The sun is located in an elliptical galaxy?

Answer 1

Sun is important to earth cause it produces light needed for plants(photosynthese) to make O2(oxygen)
Without the suns heat and light we could not survive
If there is no sun then there would be no life on Earth. All the plants would die, then all the animals that eat plants would die then humans who eat both the plants and animals would die. Not to mention it would become very, very cold.

Answer 2

It provides Light to most of the planets: without its light, Life would die.

It is also the center of our Universe, at least the one we live in.

2nd Answer:

Our Sun is the gravitational 'anchor' that keeps planets, asteroids, comets, and so forth orbiting around it. It is near the center of the Solar system. It provides heat, light, cosmic particles, and so forth that foster life.

Our Sun is a very small, minor star out near the edge of our 'Milky Way' galaxy. There are billions of other galaxies. Our Sun is unbelievably far away from being the center of any universe - it is unbelievably far from even being the center of our Galaxy!

The Sun is the centre of this solar system. All the planets orbit around the Sun and it provides them with light and heat.

Answer 3

Clearly, we (Earth) can't live without the Sun. It gives us energy/ electricity and warmth. Plants need the Sun for photosynthesis, we need it as light during the day. The Sun plays a major role in our lives.
The importance of sun in our solar system is that if we don't have the sun then there will be no life on Earth since it is too cold for life to grow, and the Earth will be a frozen chunk of ice.

Answer 4

Because the sun gives the earth warmth , heat , light and lots of other things.If we didnt have the sun we wouldn't see properly it would just be darkness and we also wouldn't have day and night.

Answer 5

The sun is at the center of our solar system. It makes up 99.85% of the mass of our solar system, and due to the way gravity works, this keeps it at the center and everything else spinning around it.

Answer 6

The sun is 99.86% of the total mass of the solar system. The mass of the Sun is 22,000,000,000,000,000,000,000,000,000 ton (2.2 x 10^27 tons).

The rest of the mass of the solar system is scattered over a multitude of small objects ranging from Jupiter to dust motes.

Answer 7

The Sun is where all the other planets, asteroids and comets orbits. If there is no sun in our solar system there will be no system because the sun is 99. 5% mass of the solar system based on studies.

Answer 8

The Sun is the pivotal gravity source that holds the planets and other bodies that formed along with it. The planets are kept in stable orbits and at consistent temperatures well above the chill of space. The inner planets retain their internal heat, but the gaseous exteriors of Venus, Earth, and Mars would be much cooler without solar heating.

On Earth, notably, the oxygen and liquid water needed for life would likely not exist without sunlight.

Answer 9

All mass in any gravitationally bound system revolves around the center of mass of the system.

The Sun contains 99.6% of all the mass in the solar system.

Therefore, everything in our solar system revolves around the Sun.

Beyond our solar system, everything in our Milky Way galaxy revolves around the center of the galaxy. There is, in all probability, a super massive black hole at the center of almost all galaxies. So the Milky Way spins around the black hole at its center.

Answer 10

The Sun is near the center of Earth's orbit. The Earth orbits the Sun in an ellipse, which is a long and thin circle. Ellipses have two foci, not 1 like a circle. The Sun is located at one of these foci. Our Solar System is Heliocentric, meaning that the Sun is in the center.

The sun follows a path through the sky called the 'ecliptic'. This is the same path that earth follows. If we could observe the earth from the surface of the sun (which of course we cannot) we would see that the earth is on the same point of the path occupied by the sun six months earlier. If this seems impossible to you, just imagine that the earth's orbit describes a plane. The sun is also on this plane. The ecliptic is just the extension of this plane outward toward the stars.