Firstly, there definitely are plates, and they definitely move. Those are facts.
Secondly, "theory" in science doesn't mean the same thing it does in everyday language. In science, something doesn't qualify as a theory unless it explains everything we already knew and (correctly) predicts things we didn't already know. A "theory" is something that is generally considered to be almost certainly true, barring later discoveries showing that it may not be complete. That doesn't make it "wrong", necessarily, it just means it may only apply in special cases (or, perhaps, may NOT apply in certain special cases).
David emphasizes Michelangelo's mastery of human movement is that the subject is neither still nor in movement.
earth will not be gone. earth is still there as we live in earth
NO
No
How fast a person is moving, while standing still, on the surface of the Earth.
Because a theory in everyday life is different than a theory in science. This site explains it well: look at link below.
That may refer to the Earth being "geologically active", meaning there is activity such as plate movement, earthquakes, volcanoes.
The movement of plate tectonics is still happening today. Movement will continue due to the continents are floating on the semi-molten mantle.
By now, this should not still be a theory, it should be common knowledge.
As far as the Earth is concerned - plate tectonics has not stopped; the plates are still in motion - which is why we get earthquakes and volcanic eruptions along the plate boundaries.
Volcanic activity; plate movement; geothermal energy; erosion; sedimentation; wind, flooding, temperature extremes; radiation; water; uplift; earthquakes; glacial movements . . .
Well according to me, it's still a theory since scientists have not seen it yet. However as generations go on, technology will find out.
Understanding that the core of the Earth is still hot and semi-molten.
earthquakes are caused by tectonic plate movement. that's a fancy way of saying the following: the earth's crust isn't whole, it consists of several pieces. those pieces are floating on molten rock (magma). and so, they're not lying still. the movement of those plates is called tectonic plate movement. sometimes, two plates collide, move away from each other, or slide right past each other. Each of those movements can cause an earthquake.
The theory of continental shift is plate tectonics. Pangea was a supercontinent that broke up and drifted into the continents we have today (and are still drifting).
Originally conceived as "continental drift," the theory of plate tectonics explains the motion of Earth's landmasses. However, there is still much debate as to what drives this motion. Explanations include upper mantle convection currents, forces due to gravity, and the effect of the Earth's rotation.
Due to plate tectonics still moving, it causes the Earth's oceans and continents to continue moving.