Middle School Earth and Space Science : Interpret models of plate tectonics
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Example Question #1 : Interpret Models Of Plate Tectonics
What type of plate boundary is depicted?
strike-slip
transform
convergent
divergent
convergent
Earth’s crust, also called the Lithosphere, is divided into tectonic plates. These plates move at plate boundaries due to the liquid hot mantle beneath the crust.Plates interact at three types of plate boundaries: divergent, convergent and transform. Most of the Earth's geologic activity takes place at plate boundaries.
Divergent: extensional; the plates move apart. Spreading ridges, basin-range.
Convergent: compressional; plates move toward each other.
Transform: shearing; plates slide past each other. Strike-slip motion.
At a divergent boundary, volcanic activity produces a mid ocean ridge and small earthquakes. Convergent boundaries create mountains, and transform boundaries cause earthquakes as well.
Example Question #2 : Interpret Models Of Plate Tectonics
Which type of plate boundary is primarily responsible for the volcanic activity in the "Ring of Fire?"
transform
divergent
strike-slip
convergent
convergent
The answer is convergent.
Earth’s crust, also called the Lithosphere, is divided into tectonic plates. These plates move at plate boundaries due to the liquid hot mantle beneath the crust.Plates interact at three types of plate boundaries: divergent, convergent and transform. Most of the Earth's geologic activity takes place at plate boundaries.
Divergent: extensional; the plates move apart. Spreading ridges, basin-range.
Convergent: compressional; plates move toward each other.
Transform: shearing; plates slide past each other. Strike-slip motion.
At a divergent boundary, volcanic activity produces a mid ocean ridge and small earthquakes. Convergent boundaries create mountains, and transform boundaries cause earthquakes as well.
Example Question #3 : Interpret Models Of Plate Tectonics
Which of the following would you expect to find at a tectonic plate boundary?
volcanoes
mountains and ocean ridges
none of these
all of these
earthquakes
all of these
Earth’s crust, also called the Lithosphere, is divided into tectonic plates. These plates move at plate boundaries due to the liquid hot mantle beneath the crust.Plates interact at three types of plate boundaries: divergent, convergent and transform. Most of the Earth's geologic activity takes place at plate boundaries.
Divergent: extensional; the plates move apart. Spreading ridges, basin-range.
Convergent: compressional; plates move toward each other.
Transform: shearing; plates slide past each other. Strike-slip motion.
At a divergent boundary, volcanic activity produces a mid ocean ridge and small earthquakes. Convergent boundaries create mountains, and transform boundaries cause earthquakes as well.
Example Question #4 : Interpret Models Of Plate Tectonics
Which of the following best describes what happens at a strike-slip fault?
extensional motion; the plates move apart, spreading ridges, basin-range
shearing motion; plates slide past each other
none of these
compressional motion; plates move toward each other
shearing motion; plates slide past each other
Earth’s crust, also called the Lithosphere, is divided into tectonic plates. These plates move at plate boundaries due to the liquid hot mantle beneath the crust. Plates interact at three types of plate boundaries: divergent, convergent and transform. Most of the Earth's geologic activity takes place at plate boundaries.
Divergent: extensional; the plates move apart. Spreading ridges, basin-range.
Convergent: compressional; plates move toward each other.
Transform: shearing; plates slide past each other. Strike-slip motion.
At a divergent boundary, volcanic activity produces a mid ocean ridge and small earthquakes. Convergent boundaries create mountains, and transform boundaries cause earthquakes as well.
Example Question #5 : Interpret Models Of Plate Tectonics
Why do tectonic plates on the Earth's crust move?
the mantle below the crust is liquid
the tectonic plates are semi-liquid
earthquakes cause movement of tectonic plates
all of these
none of these
the mantle below the crust is liquid
Earth’s crust, also called the Lithosphere, is divided into tectonic plates. These plates move at plate boundaries due to the liquid hot mantle beneath the crust. Plates interact at three types of plate boundaries: divergent, convergent and transform. Most of the Earth's geologic activity takes place at plate boundaries.
Divergent: extensional; the plates move apart. Spreading ridges, basin-range.
Convergent: compressional; plates move toward each other.
Transform: shearing; plates slide past each other. Strike-slip motion.
At a divergent boundary, volcanic activity produces a mid ocean ridge and small earthquakes. Convergent boundaries create mountains, and transform boundaries cause earthquakes as well.
Example Question #6 : Interpret Models Of Plate Tectonics
What geographic feature would be expected to appear where the star is on this diagram of plate movement?
a mid ocean ridge
a mountain
a canyon
a volcano
a volcano
The answer is "a volcano."
Earth’s crust, also called the Lithosphere, is divided into tectonic plates. These plates move at plate boundaries due to the liquid hot mantle beneath the crust.
Plates interact at three types of plate boundaries: divergent, convergent and transform. Most of the Earth's geologic activity takes place at plate boundaries.
Divergent: extensional; the plates move apart. Spreading ridges, basin-range.
Convergent: compressional; plates move toward each other.
Transform: shearing; plates slide past each other. Strike-slip motion.
At a divergent boundary, volcanic activity produces a mid ocean ridge and small earthquakes. Convergent boundaries create mountains, and transform boundaries cause earthquakes as well
Example Question #7 : Interpret Models Of Plate Tectonics
The convection currents of magma below these plates would cause what type of motion in the tectonic plates above?
Plate A and Plate B will move away from each other. It is a divergent boundary.
Plate A and Plate B will move toward each other. It is a convergent boundary.
Plate A and Plate B will move away from each other as in a convergent boundary.
Plate A and Plate B will move toward each other. It is a divergent boundary.
Plate A and Plate B will move away from each other. It is a divergent boundary.
The answer is "Plate A and Plate B will move away from each other. It is a divergent boundary."
Earth’s crust, also called the Lithosphere, is divided into tectonic plates. These plates move at plate boundaries due to the liquid hot mantle beneath the crust.
Plates interact at three types of plate boundaries: divergent, convergent and transform. Most of the Earth's geologic activity takes place at plate boundaries.
Divergent: extensional; the plates move apart. Spreading ridges, basin-range.
Convergent: compressional; plates move toward each other.
Transform: shearing; plates slide past each other. Strike-slip motion.
At a divergent boundary, volcanic activity produces a mid ocean ridge and small earthquakes. Convergent boundaries create mountains, and transform boundaries cause earthquakes as well.
Example Question #8 : Interpret Models Of Plate Tectonics
At the Mid-Atlantic Ridge, as the tectonic plates move apart, rock is pulled up from depth at the spreading axis and melts as it depressurizes. The molten rock rises to the seafloor and cools to form the layer of crust that paves the ocean floor. This is called "seafloor spreading" and is pictured below.
What type of tectonic plate boundary is present at the Mid Atlantic Ridge?
a divergent boundary
a convergent boundary
a strike-slip boundary
none of these
a divergent boundary
The answer is "a divergent boundary."
Earth’s crust, also called the Lithosphere, is divided into tectonic plates. These plates move at plate boundaries due to the liquid hot mantle beneath the crust.
Plates interact at three types of plate boundaries: divergent, convergent and transform. Most of the Earth's geologic activity takes place at plate boundaries.
Divergent: extensional; the plates move apart. Spreading ridges, basin-range.
Convergent: compressional; plates move toward each other.
Transform: shearing; plates slide past each other. Strike-slip motion.
At a divergent boundary, volcanic activity produces a mid ocean ridge and small earthquakes. Convergent boundaries create mountains, and transform boundaries cause earthquakes as well.
Example Question #7 : Interpret Models Of Plate Tectonics
The areas of this map highlighted in red are located along a strike-slip fault line. What phenomena is this hazard map most likely referring to?
wild fires
volcanic activity
earthquakes
tornadoes
earthquakes
The answer is "earthquakes."
Earth’s crust, also called the Lithosphere, is divided into tectonic plates. These plates move at plate boundaries due to the liquid hot mantle beneath the crust.
Plates interact at three types of plate boundaries: divergent, convergent and transform. Most of the Earth's geologic activity takes place at plate boundaries.
Divergent: extensional; the plates move apart. Spreading ridges, basin-range.
Convergent: compressional; plates move toward each other.
Transform: shearing; plates slide past each other. Strike-slip motion.
At a divergent boundary, volcanic activity produces a mid ocean ridge and small earthquakes. Convergent boundaries create mountains, and transform boundaries cause earthquakes as well.
Example Question #8 : Interpret Models Of Plate Tectonics
The diagram above shows a cross section of the Cascadia subduction. What type of plate boundary is present here?
a convergent boundary
a strike-slip boundary
a divergent boundary
none of the above
a convergent boundary
The answer is "a convergent boundary."
Earth’s crust, also called the Lithosphere, is divided into tectonic plates. These plates move at plate boundaries due to the liquid hot mantle beneath the crust.
Plates interact at three types of plate boundaries: divergent, convergent and transform. Most of the Earth's geologic activity takes place at plate boundaries.
Divergent: extensional; the plates move apart. Spreading ridges, basin-range.
Convergent: compressional; plates move toward each other.
Transform: shearing; plates slide past each other. Strike-slip motion.
At a divergent boundary, volcanic activity produces a mid-ocean ridge and small earthquakes. Convergent boundaries create mountains, and transform boundaries cause earthquakes as well.
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