Stellar Magnitudes
Constellations
Star Layers and Fusion
Star Life Cycles
Miscellaneous
100

This aspect of stars affects how bright they appear to be, regardless of their actual brightness.

What is distance?

100

These are origin stories any legends about constellations.

What are myths?

100

This element is the primary element in most stars.

What is hydrogen?

100

The force that causes hydrogen to condense enough to become hot and dense, beginning fusion.

What is gravity?

100

The largest and most massive object in the solar system; it wields strong gravity.

What is the Sun?

200

This aspect of stars affects how bright they actually are.

What is luminosity?

200

Stars in constellations appear different colors - this letter represents the bluest and hottest of these stars.

What is "O"?

200

This element is formed when four hydrogen atoms are fused together within a star's core.

What is helium?

200

How long the Sun will last past this present moment.

What is approximately 5 billion years?

200

What light-years measure.

What is distance (9.5 trillion km)?

300

This aspect of stars describes how bright they appear.

What is apparent magnitude?

300

Stars in constellations appear different colors - this letter represents the reddest and coolest of these stars.

What is "M"?

300

This layer of the Sun is at the center - the hottest, densest layer; where fusion occurs.

What is the Sun's core?

300

The largest stars die into this phase of intense gravity that can absorb light.

What are black holes?

300

This is what the sun will become after it goes nova.

What are white, then black, dwarfs?

400

This aspect of stars describes how bright they are from a distance of 10 parsecs.

What is absolute magnitude?

400

This is a pattern or shape of stars in the night sky.

What are constellations?

400

This is the outermost solar layer in which sunspots, prominences, and flares occur.

What is the photosphere?

400

Small and medium stars, such as the Sun, waft their outer layers out in this phase; less energetic than a supernova.

What is a nova?

400

This process forces small atoms to combine into larger atoms, converting mass into energy - possible through intense pressure and gravity.

What is fusion?

500

This type of star is the brightest/most luminous.

What are supergiants?

500

This is where every star we can easily see from Earth is.

What is the Milky Way Galaxy?

500

This solar layer is only visible during total solar eclipses; it shares a name with a beer.

What is the corona?

500

How the largest stars destroy their outer layers to leave behind their cores as either a neutron star or black hole.

What is a supernova?

500

Gravity condensed these clouds of gas and dust into the stars and planets; this is the first stage of every star and solar system.

What are nebula?