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What do these three nebulae have in common? NOTE: There are multiple correct answers. Select all correct answers! If your browser does not display the above image, see the document figures for questions on final. They are supernova remnants with a neutron star in the center. They are planetary nebulae, with a white dwarf in the center. They are star forming regions. The outer layers of the star, when it was a pulsating red giant, were blown off in the pulsations between phases of hydrogen and helium fusion. They are emission nebulae, their gasses energized by the UV radiation coming from the surface of the hot white dwarf in the center.

What do these three nebulae have in common? NOTE: There are multiple correct answers. Select all correct answers! If your browser does not display the above image, see the document figures for questions on final. They are supernova remnants with a neutron star in the center. They are planetary nebulae, with a white dwarf in the center. They are star forming regions. The outer layers of the star, when it was a pulsating red giant, were blown off in the pulsations between phases of hydrogen and helium fusion. They are emission nebulae, their gasses energized by the UV radiation coming from the surface of the hot white dwarf in the center.

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What do these three nebulae have in common? NOTE: There are multiple correct answers. Select all correct answers! If your browser does not display the above image, see the document figures for questions on final. They are supernova remnants with a neutron star in the center. They are planetary nebulae, with a white dwarf in the center. They are star forming regions. The outer layers of the star, when it was a pulsating red giant, were blown off in the pulsations between phases of hydrogen and helium fusion. They are emission nebulae, their gasses energized by the UV radiation coming from the surface of the hot white dwarf in the center.
Transcribed Image Text:What do these three nebulae have in common? NOTE: There are multiple correct answers. Select all correct answers! If your browser does not display the above image, see the document figures for questions on final. They are supernova remnants with a neutron star in the center. They are planetary nebulae, with a white dwarf in the center. They are star forming regions. The outer layers of the star, when it was a pulsating red giant, were blown off in the pulsations between phases of hydrogen and helium fusion. They are emission nebulae, their gasses energized by the UV radiation coming from the surface of the hot white dwarf in the center.
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