π Plate tectonics is the movement and shifting of the Earth's crust.
π΄ Earthquakes occur when there is a sudden and rapid movement of the Earth's crust.
π Most of the time, the Earth's crust is stable and we don't feel any movement.
π Plate tectonics is the slow movement of tectonic plates, which are large pieces of the earth's crust and upper mantle.
ποΈ Plate tectonics is the process that built the earth's structure, with the lithosphere moving on the liquid-like asthenosphere layer.
π The asthenosphere, deep below the earth's surface, is a squishy layer of molten rock that causes the movement of tectonic plates.
π The Earth's tectonic plates are like giant ice cubes floating on molten rock in the asthenosphere, causing them to move and shift.
πΊοΈ There are seven major plates and ten minor plates on Earth, and the continents align with the major plates, which have been moving for millions of years.
𧩠The Earth's surface is like a jigsaw puzzle, with continents being pieces of the major plates.
𧩠Tectonic plates are large pieces that make up the Earth's crust.
π There are two kinds of plates: oceanic plates found under the oceans, and continental plates found below land.
π Plates move at their boundaries, where there are convergent, divergent, and transform boundaries.
π Convergent boundaries occur when one tectonic plate slides under another, resulting in subduction and the formation of mountains and volcanoes.
ποΈ Examples of convergent boundaries include Mount Everest and the Mariana Trench.
π Divergent boundaries happen when tectonic plates pull away from each other, creating rifts on land.
π The Earth's continents were once a single landmass called Pangaea, which separated into different continents over millions of years due to plate tectonics.
πΊοΈ Plate tectonics is the process of the Earth's crustal plates shifting and moving, forming different types of terrains and creating boundaries.
π There are different types of plate boundaries, including rift valleys, transform boundaries, and mid-ocean ridges, which lead to geological phenomena like earthquakes.
π Scientists are using GPS technology to track the movement of the Earth's crust and predict earthquakes.
π There is at least 62 miles of Earth's crust beneath our feet, providing ample support.
π Check out clarendonlearning.org for more free educational resources.