibility for One Year

Many of you have the idea that the yearly pattern of stars we see has something to do with the orbit of Earth around the sun. We’ll use the Sim to study one constellation, Leo, to investigate what causes that yearly pattern.

Directions:
Open Sim 1: Patterns of Earth and Sky:
https://learning.amplify.com/patternsofearthandsky/
Change the date to your starting date - January 1, 2017
Click MIDNIGHT.
Click on your constellation name in System View to highlight our constellation, LEO
Can you see your ENTIRE constellation? Write “Yes” or “No.”
Remember to use the red arrows to allow the observer to look sideways.
If you can only see part of your constellation, write NO.
Change to the next month and repeat!

Add video PES Lesson 16

What months is the constellation LEO visible in the year 2017? Choose the months you can see LEO.

What month was the observer’s head directly pointing towards the constellation Leo?

A) January

B) February

C) March 

D) April

Here’s the thing! It turns out that no matter what constellation we picked to investigate, it would have followed a similar pattern of only being visible some of the months of the year. AND there would be one month of the year when the observer on Earth’s head pointed directly towards the constellation - shown in the diagram below.

1

If a person were to look into the sky at midnight on January 1 and again at midnight on July 1, would they see the same constellations in the sky? Why or why not?

Explain your answer. Use the words in the word bank.

Word Bank: revolve/orbit earth sun position location stars

Choose ONE Sentence Starter:
The person would see the same constellations in the sky because
OR
The person would see different constellations in the sky because

Spin is turn around its axis (the center of object). Which image is show the movement of spin?

Duck, Duck, Goose

Top toy

Orbit is to move in a regular path around something. Which image is show the movement of ORBIT?

Duck, Duck, Goose

Top toy

Watching the clip above, describe the movement of the earth.

A) The earth is spinning (rotating)

B) The earth is orbiting (revolving)

C) The earth is spinning (rotating) and orbiting (revolving)

Which of the following correctly explains the way the Earth moves?

A) The Earth orbits, which means it turns in place, as it spins around the sun.

B) The Earth orbits or revolves around the sun, but does not spin.

C) The Earth spins, which means it turns in place, while it revolves or orbits around the sun.

What months is the constellation LEO visible in the year 2017? Choose the months you can see LEO.

JAN 1/1/17

FEB 2/1/17

MAR 3/1/17

APR 4/1/17

MAY 5/1/17

JUNE 6/1/17

JUL 7/1/17

AUG 8/1/17

SEP 9/1/17

OCT 10/1/17

NOV 11/1/17

DEC 12/1/17

What month was the observer’s head directly pointing towards the constellation Leo?

A) January

B) February

C) March 

D) April

Here’s the thing! It turns out that no matter what constellation we picked to investigate, it would have followed a similar pattern of only being visible some of the months of the year. AND there would be one month of the year when the observer on Earth’s head pointed directly towards the constellation - shown in the diagram below.

This image shows the months of the year when in North America, an observer's head points directly towards each constellation as Earth travels around the sun. According to the diagram, which of the following is true?

A) On August nights, Pegasus is directly overhead.

B) The best month to see Orion at night is April.

C) In July, an observer in North America will see Aquila overhead at night.

D) An observer cannot see Orion in December.

Based on this diagram, how long does it take for the Earth to travel (ORBIT/REVOLVE) around the sun?

A) 1 day / 24 hours

B) 1 month

C) 1 year / 12 months

If a person were to look into the sky at midnight on January 1 and again at midnight on July 1, would they see the same constellations in the sky?

A) See the same stars on January 1 and July 1

B) See different stars on January 1 and July 1

This image shows the months of the year when in North America, an observer's head points directly towards each constellation as Earth travels around the sun. According to the diagram, which of the following is true?

A) On August nights, Pegasus is directly overhead.

B) The best month to see Orion at night is April.

C) In July, an observer in North America will see Aquila overhead at night.

D) An observer cannot see Orion in December.

Based on this diagram, how long does it take for the Earth to travel (ORBIT/REVOLVE) around the sun?

A) 1 day / 24 hours

B) 1 month

C) 1 year / 12 months

If a person were to look into the sky at midnight on January 1 and again at midnight on July 1, would they see the same constellations in the sky?

A) See the same stars on January 1 and July 1

B) See different stars on January 1 and July 1