Stellar Clusters are the largest by mass compared to the others. Here's why:

1. Planets: These are celestial bodies that orbit a star (like the Sun). Their mass varies greatly, but even the largest planet in our solar system, Jupiter, has a mass of about 1.898 x 10^27 kg.

2. Dwarf Planets: These are like smaller versions of planets. The most famous dwarf planet, Pluto, has a mass of about 1.303 x 10^22 kg, which is much smaller than any planet.

3. Stellar Clusters: These are groups of stars. Each star in a cluster can have a mass similar to or larger than our Sun, and there can be hundreds or thousands of stars in a cluster. Therefore, the total mass of a stellar cluster can be extremely large.

4. Stars: A star, like our Sun, has a large mass (the Sun's mass is about 1.989 x 10^30 kg). However, a single star's mass is still smaller than the total mass of a stellar cluster.

5. Comets: These are relatively small celestial bodies made of ice and rock. Their mass is much smaller than that of a planet, dwarf planet, star, or stellar cluster.

So, by comparing the masses of these different celestial bodies, we can see that stellar clusters are the largest by mass.

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Stellar Clusters are the largest by mass compared to the others. Here's why:

1. Planets: These are celestial bodies that orbit a star (like the Sun). Their mass varies greatly, but even the largest planet in our solar system, Jupiter, has a mass of about 1.898 x 10^27 kg.

2. Dwarf Planets: These are like smaller versions of planets. The most famous dwarf planet, Pluto, has a mass of about 1.303 x 10^22 kg, which is much smaller than any planet.

3. Stellar Clusters: These are groups of stars. Each star in a cluster can have a mass similar to or larger than our Sun, and there can be hundreds or thousands of stars in a cluster. Therefore, the total mass of a stellar cluster can be extremely large.

4. Stars: A star, like our Sun, has a large mass (the Sun's mass is about 1.989 x 10^30 kg). However, a single star's mass is still smaller than the total mass of a stellar cluster.

5. Comets: These are relatively small celestial bodies made of ice and rock. Their mass is much smaller than that of a planet, dwarf planet, star, or stellar cluster.

So, by comparing the masses of these different celestial bodies, we can see that stellar clusters are the largest by mass.

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Stellar Clusters are the largest by mass compared to the others. Here's why:

1. Planets: These are celestial bodies that orbit a star (like the Sun). Their mass varies greatly, but even the largest planet in our solar system, Jupiter, has a mass of about 1.898 x 10^27 kg.

2. Dwarf Planets: These are like smaller versions of planets. The most famous dwarf planet, Pluto, has a mass of about 1.303 x 10^22 kg, which is much smaller than any planet.

3. Stellar Clusters: These are groups of stars. Each star in a cluster can have a mass similar to or larger than our Sun, and there can be hundreds or thousands of stars in a cluster. Therefore, the total mass of a stellar cluster can be extremely large.

4. Stars: A star, like our Sun, has a large mass (the Sun's mass is about 1.989 x 10^30 kg). However, a single star's mass is still smaller than the total mass of a stellar cluster.

5. Comets: These are relatively small celestial bodies made of ice and rock. Their mass is much smaller than that of a planet, dwarf planet, star, or stellar cluster.

So, by comparing the masses of these different celestial bodies, we can see that stellar clusters are the largest by mass.

Which of the following is the largest by mass compared to the others?The recommended time to answer this question is 2.5 minutes.Soru 1YanıtPlanetsDwarf PlanetsStellar ClustersStarsComets

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