Tectonic plates slide past each other at transform boundaries.
At which type of plate boundary do tectonic plates slide past each other?(1 point)
Responses
at divergent boundaries
at divergent boundaries
at convergent boundaries
at convergent boundaries
at oceanic-oceanic boundaries
at oceanic-oceanic boundaries
at transform boundaries
7 answers
Why were the fossil remains of Mesosaurus important to Alfred Wegener?(1 point)
Responses
They suggested that the two continents where they were found could have been joined.
They suggested that the two continents where they were found could have been joined.
They proved that Earth is composed of several rocky tectonic plates.
They proved that Earth is composed of several rocky tectonic plates.
They proved that Mesosaurus is extinct.
They proved that Mesosaurus is extinct.
They were the first fossils discovered in Africa and South America.
Responses
They suggested that the two continents where they were found could have been joined.
They suggested that the two continents where they were found could have been joined.
They proved that Earth is composed of several rocky tectonic plates.
They proved that Earth is composed of several rocky tectonic plates.
They proved that Mesosaurus is extinct.
They proved that Mesosaurus is extinct.
They were the first fossils discovered in Africa and South America.
The fossil remains of Mesosaurus were important to Alfred Wegener because they suggested that the two continents where they were found could have been joined.
Which best describes paleomagnetism?(1 point)
Responses
the study of earthquakes
the study of earthquakes
the study of plate movement
the study of plate movement
the study of rock formations
the study of rock formations
the study of ancient magnetic fields
Responses
the study of earthquakes
the study of earthquakes
the study of plate movement
the study of plate movement
the study of rock formations
the study of rock formations
the study of ancient magnetic fields
Paleomagnetism is best described as the study of ancient magnetic fields.
Geologists discovered that the largest coal deposits were formed around 300 million years ago. How did this observation support the theory of plate tectonics?(1 point)
Responses
Around that time, those regions were located near the south pole where coal would likely have formed.
Around that time, those regions were located near the south pole where coal would likely have formed.
Around that time, those regions were located on arid plateaus in temperate regions.
Around that time, those regions were located on arid plateaus in temperate regions.
Around that time, those regions were located in tropical climates that were partially submerged on the coasts.
Around that time, those regions were located in tropical climates that were partially submerged on the coasts.
Around that time, it is thought that those regions were located along the ridge of a long mountain chain.
Responses
Around that time, those regions were located near the south pole where coal would likely have formed.
Around that time, those regions were located near the south pole where coal would likely have formed.
Around that time, those regions were located on arid plateaus in temperate regions.
Around that time, those regions were located on arid plateaus in temperate regions.
Around that time, those regions were located in tropical climates that were partially submerged on the coasts.
Around that time, those regions were located in tropical climates that were partially submerged on the coasts.
Around that time, it is thought that those regions were located along the ridge of a long mountain chain.
The observation that the largest coal deposits were formed around 300 million years ago supports the theory of plate tectonics because around that time, those regions were located in tropical climates that were partially submerged on the coasts.
3 answers