Astronomy C Event Concepts and Rules

The video is a presentation of the 2016 National Science Olympiad Astronomy C event held at the University of Wisconsin-Stout. It covers the event's focus on Stellar Evolution, star formation, and exoplanets, with a detailed explanation of the star formation process. The event rules, including allowed materials and restrictions, are discussed. The presentation also highlights the Deep Sky objects featured in the competition and provides insights into the molecular clouds and star formation regions.

Where is the National Science Olympiad Astronomy C Event for 2016 being held?

• University of Westconsin Stout

• University of Wisconsin-Milwaukee

• University of Wisconsin-Green Bay

• University of Wisconsin-Madison

What are the main topics covered in the Astronomy C Event?

• Galactic Evolution and Black Holes

• Cosmic Microwave Background and Dark Matter

• Planetary Science and Astrobiology

• Stellar Evolution, Star Formation, and Exoplanets

What materials are teams allowed to bring to the event?

• No materials allowed

• Either a laptop or a three-ring binder

• Only a three-ring binder

• Only a laptop

Why is internet access not allowed during the event?

• It would provide an unfair advantage

• Internet access is too expensive

• The questions require specific images to answer

• The event is held in a location without internet

What is the only difference in content focus from last year's event?

• The location of the event

• The duration of the event

• The number of teams allowed

• The deep sky objects

What initiates the process of star formation?

• Black hole formation

• Galactic collisions

• Molecular clouds

• Supernova explosions

What is necessary for clumps of material to stay together in star formation?

• Intense radiation

• Strong magnetic fields

• High temperatures

• Cold molecular hydrogen

What are H2 regions characterized by?

• Emission in red and reflection in blue

• Reflection in green and absorption in blue

• Absorption in green and emission in yellow

• Emission in blue and reflection in red

What role does ultraviolet radiation play in star formation regions?

• It cools the surrounding gas

• It prevents star formation

• It absorbs into the gas and dust

• It reflects off the gas and dust

What is Bernard 68 considered to be?

• On the brink of collapse into a stellar nursery

• A black hole

• A supernova remnant

• A fully formed star