Low Mass Stars
What is the name of our star?
The Sun
A massive stars burns more of these two elements.
Hydrogen & helium
The two ways stars are classified
Temperature & Luminosity
The collapsing core always hidden in darkness.
Singularity
When a protostar doesn't have enough fuel to make a star. It dies out.
Brown Dwarf
What stage will our star become next after it runs almost out of fuel?
Red Giant
As it burns through most of its fuel, it's outer shell expands becoming this stage of star.
Supergiant
The color of the coolest stars
Red
This makes the light appear brighter on one side due to it moving towards us.
Doppler Beam
Binary System
How will our star die?
As a black dwarf
A star that violently expands its outer shell.
Supernova
Really hot stars, but not very bright.
White Dwarfs
Causes the Blurriness of the light.
Gravitational Lensing
The supergiant star who went supernova not too long ago.
Betelgeuse
Surrounded by gast & dust, burns the last bit of an average star's core. This stage is called.
A planetary Nebula
The stable route a massive star will die out as.
Neutron Star
Low temperature, and a high luminosity are found in what corner of the HR Diagram
Top Right
To escape the gravitational pull of this area, one must be moving faster than the speed of light.
Event Horizon
Another word for brightness, but compared to our own star.
Magnitude
What is the spectral class of our star?
Class G!
Too much gravitational pressure, not enough nuclear pressure, causing instability.
A black hole
Main sequence relationship between temperature & luminosity.
As 1 increases, the other increases; direct relationship
All the matter & light being pulled into the black hole.
Accretion Disk
The most active stellar nebula in the universe.
Pillars of creation.