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What is the life cycle of a HIGH MASS STAR?
Nebula-Protostar-Main Sequence Star-Supergiant-Supernova-Neutron star and Nebula
Nebula-Protostar-Main Sequence Star-Giant-Planetary Nebula-White Dwarf Star-Black Dwarf
nuclear fusion occurs in the core, turning hydrogen into helium
supernova
clouds of gas and dust where stars are formed
when a giant star collapses and the gases are poofed off into space
Planetary Nebula-white dwarf star
protostar
What is the eventual fate of our sun?
Nebula-Protostar-Main Sequence Star-Supergiant-Supernova-Neutron star and Nebula
Nebula-Protostar-Main Sequence Star-Giant-Planetary Nebula-White Dwarf Star-Black Dwarf
nuclear fusion occurs in the core, turning hydrogen into helium
supernova
clouds of gas and dust where stars are formed
when a giant star collapses and the gases are poofed off into space
Planetary Nebula-white dwarf star
protostar
Nebulas are
Nebula-Protostar-Main Sequence Star-Supergiant-Supernova-Neutron star and Nebula
Nebula-Protostar-Main Sequence Star-Giant-Planetary Nebula-White Dwarf Star-Black Dwarf
nuclear fusion occurs in the core, turning hydrogen into helium
supernova
clouds of gas and dust where stars are formed
when a giant star collapses and the gases are poofed off into space
Planetary Nebula-white dwarf star
protostar
Which of the following is the life cycle of a LOW/MEDIUM MASS STAR?
Nebula-Protostar-Main Sequence Star-Supergiant-Supernova-Neutron star and Nebula
Nebula-Protostar-Main Sequence Star-Giant-Planetary Nebula-White Dwarf Star-Black Dwarf
nuclear fusion occurs in the core, turning hydrogen into helium
supernova
clouds of gas and dust where stars are formed
when a giant star collapses and the gases are poofed off into space
Planetary Nebula-white dwarf star
protostar
The gigantic explosion that occurs at the end of the life a high mass or very high mass star is known as a(n)
Nebula-Protostar-Main Sequence Star-Supergiant-Supernova-Neutron star and Nebula
Nebula-Protostar-Main Sequence Star-Giant-Planetary Nebula-White Dwarf Star-Black Dwarf
nuclear fusion occurs in the core, turning hydrogen into helium
supernova
clouds of gas and dust where stars are formed
when a giant star collapses and the gases are poofed off into space
Planetary Nebula-white dwarf star
protostar
A planetary nebula occurs
Nebula-Protostar-Main Sequence Star-Supergiant-Supernova-Neutron star and Nebula
Nebula-Protostar-Main Sequence Star-Giant-Planetary Nebula-White Dwarf Star-Black Dwarf
nuclear fusion occurs in the core, turning hydrogen into helium
supernova
clouds of gas and dust where stars are formed
when a giant star collapses and the gases are poofed off into space
Planetary Nebula-white dwarf star
protostar
During a stars main sequence stage
Nebula-Protostar-Main Sequence Star-Supergiant-Supernova-Neutron star and Nebula
Nebula-Protostar-Main Sequence Star-Giant-Planetary Nebula-White Dwarf Star-Black Dwarf
nuclear fusion occurs in the core, turning hydrogen into helium
supernova
clouds of gas and dust where stars are formed
when a giant star collapses and the gases are poofed off into space
Planetary Nebula-white dwarf star
protostar
When a star is formed, the stage that can be compared to a fetus is the____________ stage.
Nebula-Protostar-Main Sequence Star-Supergiant-Supernova-Neutron star and Nebula
Nebula-Protostar-Main Sequence Star-Giant-Planetary Nebula-White Dwarf Star-Black Dwarf
nuclear fusion occurs in the core, turning hydrogen into helium
supernova
clouds of gas and dust where stars are formed
when a giant star collapses and the gases are poofed off into space
Planetary Nebula-white dwarf star
protostar
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