The Solar System

Sir Isaac Newton's laws are named the 'Three Laws of Universal Dynamics'.

'Universal' because it means they apply on Earth and out in the Universe. 'Dynamics' , because it means movement.

So the laws refer to movement of all objects, be it on Earth or in Space.

The Three Laws are ;_

1. An object(mass) will remain stationary or in uniform motion unless acted upon by a force.

2. Force is directly proportional to acceleration, or Force is directly proportional to mass. ( F = ma)

3. To every force there is an equal and opposite force.

In the story of the apple falling on his head, he perceived not only the apple falling to the ground (gravity), but infinitessimally the ground(Earth) moved towards the apple, because the apple has gravitational attraction.

NB It has been calculated that two VLCC's (supertanker ships) when berthed along side each other, they have a gravitational force of attraction of 0.5 kg.

Solar nebula.

Assuming you mean, "for us people":* The Earth is where we live.

* The Sun produces most of the energy we need. This is not just for technology, as in the electrical energy you use at home, but also for more basic things, such as food.

* The Moon is the main cause for the tides. It also helps stabilize the inclination of Earth's axis, thus stabilizing the seasons.

The only item on that list that's part of our solar system is "a star". We do have

one of those relatively nearby. It's the one we call "the sun".

Earth.

Scientist were almost about to call earth "Water" instead. The earth is the watery planet because it is has 2/3 of the ratio water/land.

Hoped that Helped!!

The distance to the next star is about 4.2 light years away.

It's called Proxima Centauri. (red dwarf in a triple star system with Alpha Centauri)

No. Halley's Comet barely gets past the orbit of Neptune, and not by much. It is well short of reaching into the Kuiper Belt.

The 'g' in the question might refer to any number of things. I've selected one.

The acceleration of gravity on the surface of Pluto is 0.583 m/s2 . That's the
quantity known as " One G " on Pluto. On Earth, it would be called "0.059 G" .

The outer Oort cloud. (The inner Oort cloud is believed to be disk-shaped.)

In terms of their orbits for Saturn, Jupiter is the next nearest planet to the Sun, and Uranus is the next furthest from the Sun.

It is the "National Health Service" (or NHS)

I wouldn't say that there are MORE scholarships available for Hispanics or Latinos, but there are a growing number of awards targeted to that ethnic group. The reason is that as the US demographic changes, the term "minority," "underserved" or "underrepresented" also changes to reflect the new statistical demographic. Right now, latinos are declared the largest minority group in US. Nowadays they also represent most of the 1st generation college students . Funding agencies have to stay on top of their funding allocations... so the fact that several agencies have shifted awary from funding say African-Americans and lean more toward Hispanic / Latino groups should not surprise you. Also, because scholarship agencies typically receive funding from foundations who strive to reach the large and popular groups in the higher education recruitment movement, we will conitue to see this trend in scholarship distribution practices. Good Luck!

Jupiter.

They are bigger than some stars. Depends what planet and star you are comparing like earth to our star the sun...well obviously the sun is bigger but earth to a lets say a neutron star(im not sure) but I think earth would be bigger

Solar is the planet that rotates

Yes it is.

In our solar system the star is the Sun. It's very much part of the system.

In fact "solar" is a word derived from "SOL" (another name for the Sun).

Aristotle was the first the theorize that Earth was the center of the solar system.

because they have big fat gypsy weddings :L

of all the minor bodies of the solar system, the largest fragments of rock are called asteroids, so yeah.

Of course, we have the "dwarf planets" now. They would be the answer, if you call them minor bodies

Jupiter didn't "form Saturn"; the planets must basically have formed independently of one another. Though, there sure were some gravitational interactions.

Earth has: * oxygen, nitrogen, etc. * water * landforms * people * plants and animals

Mars is the second smallest after Mercury.

Constellations are "unchanging" patterns that we humans make up in the arrangement of the various stars so far away. The patterns do change, but very slowly; the constellations that the ancient Greeks and Romans and Egyptians saw 2000 years ago is little changed now.

The solar system is right here; our Sun, the Earth, the Moon, the planets and comets and asteroids.

Saturn is the least dense of the solar planets. These is often humorously illustrated by pictures of Saturn floating in a giant bowl of water. However, its density is not homogenous any more than that of any other planet; the average of "lighter than water" is the result of calculating its very extensive and thin atmosphere against its gravity (and mass). It's about 95 times as massive as the Earth.

Copernicus mistakenly thought that our earth was the center of our universe, with the sun and other planets orbiting earth.