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Life cycle of a star

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Life cycle of a star

Stage 1: StellarNebula

Stage 2: Massive star

Stage 3:Red super giant

Stage 4: Super Nova

Stage 5 (final stage): Neutron star/Blackhole

Sequence type: MASSIVE SEQUENCE



All stars begin in huge clouds of gas and dust which are known as stellar nebulas.Stars spend almost 90% of their cycle in this state.





This is the main stage in a star's life cycle. Massive stars are born like normal stars, out of stellar nebulas.It is a star that has a relatively larger radius and mass.






It exhausts hydrogen fuel, evolves off of the main sequence, and transitions to fusing helium within its core. As this occurs, the star's radius expands, causing its temperature to plummet.




A supernova is when a star creates a massive explosion, each so powerful that it is visible even over vast distances.




  • A neutron star is formed when the core of a supergiant star collapses.

    Stellar black holes can shape when the center of a large superstar collapses in upon itself. This can also cause another supernova, or an exploding star.

.

By Niven Gunawardena

...
Create your own at Storyboard That

Life cycle of a star

Stage 1: StellarNebula

Stage 2: Massive star

Stage 3:Red super giant

Stage 4: Super Nova

Stage 5 (final stage): Neutron star/Blackhole

Sequence type: MASSIVE SEQUENCE



All stars begin in huge clouds of gas and dust which are known as stellar nebulas.Stars spend almost 90% of their cycle in this state.





This is the main stage in a star's life cycle. Massive stars are born like normal stars, out of stellar nebulas.It is a star that has a relatively larger radius and mass.






It exhausts hydrogen fuel, evolves off of the main sequence, and transitions to fusing helium within its core. As this occurs, the star's radius expands, causing its temperature to plummet.




A supernova is when a star creates a massive explosion, each so powerful that it is visible even over vast distances.




  • A neutron star is formed when the core of a supergiant star collapses.

    Stellar black holes can shape when the center of a large superstar collapses in upon itself. This can also cause another supernova, or an exploding star.

.

By Niven Gunawardena

...
Create your own at Storyboard That

Life cycle of a star

Stage 1: StellarNebula

Stage 2: Massive star

Stage 3:Red super giant

Stage 4: Super Nova

Stage 5 (final stage): Neutron star/Blackhole

Sequence type: MASSIVE SEQUENCE



All stars begin in huge clouds of gas and dust which are known as stellar nebulas.Stars spend almost 90% of their cycle in this state.





This is the main stage in a star's life cycle. Massive stars are born like normal stars, out of stellar nebulas.It is a star that has a relatively larger radius and mass.






It exhausts hydrogen fuel, evolves off of the main sequence, and transitions to fusing helium within its core. As this occurs, the star's radius expands, causing its temperature to plummet.




A supernova is when a star creates a massive explosion, each so powerful that it is visible even over vast distances.




  • A neutron star is formed when the core of a supergiant star collapses.

    Stellar black holes can shape when the center of a large superstar collapses in upon itself. This can also cause another supernova, or an exploding star.

.

By Niven Gunawardena

...
Create your own at Storyboard That

Life cycle of a star

Stage 1: StellarNebula

Stage 2: Massive star

Stage 3:Red super giant

Stage 4: Super Nova

Stage 5 (final stage): Neutron star/Blackhole

Sequence type: MASSIVE SEQUENCE



All stars begin in huge clouds of gas and dust which are known as stellar nebulas.Stars spend almost 90% of their cycle in this state.





This is the main stage in a star's life cycle. Massive stars are born like normal stars, out of stellar nebulas.It is a star that has a relatively larger radius and mass.






It exhausts hydrogen fuel, evolves off of the main sequence, and transitions to fusing helium within its core. As this occurs, the star's radius expands, causing its temperature to plummet.




A supernova is when a star creates a massive explosion, each so powerful that it is visible even over vast distances.




  • A neutron star is formed when the core of a supergiant star collapses.

    Stellar black holes can shape when the center of a large superstar collapses in upon itself. This can also cause another supernova, or an exploding star.

.

By Niven Gunawardena

...
Create your own at Storyboard That

Life cycle of a star

Stage 1: StellarNebula

Stage 2: Massive star

Stage 3:Red super giant

Stage 4: Super Nova

Stage 5 (final stage): Neutron star/Blackhole

Sequence type: MASSIVE SEQUENCE



All stars begin in huge clouds of gas and dust which are known as stellar nebulas.Stars spend almost 90% of their cycle in this state.





This is the main stage in a star's life cycle. Massive stars are born like normal stars, out of stellar nebulas.It is a star that has a relatively larger radius and mass.






It exhausts hydrogen fuel, evolves off of the main sequence, and transitions to fusing helium within its core. As this occurs, the star's radius expands, causing its temperature to plummet.




A supernova is when a star creates a massive explosion, each so powerful that it is visible even over vast distances.




  • A neutron star is formed when the core of a supergiant star collapses.

    Stellar black holes can shape when the center of a large superstar collapses in upon itself. This can also cause another supernova, or an exploding star.

.

By Niven Gunawardena

...
Create your own at Storyboard That

Life cycle of a star

Stage 1: StellarNebula

Stage 2: Massive star

Stage 3:Red super giant

Stage 4: Super Nova

Stage 5 (final stage): Neutron star/Blackhole

Sequence type: MASSIVE SEQUENCE



All stars begin in huge clouds of gas and dust which are known as stellar nebulas.Stars spend almost 90% of their cycle in this state.





This is the main stage in a star's life cycle. Massive stars are born like normal stars, out of stellar nebulas.It is a star that has a relatively larger radius and mass.






It exhausts hydrogen fuel, evolves off of the main sequence, and transitions to fusing helium within its core. As this occurs, the star's radius expands, causing its temperature to plummet.




A supernova is when a star creates a massive explosion, each so powerful that it is visible even over vast distances.




  • A neutron star is formed when the core of a supergiant star collapses.

    Stellar black holes can shape when the center of a large superstar collapses in upon itself. This can also cause another supernova, or an exploding star.

.

By Niven Gunawardena

...
Create your own at Storyboard That

Life cycle of a star

Stage 1: StellarNebula

Stage 2: Massive star

Stage 3:Red super giant

Stage 4: Super Nova

Stage 5 (final stage): Neutron star/Blackhole

Sequence type: MASSIVE SEQUENCE



All stars begin in huge clouds of gas and dust which are known as stellar nebulas.Stars spend almost 90% of their cycle in this state.





This is the main stage in a star's life cycle. Massive stars are born like normal stars, out of stellar nebulas.It is a star that has a relatively larger radius and mass.






It exhausts hydrogen fuel, evolves off of the main sequence, and transitions to fusing helium within its core. As this occurs, the star's radius expands, causing its temperature to plummet.




A supernova is when a star creates a massive explosion, each so powerful that it is visible even over vast distances.




  • A neutron star is formed when the core of a supergiant star collapses.

    Stellar black holes can shape when the center of a large superstar collapses in upon itself. This can also cause another supernova, or an exploding star.

.

By Niven Gunawardena

...
Create your own at Storyboard That

Life cycle of a star

Stage 1: StellarNebula

Stage 2: Massive star

Stage 3:Red super giant

Stage 4: Super Nova

Stage 5 (final stage): Neutron star/Blackhole

Sequence type: MASSIVE SEQUENCE



All stars begin in huge clouds of gas and dust which are known as stellar nebulas.Stars spend almost 90% of their cycle in this state.





This is the main stage in a star's life cycle. Massive stars are born like normal stars, out of stellar nebulas.It is a star that has a relatively larger radius and mass.






It exhausts hydrogen fuel, evolves off of the main sequence, and transitions to fusing helium within its core. As this occurs, the star's radius expands, causing its temperature to plummet.




A supernova is when a star creates a massive explosion, each so powerful that it is visible even over vast distances.




  • A neutron star is formed when the core of a supergiant star collapses.

    Stellar black holes can shape when the center of a large superstar collapses in upon itself. This can also cause another supernova, or an exploding star.

.

By Niven Gunawardena

...
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Storyboard Text

  • Life cycle of a star
  • .
  • By Niven Gunawardena
  • Stage 1: StellarNebula
  • Stage 2: Massive star
  • Sequence type: MASSIVE SEQUENCE
  • Stage 3:Red super giant
  • All stars begin in huge clouds of gas and dust which are known as stellar nebulas.Stars spend almost 90% of their cycle in this state.
  • Stage 4: Super Nova
  • This is the main stage in a star's life cycle. Massive stars are born like normal stars, out of stellar nebulas.It is a star that has a relatively larger radius and mass.
  • Stage 5 (final stage): Neutron star/Blackhole
  • ...
  • It exhausts hydrogen fuel, evolves off of the main sequence, and transitions to fusing helium within its core. As this occurs, the star's radius expands, causing its temperature to plummet.
  • A supernova is when a star creates a massive explosion, each so powerful that it is visible even over vast distances.
  • A neutron star is formed when the core of a supergiant star collapses. Stellar black holes can shape when the center of a large superstar collapses in upon itself. This can also cause another supernova, or an exploding star.
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