Exploration of other worlds has helps us learn about the impact of space objects. When an object strikes the surface of a larger object in space, it explodes and leaves behind a round pit called an impact crater.
i dont no som1 anser it 4 me
Not quickly. The only way that mass is added to the Earth is meteor impacts. Objects sent into space could reduce the total mass of the Earth, but not enough for it to matter on a macroscopic scale.
We observe celestial objects from the Earth. Since Earth rotates around the sun we see the celestial objects moving too. So basically due to the rotation of the Earth, celestial objects always seems to move from East to West.Hope that helped Of-course that must have helped, -Hailey xD LOL
Meteor impacts are VERY common on Earth. However, the erosive forces of wind and water tend to wear away the smaller impacts fairly quickly, and the very large impacts are less common.
The Earth's ATMOSPHERE provides protection from meteorite impacts by causing them to BURN UP.
Comets come from the coldest parts of the universe and contain ice and organic materials. Scientists believe that impacts from comets on earth are responsible for contributing to organic materials and possibly life on earth.
This would not be a good way to go about it. Not all near Earth objects are metallic, they can be rocky or even contain volatile substances if they are cometary in origin. Even if they are made of nickel and iron, and are ferromagnetic, all a magnetic field can do is attract them, it cannot repel them. So, if you established your magnetic planetary protection device on the moon, and you had enough power to generate a sufficiently strong magnetic field, you could then attract near Earth objects to the moon rather than to the Earth. But there are simpler ways to deal with such objects.
The earth's pull on objects is the force of gravity.
there are no positive impacts when an earthquake happens, it only causes misery and destruction
No. Earth has relatively few impacts craters.
I assume you mean "between Earth and other objects". That is called the WEIGHT of the objects.
The large outer planets, particularly Jupiter, are believed to act as giant gravitational "vacuum cleaners" or shields to absorb or deflect objects which might result in dangerous impacts with Earth. Despite this, there is abundant evidence of meteorite impacts on Earth's surface, although these can get gradually obliterated by geological (and sometimes biological) processes. Although not strictly a celestial object, the atmosphere of Earth also causes many smaller objects to get deflected away or burn up in the atmosphere preventing their impact upon Earth's surface. Additionally, the Earth's own geomagnetic field protects against dangerous effects of the solar wind which might otherwise turn Earth into a world hostile to our familiar life forms.