A good question, however to control gravity you would have to control time
The simple fact that they orbit Mars, suggests that they were captured by Mars' gravity.
false, meters are asteroids in the earth atmosphere
a planet broke apart and the moon was captured by earth's gravity
Gravity cannot be stored like other forms of energy because it is a force that exists due to the presence of mass. Gravity is a fundamental force of nature that acts over distance and does not have a physical form that can be stored or captured.
Gravity is what keeps the moon around the earth constently, and what keeps everything from floating all Around. Answer #2: A strapless evening gown is held up in public by gravity, specifically the gravity of the situation that would result if it ever fell.
Our current theory of the formation of our solar system is that the planets formed more or less in their present orbits. We do not believe that the planets (with the exception of Pluto) were "captured" by the Sun's gravity.
Mars has two captured asteroids as moons, known as Phobos and Deimos. These moons are irregularly shaped and likely originated from the asteroid belt between Mars and Jupiter before being captured by Mars' gravity.
Well one the moniter is on your side cortana is captured by the flood you get to get to use the gravity hammer and spartan laser
The large Jovian moon thought to have been captured into its present orbit is Triton, which orbits Neptune. Triton's retrograde motion and unique characteristics suggest it was once a Kuiper Belt object that was captured by Neptune's gravity.
The moon was created when another planet slammed into Earth - the Earths gravity captured the particles and the formed to become our moon.
Most hypotheses on the formation of Phobos, one of the two moons of Mars, hold it to be an asteroid that was captured into orbit by the gravity of Mars.
By definition, asteroids tend to small objects, Being small they have little or no attraction to or from other asteroids. Gravity only comes into play for much larger objects.