the lithospheric plates are believed to be moving slowly

1. the lithospheric plates are believed to be moving slowly

The driving force that facilitates the movement of the lithospheric plates to move slow is the convection current in the mantle. Convection current is the process by which less dense material rises and more dense material sinks. ... Earth's surface lithosphere, which rides atop the asthenosphere.

2. The lithospheric plates are believed to be moving slowly. What is the driving force of that facilitates this movement?

The mantle, which is beneath the lithospheric plates, is the layer of the earth which is composed of molten liquid that are constantly moving resulting to the lithospheric plates moving.

3. The lithospheric plates are believed to be moving slowly. What is the driving force that facilities this movement?

Answer:

The heat of radioactive Process of the earth interior also I's the lithospheric plate is colliding the movent cause of Subduction zone

4. According the plate tectonic theory, the earth’s lithosphere is divided into several fragments called lithospheric plates. these are believed to be moving slowly. what do you think is the driving force that facilitates this movement?

Answer:plate tectonics theory

Explanation:

5. 17. The lithospheric plates are believed to be moving slowly. How do the plates move at a transform fault boundary? A. They move past each other B. They move toward each other C. They move away from each other D. They do not move.

Answer:

A. They move past each other

Explanation:

A transform plate boundary occurs when two plates slide past each other, horizontally. A well-known transform plate boundary is the San Andreas Fault, which is responsible for many of California's earthquakes. ... The movement of Earth's tectonic plates shape the planet's surface.

6. The lithospheric plates are said to be moving slowly. what is the driving force that facilitates this movement?

Answer:

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Explanation:

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Explanation:

The driving force that facilitates the lithospheric plates to move slowly is the convection current in the mantle.

7. The Earth's whole lithosphere is broken into several rigid sections called plates thatreason behind the motion of the massive lithospheric plates?I ou understand about themove constantly. Do lithospheric plates move quickly or slowly? What must be the​

Answer:

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8. The lithospheric plates are believed to be moving slowly.What is the driving force that facilities this movement?

Explanation:

The driving force that facilitates the movement of the lithospheric plates to move slow is the convection current in the mantle. Convection current is the process by which less dense material rises and more dense material sinks.

Answer:

Convection Current in the Mantle

Explanation:

Lithospheric plates are part of a planetary scale thermal convection system. The energy source for plate tectonics is Earth's internal heat while the forces moving the plates are the “ridge push” and “slab pull” gravity forces. It was once thought that mantle convection could drive plate motions.

9. the lithospheric plates are believed to be moving slowly.what is the driving force that facilitatesc this movement?

the convection currents which is elaborately explained in a Science 10 book. Please refer to those for additional, easy to understand info. Thanks

10. The lithosphere plates are believed to be moving slowly. What is the driving force that facilitates this movement?

There could be two reasons why plates, particularly the lithosphere, move and these could be gravity and convection.

 

Of the two, the primary driving force could be gravity because this is the force that causes subduction or the sinking of one plate below another plate.

 

On the other hand, convection or transfer of heat causes solid plates to melt and flow away. Convection is also said to be responsible for breaking up Pangaea.

 

11. According the plate tectonic theory, the earth’s lithosphere is divided into several fragments called lithospheric plates. These are believed to be moving slowly. What do you think is the driving force that facilitates this movement? ​

Answer:

plate tectonic

The lithosphere is divided into huge slabs called tectonic plates. The heat from the mantle makes the rocks at the bottom of lithosphere slightly soft. This causes the plates to move. The movement of these plates is known as plate tectonics

12. convection current causes the lithospheric plate to move slowly but constantly

Answer:

Convection currents carry heat from the lower mantle and core to the lithosphere. ... As tectonic plates slowly move away from each other, heat from the mantle's convection currents makes the crust more plastic and less dense. The less-dense material rises, often forming a mountain or elevated area of the seafloor.

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13. According the plate tectonic theory, the earth’s lithosphere is divided into several fragments called lithospheric plates. These are believed to be moving slowly. What do you think is the driving force that facilitates this movement? * A.The convection current causes the plates to move. B.The lithospheric plates are not moving because its is rigid C.The magnetic force at the poles causes the plate movements. D.An extraordinary force facilitates the plate movement.

Answer:

D.

Explanation:

An extraordinary force facilitates the plate movement.

14. The lithospheric plates are believed to be moving slowly. what is the driving force that facilitates this movement?

The lithospheric plates are believed to be moving slowly. The convection current in mantle is the driving force that facilitates this movement.

About mantle convection

Mantle convection or mantle convection currents is the process of circulating magma currents beneath the earth when transferring heat from the core to the lithosphere so that the layers in the earth's crust move. The mantle is heated from below, cooled from above, and the overall temperature decreases over a long period of time. This mantle convection force is caused by the heat stress created by radioactive decay in the Earth's core and the heat left over from the formation of the Earth.

Convection currents from the Earth's outer core transfer hot (over millions of years) and buoyant magma throughout the mantle and lithosphere at plate boundaries and hot spots. This hot material eventually cools enough to sink back into the core. Convection currents also transfer denser and cooler material from the Earth's crust to the Earth's interior by subduction, although the radiation energy is small because of solar radiation at the surface and increasing distance from the divergent plate margins.

It is generally believed that the other terrestrial planets and the Moon share similarities in mantles.Mantle convection is characterized by the movement of the upper surface lithosphere, which is the process ultimately responsible for the formation of earthquakes, mountains, and volcanoes on Earth, Mars, and Venus.

Mechanism

Geologists debate whether mantle convection is "intact" or "layered".

• Whole mantle convection describes a long and long recycling process involving upper mantle, transition zone, lower mantle. In this model, the mantle forms convection in a single process. The subducted lithospheric plate can slowly slip into the upper mantle and fall into the transition zone due to its density and relative coldness. Over millions of years, it may sink further into the lower mantle. Convection currents can then transport the hot and buoyant material back through other layers of the mantle. Some of that material may even resurface as the lithosphere again, as it spills onto the Earth's crust through volcanic eruptions or seafloor spreading.

• Layered mantle convection describes two processes. Furs of very hot mantle material can bubble up from the lower mantle and heat a region in the transition zone before falling back down. Above the transition zone, convection can be affected by heat transferred from the lower mantle as well as discrete convection currents in the upper mantle driven by subduction and seafloor spreading. Viscosity increases by two to threefold, which causes a slowing of the hot spot velocity against the plate and an increase in the survival of chemical heterogeneity in the mantle and time-averaging with depth. Mantle feathers originating from the upper mantle may erupt through the lithosphere as hot spots.

Learn more about mantle convection at https://brainly.ph/question/6758946.

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15. The lithospheric plates are believed to be moving slowly. What is the driving force that facilitates this movement? a magnetic force at the poles b the force of the atmosphere c gravitational force of the moon d convection current in the mantle

D. Convection current in the mantle

16. The lithospheric plates are believed to be moving slowly. How do the plates move at a transform fault boundary?A. They move past each otherB. They move toward each other C. They move ayaw from each other D. They do not move​

Answer:

a.They move past each other

Explanation:

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17. Convection current causes the lithosphere plate to? a. Move slowly but constantb. Move in any direction c. Move faster d. Create another plate ​

D is the answer to your question

18. The lithosphere plates are believed to be moving slowly what is the driving force that facilities this movement

Answer:

answer: gravity force

gravity force

gravity force

19. which of the three main layers of the earth contains convection currents that slowly move lithospheric plates?

Chemical:

burning wood

mixing acid and base

digesting food

Physical:

 crumpling a sheet of paper

 dissolving sugar in water

 melting an ice cube

 casting silver in a mold

 breaking a bottle

Mantle conatins convection currents that slowly move lithospheric plates.

20. it causes the lithosphere plate to move slowly but constantly.​

Answer:

The movement is caused by the convection currents that roll over in the upper zone of the mantle. This movement in the mantle causes the plates to move slowly across the surface of the Earth.

Tectonic plates, the massive slabs of Earth's lithosphere that help define our continents and ocean, are constantly on the move. Plate tectonics is driven by a variety of forces: dynamic movement in the mantle, dense oceanic crust interacting with the ductile asthenosphere, even the rotation of the planet.


When two plates come together, it is known as a convergent boundary. The impact of the colliding plates can cause the edges of one or both plates to buckle up into a mountain ranges or one of the plates may bend down into a deep seafloor trench.

21. the Earth is broken into several pieces called lithospheric plates that move slowly but constantly. what makes these lithospheric plates move? what are the consequences of this movements?​

Answer:

Recall that both continental landmasses and the ocean floor are part of the earth's crust, and that the crust is broken into individual pieces called tectonic plates (Fig. 7.14). The movement of these tectonic plates is likely caused by convection currents in the molten rock in Earth's mantle below the crust.

Explanation:

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22. 17. The lithospheric plates are believed to be moving slowly. How do the plates move at a transform fault boundary? A. They move past each other B. They move toward each other C. They move away from each other D. They do not move.

Answer:

a.

they move past each other

Explanation:

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23. According the plate tectonic theory, the earth’s lithosphere is divided into several fragments called lithospheric plates. These are believed to be moving slowly. What do you think is the driving force that facilitates this movement? *A. The convection current causes the plates to moveB. An extraordinary force facilitates the plate movement.C. The lithospheric plates are moving slowly due to gravity.D. The magnetic force at the poles causes the plate movements.#reportnonsense​

c.

Explanation:

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24. What causes the lithospheric plate to move slowly and constantly?​

Answer:

The Earth is a dynamic or constantly changing planet. The thin, fragile plates slide very slowly on the mantle 's upper layer. This sliding of the plates is caused by the mantle's convection currents slowly turning over and over.

Answer:

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25. convection current causes the lithospheric plate to________?*move in any direction*create another plate*move slowly but constantly*move faster ​

Answer:

move slowly but constantly.

Explanation:

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26. Which among the statements about convection current is TRUE?A. Convection current causes the lithospheric plate to move slowly but constantly.B. Convection current causes the lithospheric plate to move in any direction.C. Convection current causes the lithospheric plate to move faster.D. Convection current causes the lithospheric plate to create another plate.​

Explanation:

B. Convection current causes the lithospheric plate to move in any direction.

27. A theory that explains the surface of the earth is broken into large and small lithospheric plates that are moving constantly and slowly?​

Answer:

plate tectonics

Explanation:

"plate tectonics" is the theory that Earth's outer shell is divided into large slabs of solid rock, called “plates,” that glide over Earth's mantle, the rocky inner layer above Earth's core

Answer:

Plate tectonics

Explanation:

Plate tectonics - is a scientific theory that explains how major landforms are created as a result of Earth's subterranean movements.

28. when the convection current occur, the __(tecnotic plates , lithosphere) are ae to move slowly along the tectonic boundaries

Answer:

When the convection current occur, the Tectonic Plates are ae to move slowly along the tectonic boundaries.

Explanation:

29. The plate moves slowly but constantly, and this movement is called? ​A. PlateB. Continental PlateC. LithosphereD. Tectonics​

Answer:

Plate Tectonics

Explanation:

The theory of plate tectonics states that pieces of Earth's lithosphere are in slow,constant motion driven by convection currents in the mantle

30. Lithospheric plates are believed to be moving slowly what is the driving force that facilitates this movementa. force of the atmosphere b. magnetic force at the poles c.gravitational force of the moon d.convection current in the mantle ​

D. Convection current in the Mantle