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533793
Asteroid vs. comet [Cosmic Collisions]by Kuchner, Marc J. 

Paperback(MIT Kids Press, 2024)


Publication Date: 04/30/2024

BTSB #: 533793 Available

Dewey: 523/NAges: 7-9   


Subjects: Asteroids Comets


Summary: What happens when two massive hunks of hurtling space debris slam into each other? Who will be left standing after this interplanetary smackdown?


5.73 *

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533856
Asteroid vs. comet [Cosmic Collisions]by Kuchner, Marc J. 

BTSB Prebound(MIT Kids Press, 2024)


Publication Date: 05/07/2024

BTSB #: 533856 Available

Dewey: 523/NAges: 7-9   


Subjects: Asteroids Comets


Summary: What happens when two massive hunks of hurtling space debris slam into each other? Who will be left standing after this interplanetary smackdown?


15.94 *

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921946
OSIRIS-REx mission [Mission Control]by Washburne, Sophie 

Paperback(PowerKids, 2025)


Publication Date: 12/30/2024

BTSB #: 921946 Available

Dewey: 523/NAges: 9-12   


Subjects: OSIRIS-REx Asteroid Sample Return Mission Space flight to asteroids Asteroids Bennu (Asteroid)


Summary: NASA's OSIRIS-REx spacecraft was designed to travel to the asteroid Bennu, collect a sample, and return it to Earth. Studying Bennu could provide insights into the origins of life on Earth and the potential for resources in space. Explores the captivating story of how scientists and engineers overcame incredible challenges to unlock the secrets of the solar system's early days.


9.51 *

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921953
OSIRIS-REx mission [Mission Control]by Washburne, Sophie 

BTSB Prebound(PowerKids, 2025)


Publication Date: 01/15/2025

BTSB #: 921953 Available

Dewey: 523/NAges: 9-12   


Subjects: OSIRIS-REx Asteroid Sample Return Mission Space flight to asteroids Asteroids Bennu (Asteroid)


Summary: NASA's OSIRIS-REx spacecraft was designed to travel to the asteroid Bennu, collect a sample, and return it to Earth. Studying Bennu could provide insights into the origins of life on Earth and the potential for resources in space. Explores the captivating story of how scientists and engineers overcame incredible challenges to unlock the secrets of the solar system's early days.


18.11 *

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