No. Plate tectonics are not possible on Venus because the crust is too thick and the upper mantle is not softened by water.
i do not think anyone knows in the whole world then...come really that's why they invented this site
instruments used in plate tectonics?
the plate tectonics will be flat and no more volcanoes.
Plate tectonics is considered to be a unifying theory because a consensus finds it to be true. Most scientists believe the plate tectonics cause volcanoes and earthquakes.
plate tectonics and plate boundries
There is no conclusive evidence of plate tectonics on Venus. Although Venus does have tectonic features such as fractures and faults, they do not show the same pattern of movement and subduction observed on Earth. Additionally, Venus lacks evidence of large-scale crustal recycling associated with plate tectonics.
No. Scientists believe that the crust of Venus is too thick to support plate tectonics. Volcanic activity is likely driven by hot spots.
i do not think anyone knows in the whole world then...come really that's why they invented this site
Well, aren't you curious about our neighbor Venus? Venus does not have plate tectonics like Earth does. Instead, Venus has a different kind of activity that causes its surface to shift over time. Always remember, every planet has its own unique way of doing things - just like each one of us.
Due to plate tectonics.
Where the plate of the earth collide and pull apart. (If you don't know what I mean by plates of the earth Wikipedia plate tectonics) The only other places volcanoes occur is above hot spots (hot spots are also explained on the plate tectonics Wikipedia page)
Volcanoes don't help plate tectonics; volcanoes are the result of plate tectonics.
Plate tectonics
Mars does not have an asthenosphere like Earth. The asthenosphere is a layer in Earth's upper mantle that is semi-fluid and allows for plate tectonics to occur. Mars does not have active plate tectonics, so it does not have a comparable asthenosphere.
Earthquakes occur along the edge of the oceanic and contiential plates.
Technological methods used to prove plate tectonics include GPS to measure crustal movement, seafloor mapping to show oceanic spreading, satellite imagery to monitor surface changes, and seismic tomography to visualize Earth's interior structures. These methods provide evidence for plate motion and interactions, supporting the theory of plate tectonics.
plate tectonics