PV Gap

Albert Said:

how does the solar system work?

We Answered:

ya

Gordon Said:

When did we discover how our solar system works?

We Answered:

Around 1514, Nicolaus Copernicus wrote "Commentarilous" which describes his heliocentric theory.

Maurice Said:

How a solar system works?

We Answered:

The Sun exploded into action about 5 billion years ago. The rest levelled out to form a revolving disc that gradually cooled down.
As the temperature dropped, the gas quickly condensed into tiny solid particles of rock, metal and ice. As they smashed into each other inside the spinning disc they stuck together and rapidly fused to form rocks, then boulders and eventually, after around 100 million years, a set of eight complete planets in stable orbits.
Around the inner region near the scorching Sun the planets are made from toughened rock and metal, because all the lumps of ice were vaporised and blown away. Later, as the solar system cooled, these ejected gases condensed and clung back onto the surface of a few of the farther planets, such as our Earth.
The cooler outer planets managed to keep hold of more of this vapour, which clung to their rocky cores, forming the gas giants like Jupiter and Saturn. Right out at the barren edge of the Solar System, as it gradually merges into the freezing void of space, the icy remnants congregated. It is here that the comets reside, the frozen balls of ice and rock that light up as they swing past the Sun on their grand orbits.

Daryl Said:

What is the relationship between our solar system, the earth and the Milky Way?

We Answered:

I can't answer the first question, but i can answer the following questions.

* A natural change that can be controlled by humans

Answer: anything can control by human if the human have enough knowledge

*use the term gravity to to explain how our solar system works

Answers: There never would have been galaxies, solar systems, stars, planets, or life, without gravity. Mass would be more or less equally distributed throughout the universe with no force pulling the atoms and molecules together.
Not only would there be no stars, planets, etc. there probably would be very very few atoms heavier than hydrogen. The heavier elements are all thought to be forged in stars and supernovae which would not exist.

*explain the difference between a planet a star and a super nova
Answer: What is the difference between stars and planets? The differences are numerous, and there are some stark differences between the two types of stellar bodies. Without stars, there would be no planets, and therefore there would be nothing to observe in the sky. Without planets there would be no life, and there would be no need to know the difference. Here are a few basic differences between what a planet is, and what a star is.A star is much more massive than a planet, with even the smallest stars being several times more massive than Jupiter. If you put an average star next to Jupiter, it would also be more massive. The major thing that a star has is the ability to fuse hydrogen into helium, and this makes them really hot, and gives them the ability to shine brightly. Stars are able to do so because they are so massive that they can create the type of fusion necessary.

Since a star is much more massive than a planet, it has a greater gravitational pull. This is the reason that the Earth rotates around the Sun, and not the other way around. Stars are not immune to gravity, and the bigger the star, the more of a gravitational influence that it can have over the surrounding regions in space. Although we will never come close enough to see another star, it is speculated that perhaps interactions with nearby stars have caused increased periods of comet activity on Earth.

A planet is much smaller, and it will orbit a star. Unlike a star, which is mostly made up of hydrogen, and helium, a planet is usually more rocky. While some planets like Jupiter, or Saturn are gas planets, most planets will be made up of some sort of rocky surface. While stars are ultra-hot, planets are much cooler, and some can hang onto things like water. Water is essential to life, and no star would ever be conducive to life as we know it.

Planets are also pretty small relative to a star. Even an average star is going to be roughly 20 times the mass of Jupiter, which is by far the largest planet in the solar system. While stars are made up up of mostly hydrogen and helium, a planet can have elements like iron, nitrogen, and other elements. A planet also cannot produce its own light, and relies on a star to produce the light that illuminates any body.

So when you look up into the night sky, you will now know what makes up a planet, and what makes up a star. The stars are going to shine like little specks of light in the sky, becuse of the fusion going on inside the core. Planets will be what are orbiting those stars, and what will give rise to life. They are going to be smaller, and dependent on the star they orbit for light and warmth. A star is the center of an solar system, and without them, there would be no planets.
a supernova is way different, supernova is One of the most energetic explosive events known is a supernova. These occur at the end of a star's lifetime, when its nuclear fuel is exhausted and it is no longer supported by the release of nuclear energy. If the star is particularly massive, then its core will collapse and in so doing will release a huge amount of energy. This will cause a blast wave that ejects the star's envelope into interstellar space. The result of the collapse may be, in some cases, a rapidly rotating neutron star that can be observed many years later as a radio pulsar.
While many supernovae have been seen in nearby galaxies, they are relatively rare events in our own galaxy. The last to be seen was Kepler's star in 1604. This remnant has been studied by many X-ray astronomy satellites, including ROSAT. There are, however, many remnants of Supernovae explosions in our galaxy, that are seen as X-ray shell like structures caused by the shock wave propagating out into the interstellar medium. Another famous remnant is the Crab Nebula which exploded in 1054. In this case a pulsar is seen which rotates 30 times a second and emits a rotating beam of X-rays (like a lighthouse). Another dramatic supernova remnant is the Cygnus Loop.

*how are earth quakes and tsumanmis formed
Answer: Stress in the earth's outer layer cause a pushing effect against the sides of the fault. Due to this motion, rocks slip or collide ag

Claudia Said:

How the Solar System works?

We Answered:

There was no reason for anyone to develop such a theory. We don't occupy Mars and Mars gives not even a hint of an indication that it would be the center of solar system or universe.