Supernova, Black Holes, Neutron Stars

This type of Supernova has very little remnants.

• Type I

• Type II

• Type A

• Type B

Tags

NGSS.HS-ESS1-3

• Supernova I

• Black Hole

• Nova

• Supernova II

Tags

NGSS.HS-ESS1-3

Which two things typically result from a Supernova II?

• Black Hole and Nova

• Black Hole and Neutron Star

• Neutron Star and Supernova II

• All of the above

Tags

NGSS.HS-ESS1-3

This image is known as a

• Black Hole

• Planetary Supernova

• Supernova II

• Neutron Star

Tags

NGSS.HS-ESS1-3

A neutron star results when the Supernova II has a core remnant that is

• Greater than 3 solar masses

• Less than 5 solar masses

• Less than 3 solar masses

• Greater than 5 solar masses

Which of the following is a distinguishing property of a neutron star?

• Spinning Rapidly

• Strong Magnetic Field

• Density beyond belief

• All of the above

What conditions must exist for a black hole to form?

• When the core remnants of a Supernova I are greater than 3 solar masses.

• When core remnants of a Supernova II are less than 3 solar masses.

• When core remnants of a Supernova II are greater than 3 solar masses.

• When the core remnants of any type of Supernova are greater than 1 solar mass.

• Event Horizon

• Nucleus

• Black Hole Thresh Limit

• None of the above

Tags

NGSS.HS-PS1-8

What do we call a Neutron star that appears to look very much like a lighthouse form our perspective on Earth?

• Quasar

• Wayczar

• Pulsar

• Nonesar

Why are some Pulsars never identified by Astronomers.

• Because they are not giving off light

• Because the Neutron Star is spinning in such a manner that the jets of energy that give off light are not visible.

• Because the Pulsar is blocked by magical stardust created in a dreamland that only unicorns can see.

• Seriously I am out of ideas!