No. Nothing will always exist. All atoms exhibit some measure of radioactive decay, and black holes decay via Hawking radiation, so eventually there will be absolutely nothing left in the universe. This will take a stupendously, ridiculously, incomprehensibly long time -- approximately a googol years.
The solar system did not make the galaxy. The galaxy consists of billions of stars, of which our sun is just one. It has the planets and many other things orbiting it and together it is all known as the solar system. There would be many other solar systems in our galaxy.
It does indeed. There are many different movements we make all of which change our relative position in the universe. The earth rotates, it also revolves around the sun, the solar system revolves around our galaxy, our galaxy moves in relation to the local group of galaxies, the local group moves in relation to the super group and so on.
No eventually one or more of the stars in a constallation will go supernova until there are none left.
One Exception is the constellation Andromeda which will never completely disappear as one of the points is a galaxy and not a star, it will infact get larger and in 3 to 5 billion years it may even collide with the milky way.
I would expect it to be basically an ellipse - this is usually the case when one object orbits another one. However, the path will probably get changed regularly, as the Sun passes near other stars.
The have been many revolutions in our way of thinking about the solar system. An example is Galileo's heliocentric model of our solar system.
Yes, our solar system is moving in the galaxy and our galaxy is moving in the universe.
The solar system orbits the galaxy once every 250 million years
Our solar system is in the milky way galaxy.
It is called the Ecliptic and the constellations that the Sun moves through are referred to collectively as The Zodiac.
The Solar system, along with the arm in which it is found, rotate around the centre of the galaxy.
It is impossible to answer. The visible Universe is about 13.7 billion light years across and getting larger with every year. The Solar System is a mere 2 light years at most, a mere 6'850'000'000 of that number.
The sun's gravity pulls the planets around it.
The planets move around the sun #platopals
gravitational force
You actually cant really possibly move a planet somewhere else because its in it's solar system
By gravitational pull from the galaxy
none of those. milky way is a part of the galaxy and our solar system is a part of it. in this solar system the planets revolve around the sun and rotate on thier own axis
I guess you mean "our" solar system, or is this a question from an ET? :D Yes, all celestial bodies are in a state of motion relative to each other. Our solar system is revolving around the center of the Milky Way Galaxy, a process that takes millions of years. The galaxy in turn is moving away from other galaxies.
they tend to move past in routines orbiting our solar system or our galaxy in about 70 years
The Earth and everything else in our solar system would move with it. In fact, the sun does move, since it is orbiting around the Milky Way galaxy.
It happens because another bigger system attracts the solar system.
solar
There is no gravity present in that particular part of the solar system.
The orbit
the solar system
It is impossible to answer. The visible Universe is about 13.7 billion light years across and getting larger with every year. The Solar System is a mere 2 light years at most, a mere 6'850'000'000 of that number.
There are several answers to your question: * The Earth rotates around its axis (the line between the North and South pole) once a day. * The Earth revolves around the Sun once a year. * The Earth, together with the Sun and the Solar System, revolves around the center of the Milky Way Galaxy in approximately 250 millions years! The Earth, Solar System, and Galaxy all move together through the universe, but it is difficult to say that it moves "around" anything in the process.