The ocean does move in circles. If you look at any map showing ocean currents, you'll see that the majority of them make big, somewhat distorted circles.
The continents are in the way, so the ocean currents have a rather complicated circulation pattern (see "Thermohaline Circulation").
examples are air rotating when heat and cold air move aroundthe sun to the ocean
No, The stars themselves are not moving, but the Earth is rotating. This gives the appearance that the stars are revolving in circles around the pole in a counterclockwise direction
stars don't move, the earth does.
Because the earth is rotating
the Earth is not moving http://www.fixedearth.com/
Stars seem to move in the sky due to the Earth's rotation. It creates the illusion that the stars are moving across the sky when, in reality, it's the Earth that is rotating on its axis. This phenomenon is known as diurnal motion.
Inertia. We move along with the Earth. A force would be required to pull us back.
Convection currents move the magma around in circles up and down as it gets cooled and heated. And the plates move on top of them.
No, it is because of the Earth rotating on its axis.
Technically, there are entire galaxies that "orbit" around one another. There are super galaxies called "Giant Ellipticals" around which smaller galaxies move about. The problem is that it becomes a question of relativity, as in, what is the center of the universe (or is there even one?) or what is revolving what. There are some theories that speculate that the entire universe is rotating or "moving around itself".
Because Earth is always rotating so it seems like its the stars that are rotating but its really just our planet that moves.
Small circles on the Earth are lines of latitude that do not align with the equator, which is the largest circle. These circles are parallel to the equator and include lines such as the Tropics of Cancer and Capricorn as well as the Arctic and Antarctic Circles. Unlike great circles, which divide the Earth into two equal halves, small circles vary in size and are used in navigation and mapping to denote specific latitudes. They represent points of equal latitude but differ in circumference as you move away from the equator.