yes
Distance = Speed x TimeFor example, let's say a plate moves a distance of 5 centimeters in one year. So, the speed of the plate is 5cm/yr. You can use this speed to predict how far the plate will move in 1000 years.Distance= (5cm/1yr) x (1000yr)=5000cm
they are greater
The earth is broken up into plates. Even when the world was called Pangaea, there were still plates. The plates begin to move, however, only about 1 cm a year. This is why we now have continents. Scientists predict that a few 100 years from now, the world will look even more different. If you type in the earths tech tonic plates into wikipedia, it might help you a little more than i did.
no no no
diverge
Yes they do. Scientists make maps with isobars on them.
Yes, scientists use volcanoes to predict earthquake activity, because volcanic and earthquake activity go together. Volcanic eruptions spew out lava whose source is in the magma of the mantle. Earthquakes are caused by heat from the mantle making crustal [or lithospheric or tectonic] plates move.
Irregularity of the plates as they move against each other, very limited knowledge of lava flow, and a lack of understanding about how exactly Vulcanism occurs.
Distance = Speed x TimeFor example, let's say a plate moves a distance of 5 centimeters in one year. So, the speed of the plate is 5cm/yr. You can use this speed to predict how far the plate will move in 1000 years.Distance= (5cm/1yr) x (1000yr)=5000cm
Geologist
they are greater
The earth is broken up into plates. Even when the world was called Pangaea, there were still plates. The plates begin to move, however, only about 1 cm a year. This is why we now have continents. Scientists predict that a few 100 years from now, the world will look even more different. If you type in the earths tech tonic plates into wikipedia, it might help you a little more than i did.
locomotorology
no no no
A decision tree or a weighted graph.
There is no set timing. Faults move when pressure has built up sufficiently. Unfortunately we cannot predict such events.
diverge