tides of course
The tides.
the tides
Earth is affected by the moon's gravity. The moon's gravity exerts just as much force on Earth as Earth's gravity does on the moon, but since Earth is far more massive, it undergoes far less acceleration.
By gravity. The Moon (and to a slightly lesser extent the Sun) exerts a gravitational force on the ocean (actually, on the whole Earth, but it's easier for the ocean, being liquid, to reshape itself in response) that produces the tides.
Mass isn't affected by gravity, but weight directly depends on it.
The Earth's gravity keeps the moon in orbit.
tides
Earth is affected by the moon's gravity. The moon's gravity exerts just as much force on Earth as Earth's gravity does on the moon, but since Earth is far more massive, it undergoes far less acceleration.
By gravity. The Moon (and to a slightly lesser extent the Sun) exerts a gravitational force on the ocean (actually, on the whole Earth, but it's easier for the ocean, being liquid, to reshape itself in response) that produces the tides.
Mass isn't affected by gravity, but weight directly depends on it.
The Earth's gravity keeps the moon in orbit.
The tides are caused by the gravitational attraction of the moon, and to a lesser degree, the gravitational attraction of the sun, on the oceans.
tidal currents
Tides are mostly affected by the moon's gravity and earth's rotation.
Yes, as all things are affected by everything else's gravity (But at very minute amounts.)
tides
The Moon
The moon's gravity
the pull of the moon's gravity on the ocean.