Fusion
Layers of Stars
Lifecycle of Stars
Big Bang
100

Two or more ______ hitting together at high speeds to form a new element.

Atom

100

Core of the star is where what happens?

Fusion

100
Most stars are in what stage of their lives?

Main sequence.

100

What is the Big Bang?

Start of the universe where all matter was compressed and then exploded. 

200

Where does nuclear fusion occur naturally

Core of a star Or Star

200

What are the 2 zones of a star

Convection and Radiation zone

200

a Supernova happens with what type of star

High mass or (Red)Supergiant

200

How long ago did the big bang happen?

13.7, 13.8, or 14 billion YO

300

What is released from fusion

Energy (Heat or Light)

300

Solar flares and sunspots happen here

Chromosphere

300

Where does a Neutron star come from?

Leftover core from a supernova

300

What are the 3 lines of Evidence for the big bang? 100 pts each

Hubble's Law, Big Bang Nucleosynthesis, Cosmic Microwave Background Radiation

400

A hydrogen Isotope with 1 proton, 1 Neutron, and 1 electron

Deuterium 

400

This layer gives off the most photons.

Photosphere

400

All stars start as a...

Nebula

400

CMBR came from?

Everywhere in space, leftover from Big Bang

500

How does E=mc2 show energy is being released from fusion?

As we loose mass from the process of fusion it is converted into energy.

500

What does the radiative zone do?

Transfers energy from the inner layers of the star outward through radiation. 

500

What happens to a red giant at it's next stage?

The outer layers float away forming a planetary nebula and the core is a white dwarf. 

500

Ratios of elements relates to what evidence for the Big Bang?

Big Bang Nucleosynthesis

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