All objects on Earth are made up of matter, as matter is anything that has mass and occupies space. This includes everything from living organisms to inanimate objects like rocks and water.
Different objects are at different distance from Earth.
Yes because large asteroids heading for earth are Near Earth Objects and if they were to hit many people can lose their lives.
- many elements doesn't exist in pure form in the nature - many objects are made from alloys - many objects are mixture of compounds
Atoms exist throughout the universe. the most common atom in the universe is hydrogen. Helium is the second most common found in the universe, and oxygen is the third.
If space junk means man-made objects, very few have left Earth-orbit. Of the ones in Earth-orbit many crash each year but the vast majority burn up because of friction as they come at high speed through the upper atmosphere.
This is because no matter how large objects on earth may seem, they are nothing compared to the size things have to be to have significant pull on things. Objects would have to be many hundreds of miles across to get any sort of influence.
Ancient philosophers believed that all matter is made up of four basic constituents called the classical elements: earth, water, air, and fire. Each element was thought to have its own unique properties and qualities that combined to form all physical objects.
Different objects are at different distance from Earth.
Yes. Basically, any objects you can touch - and many that you can't - contain matter.
there are many like your shadow, gravity, light.
Yes because large asteroids heading for earth are Near Earth Objects and if they were to hit many people can lose their lives.
It is made of many materials that are matter, so it is matter.
- many elements doesn't exist in pure form in the nature - many objects are made from alloys - many objects are mixture of compounds
20000
The only natural object we know of that does that is the earth's moon.
7
There were more asteroids in the solar system eons ago. The atmosphere of the Earth was thinner. A thin atmosphere burns less matter when entering from orbit. Objects entering Earth's atmosphere from orbit always burn because of the friction caused. Friction causes heat energy.