How The Solar System Was Made

How The Solar System Was Made

Our Sun

Asteroid Belt

Outer Planets

Inner Planets

How It All Began?

How Did It Form?

What Is It Made Out Of?

What Is It Made Out Of?

It is made from rock, containing common minerals like feldspars and metals like magnesium and aluminium.

It is composed mostly of gases, like hydrogen and helium, with a comparatively tiny rocky core.

How Did It Form?

How Did It Form?

After the heavier elements and minerals condensed into solid bits of rock, all of them orbited the Sun at about an equivalent speed. As you'll be able to imagine, collisions of objects moving at an equivalent speed are less damaging than those of objects moving at completely different speeds. Thus, once rocks orbiting the Sun move near each other, they stay together a lot of typically than they destroy one another. These items bit by bit grow larger in an exceedingly method known as accretion. Once they're massive enough, gravity forces them into spherical shapes.

They soon became the icy, dense cores we tend to see nowadays surrounded by huge clouds of accreted gas. very like the collapse of the star nebula, these balls of gas will grow giant enough to induce gravitational collapse. remember from the star formation section that gravitational collapse involves heating up, flattening out and rotating quicker. ​​​​it's doable that because the jovian protoplanets folded, smaller particles within the close disk formed into a number of the moons that currently orbit the individual outer planets. This is smart since the outer planets all have several moons and rings that orbit within the same plane, similar to the planets in our solar system orbit the Sun in the same plane.

What is it?

The asteroid belt is the circumstellar disc within the solar system located roughly between the orbits of the planets Mars and Jupiter. it's occupied by various irregularly formed bodies referred to as asteroids or minor planets.

The centre of the disc is glowing with the radiance of a rising protostar. It's one of the first stages of turning into a star once the star remains collapsing down and also the energy it's radiating out is coming from the gravitational collapseit's still getting hotter as a result of it's getting smaller. It begins goggling up gas and dust mixed is named the star nebula most of it'll end up within the sun.

A giant cloud of dirt and gas floating eerily through an orine arm of the milky way chilled to more than 400 degrees below 0 degrees. A supernova (an exploding star) it sends a blast wave through the molecular cloud, triggering its gravitational collapse. that's the primary step of an extended process of the building of the solar system.

Why Is There Rotation/Spin?

The spin really has been there from the start. the whole galaxy rotates, everything is rotating in perspective of everything else, so rotation is part of the physics of the stellar collapse. As gravity attracts in the cloud's gas the cloud not solelyspins quicker it inevitably flattens into a disc.

Each Colour Represents A Group

The Title Of This Mind Map Is In Bold And Underlined

The Main Title Of The Groups Are In Bold And Italicized

The Subtitles Are In Bold

Neen Mahir

The Gas And Dust Coming Together And It Is Rotating

The Sun

The Asteroid Belt's Location In Our Solar System

The Disc Shape Stage And It Is Rotating

The Inner Planets: Mercury, Venus, Earth and Mars

The Outer Planets: Jupiter, Saturn, Uranus and Neptune