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Corrected grammatically to some degree.
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James K
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A Supernova Remnant contains a Black Hole or a Neutron Star while a Planetary Nebula contains a White Dwarf.

Also, Supernovae Remnants are likely to have great velocities, so Doppler is another plausible choice. - Not through telescope thothough.

A Supernova Remnant contains a Black Hole or a Neutron Star while a Planetary Nebula contains a White Dwarf.

Also, Supernovae Remnants are likely to have great velocities, so Doppler is another plausible choice. - Not through telescope tho.

A Supernova Remnant contains a Black Hole or a Neutron Star while a Planetary Nebula contains a White Dwarf.

Also, Supernovae Remnants are likely to have great velocities, so Doppler is another plausible choice. - Not through telescope though.

A Supernova Remnants containRemnant contains a Black Hole or a Neutron Star while a Planetary Nebula containcontains a White Dwarf.

Also, SupernovaSupernovae Remnants are likely to have great velocities, so Doppler is another plausible choice. - Not through telescope tho.

Supernova Remnants contain Black Hole or Neutron Star while Planetary Nebula contain a White Dwarf.

Also, Supernova Remnants are likely to have great velocities, so Doppler is another plausible choice. - Not through telescope tho

A Supernova Remnant contains a Black Hole or a Neutron Star while a Planetary Nebula contains a White Dwarf.

Also, Supernovae Remnants are likely to have great velocities, so Doppler is another plausible choice. - Not through telescope tho.

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Supernova Remnants contain Black Hole or Neutron Star while Planetary Nebula contain a White Dwarf.

Also, Supernova Remnants are likely to have great velocities, so Doppler is another plausible choice. - Not through telescope tho