Question

You are making an illustration of the life cycle of an average star and the life cycle of a massive star as part of a computer animation. Drag each item to indicate whether it is a label for
an average star or a massive star. Some labels may be used more than once. 2 points)
Labels for Illustration of the Life Cycle of an Average Star
Labels for lilustration of the Life Cycle of a Massive Star
!! black hole
u neutron star
1 planetary nebula
red giant
11 super red giant
!! supernova
white draw
nebula
1 average star
!! massive star
:: protostar
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Next

Answer 1

The average star cycle: nebula, protostar, main sequence, red giant, white dwarf. The massive star cycle:  nebula, protostar, main sequence, super red giant, supernova, black hole, neutron star.

The star cycle is the sequence of changes that a star undergoes throughout its existence.

The evolutive stages of an average star are

• Nebula: Stars are born from the nebula that is the dust and gas particles condensation due to gravity effect in the interstellar clouds

• Protostar:  It is a more advanced level of condensation.

• Main sequence. Equilibrium between gravity and nuclear fusion helps the star keep stable as long as the fuel lasts. The two main types are

• Orange dwarf: between the red dwarf and the yellow dwarf

• Yellow dwarf: Like the sun

• Subgiant: occurs when orange and yellow dwarfs finish their main sequence and start to run out of fuel, expanding.

• Red giant. After the subgiant stage, the star enters a giant phase. The star can reach a size of up to 100 times its current size.

• White dwarf. When average-sized stars run out of fuel, the red giant begins to disintegrate, losing its outer layers and exposing its core, which will become a white dwarf.

The evolutive stages of a giant star are

• Nebula

• Protostar

• Main sequence. There are two main types

• Yellow supergiant. Extremely short phase. Almost no stars are known to be in this stage. The star swells on its way to becoming a red supergiant.

• Red supergiants are the largest stars in volume, but not in mass.

• Supernova. When fuel is over in the red supergiants, the gravitational collapse produces a violent explosion originating the supernova.

• Neutron star. A celestial body that remains as a remnant after the explosion gives rise to a supernova.

You can learn more about the life cycle of stars at

brainly.com/question/2437142

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