How does the movement of tectonic plates shape the earth surfaces?

Answer 1

The constent collideing and shifting causes mountain ranges to grow larger and faults to form.

Edit:

The theory of plate tectonics has shaped the surface of the Earth through collision and shifting movements as said previously. Consequently, mountain ranges and faults form on the surface of the Earth. Additionally, Earth has seven or eight major plates, depending on how one would define them, as well as minor plates. The boundary, whether it is convergent, divergent, or transform, is determined by the relative motion.

Forming along these boundaries are earthquakes, volcanic activity, mountains, and ocean trenches. The lateral relative movement of the plates can range from 0-100 mm each year.

Answer 2

The constent collideing and shifting causes mountain ranges to grow larger and faults to form.

Edit:

The theory of plate tectonics has shaped the surface of the Earth through collision and shifting movements as said previously. Consequently, mountain ranges and faults form on the surface of the Earth. Additionally, Earth has seven or eight major plates, depending on how one would define them, as well as minor plates. The boundary, whether it is convergent, divergent, or transform, is determined by the relative motion.

Forming along these boundaries are earthquakes, volcanic activity, mountains, and ocean trenches. The lateral relative movement of the plates can range from 0-100 mm each year.

Answer 3

The constent collideing and shifting causes mountain ranges to grow larger and faults to form.

Edit:

The theory of plate tectonics has shaped the surface of the Earth through collision and shifting movements as said previously. Consequently, mountain ranges and faults form on the surface of the Earth. Additionally, Earth has seven or eight major plates, depending on how one would define them, as well as minor plates. The boundary, whether it is convergent, divergent, or transform, is determined by the relative motion.

Forming along these boundaries are earthquakes, volcanic activity, mountains, and ocean trenches. The lateral relative movement of the plates can range from 0-100 mm each year.

Answer 4

The constent collideing and shifting causes mountain ranges to grow larger and faults to form.

Edit:

The theory of plate tectonics has shaped the surface of the Earth through collision and shifting movements as said previously. Consequently, mountain ranges and faults form on the surface of the Earth. Additionally, Earth has seven or eight major plates, depending on how one would define them, as well as minor plates. The boundary, whether it is convergent, divergent, or transform, is determined by the relative motion.

Forming along these boundaries are earthquakes, volcanic activity, mountains, and ocean trenches. The lateral relative movement of the plates can range from 0-100 mm each year.

Answer 5

The constent collideing and shifting causes mountain ranges to grow larger and faults to form.

Edit:

The theory of plate tectonics has shaped the surface of the Earth through collision and shifting movements as said previously. Consequently, mountain ranges and faults form on the surface of the Earth. Additionally, Earth has seven or eight major plates, depending on how one would define them, as well as minor plates. The boundary, whether it is convergent, divergent, or transform, is determined by the relative motion.

Forming along these boundaries are earthquakes, volcanic activity, mountains, and ocean trenches. The lateral relative movement of the plates can range from 0-100 mm each year.

Answer 6

It's not so much the actual movement, as the after effects of their movement. At a destructive plate margin, the dense oceanic crust sinks under the lighter continental crust (subduction), and melts back into magma under the earth's surface. The magma then rises and cools, forming volcanoes.

At a conservative plate margin, where the plates rub together side by side, the friction causes earthquakes.

Mainly the first one, but earthquakes can affect the shape of earth too :)

Answer 7

The movement of tectonic plates can create various geological features such as mountains, volcanoes, and earthquakes. When plates converge, one plate may be pushed beneath the other, leading to the formation of mountains and volcanic activity. When plates slide past each other, it can result in earthquakes and the formation of faults.