The main effect is the tides, Without the Moon's gravity the tides would be about one quarter as high as they are now, they would be the same every day, and there would be no spring tides or neap tides.
Yes, the moons gravity effects when the tide comes in and goes out.
It causes the tides. Tides are also caused - to a lesser degree - by Sun's gravity.
The moon's gravity is essentially identical to 100% of the moon's gravity, and results in gravitational forces on its surface that average about 16% of the corresponding forces on the Earth's surface.
Mass and gravity
Large moons are rounded by their own gravity, which tends to pull down any large projections. Low-mass moons have weaker gravity and so are unable to do this.
Yes, the moons gravity effects when the tide comes in and goes out.
No of couse not u stupid
It causes the tides. Tides are also caused - to a lesser degree - by Sun's gravity.
Everything has gravity, the bigger it is the more it has. Moons DO have gravity, but it might be less than Earth's.
The moons' gravity pulls on the part of the ocean water facing the moon making it higher so that it covers more of the shoreline.
Yes, though the sun's gravity also plays a large part.
Gravity and the pull of the moon are the same thing. The pull of the moon is caused by the moons' gravity.
We are immersed in gravity fields. So there are uncountable examples of gravitational effects that can be answered here. But in general attraction and acceleration are the two major effects caused by gravity. Gravity is a force that pulls objects towards the source of that gravity force. And typically if the objects can move freely they'll accelerate as they move towards the source.
by gravity
The cause of gravity is an on-going field of research. All that we know for certain are the effects that gravity has (i.e. mass distorting space in a way that attracts things towards it).
The moon's gravity is essentially identical to 100% of the moon's gravity, and results in gravitational forces on its surface that average about 16% of the corresponding forces on the Earth's surface.
gravity