See this to get a clear idea of the planets in our solar system and also other major stars.
Now Watch Mars Rotate!!
Now for a break watch this Planet Spiral:
Watch Saturn,The King of Planets:
Watch out for Jupiter,The giant of all the planets:
A Galactic Storm deep down in the Universe
The motion of the particles in the Universe is mostly following a parabolic path or an ellipse.
The orbits of the planets are in an ellipse. It can be illustrated as follows:
On a large scale it can viewed as:
Now let us see about what is a nebula and the major classification of stars.
A nebula is an interstellar cloud in outer space that is made up of dust, hydrogen and helium gas, and plasma. It is formed when portions of the interstellar medium collapse and clump together due to the gravitational attraction of the particles that comprise them.
What will happen when we fall from deep in the universe in the space??
As a matter of fact,there won't be any gravitational force of attraction and so there will not be any gravitational pull. So we will be staying in the same position. But if we are near a blackhole-i.e.there are places where there is a great amount of gravitational pull and you won't be able to escape from the force of gravity. The place's gravitational pull will be greater than the gravitational force of the earth.
But there are some places in the space where the gravity will be the same as there is gravitational force on the earth. So the gravitational force will be the same. If we are near a greater mass then there will be a greater force of gravitational force of attraction.
Let us see the Cosmos!
OK
Now let us end our great topic on Solar Systems by ending with a cool and calm dance deep down in the space. Say HIP HOP! HIP HIP Hop! HIP HIP ! ??? Yes! HUUURRRRRAAAAYYYY!!!!!!
Now Watch Mars Rotate!!
Now for a break watch this Planet Spiral:
Watch Saturn,The King of Planets:
Watch out for Jupiter,The giant of all the planets:
A Galactic Storm deep down in the Universe
The motion of the particles in the Universe is mostly following a parabolic path or an ellipse.
The orbits of the planets are in an ellipse. It can be illustrated as follows:
On a large scale it can viewed as:
Now let us see about what is a nebula and the major classification of stars.
A nebula is an interstellar cloud in outer space that is made up of dust, hydrogen and helium gas, and plasma. It is formed when portions of the interstellar medium collapse and clump together due to the gravitational attraction of the particles that comprise them.
For those who are not aware of this yet, outer space is not really totally a vacuum (although it may sometimes be approximated as such). Rather, it is made up of gas and dust known collectively as the interstellar medium or ISM. So, it is this dispersed matter that eventually collapses and forms a nebula.
Nebulae, like the Orion Nebula, are often favorite astronomical objects of scientists who want to learn more about stellar or planetary formation. You see, parts of a nebula may clump together some more. The gravitational forces between particles is directly proportional to the their masses.
Now let us get into the rings of Saturn.
The Rings of Saturn are very smooth and are mainly made up of ice and dust particles. They are not joint together as it was previously known. Latest Researches prove that they are separate particles and there are thousands of rings, which when viewed freom a long distance, seem to be that they are made up of single rings.
Now See some good Space Animations:
What will happen when we fall from deep in the universe in the space??
As a matter of fact,there won't be any gravitational force of attraction and so there will not be any gravitational pull. So we will be staying in the same position. But if we are near a blackhole-i.e.there are places where there is a great amount of gravitational pull and you won't be able to escape from the force of gravity. The place's gravitational pull will be greater than the gravitational force of the earth.
But there are some places in the space where the gravity will be the same as there is gravitational force on the earth. So the gravitational force will be the same. If we are near a greater mass then there will be a greater force of gravitational force of attraction.
Let us see the Cosmos!
OK
Now let us end our great topic on Solar Systems by ending with a cool and calm dance deep down in the space. Say HIP HOP! HIP HIP Hop! HIP HIP ! ??? Yes! HUUURRRRRAAAAYYYY!!!!!!
