Black holes
Black dwarf
White dwarf
Red giants
Neutron stars
100

What defines a black hole.

Gravity.

100

What comes last, white dwarf or black dwarf in a stars life cycle?

Black dwarf.

100

What’s the tempurature like on a white dwarf?

Hot.

100

Is a red giant high or low in its mass? 

Generally Low but could be intermediate.

100

Can a neutron star be a host planet?

Yes.

200

What’s the last part giant stars cycle that’s not a neutron star.

Black hole

200

Is a black dwarf a small star or a massive star in its life cycle?

Small star.

200

Is it part of a small stars life cycle or massive stars life cycle?

Small stars.

200

How many times can a red giant expand?

Up to 100 times.

200

Are the rotations fast or slow for a neutron star?

Very fast.

300

Is a black hole flat?

No, it’s spherical.

300

Will our sun every turn into a black dwarf?

Yes.

300

Does a white dwarf glow?

Yes still glows due to heat.

300

How is the path determined for a red giant in its life cycle?

It’s determined by its size And mass.

300

Do neutron stars cool down slow or fast?

New neutron stars cool down fairly rapidly

400

The theoretical boundry around a black hole beyond which no light nor radiation can escape.  What is this called?

Event Horizon.

400

Will we ever see a black dwarf in our solar system during our generation?

No.

400
Is a white dwarf dense or very lightly in density?

Dense.

400

What’s the core like in a red giant?

Very dense generally.

400

What is the interior of a neutron star like?

Heavy liquid interior.

500

Is a black hole visible or invisible to the human eye?

Invisible, no light or radiation can escape.

500

What material and shape is a black dwarf made of?

It’s a solid carbon ball.

500

What stage comes before the white dwarf causing it lose its outer layers?

Planetary nebula.

500

What stage is a red giant in a stellar evolution?

The last stage.

500

How many solar masses does a nuetron star have?

10 to 29.

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