convection currents in Earth's mantle to the movement of Earth's tectonic plates. The upward current in a convection cell cycle is associated with divergent plate boundaries, as heated magma rises and spreads out beneath the lithospheric plates.
Convection currents are related to plate tectonics because the volcanic vents are on the splits of the plates. The convection currents carry magma to the surface of the Earth.
convection currents in Earth's mantle to the movement of Earth's tectonic plates. The upward current in a convection cell cycle is associated with divergent plate boundaries, as heated magma rises and spreads out beneath the lithospheric plates.
Convection currents is the heating rising cooling process and if the crust and part of the upper mantle wasn't divided into sections the hot liquid couldn't rise .
Because convection currents is the heating rising cooling process and if the crust and part of the upper mantle wasn't divided into sections the heated material couldn't rise up.
This lecture relates the movement of convection currents in Earth's mantle to the movement of Earth's tectonic plates. The upward current in a convection cell cycle is associated with divergent plate boundaries, as heated magma rises and spreads out beneath the lithospheric plates.
Convection currents are related to plate tectonics because the volcanic vents are on the splits of the plates. The convection currents carry magma to the surface of the Earth.
convection currents in Earth's mantle to the movement of Earth's tectonic plates. The upward current in a convection cell cycle is associated with divergent plate boundaries, as heated magma rises and spreads out beneath the lithospheric plates.
convection currents in Earth's mantle to the movement of Earth's tectonic plates. The upward current in a convection cell cycle is associated with divergent plate boundaries, as heated magma rises and spreads out beneath the lithospheric plates.
Convection is the movement under the earth moving tectonic plates. it relates to plate tectonics because when the hot rock rises, new oceanic crust is made causing the plates to move.
Convection current relates plate tectonics because convection current pushes up on the plates and creates seafloor spreading. Also if one plate goes underneath the other plate it creates a volcano. Convection current relates plate tectonics because convection current pushes up on the plates and creates seafloor spreading. Also if one plate goes underneath the other plate it creates a volcano. Convection current relates plate tectonics because convection current pushes up on the plates and creates seafloor spreading. Also if one plate goes underneath the other plate it creates a volcano. Convection current relates plate tectonics because convection current pushes up on the plates and creates seafloor spreading. Also if one plate goes underneath the other plate it creates a volcano.
convection currents in Earth's mantle to the movement of Earth's tectonic plates. The upward current in a convection cell cycle is associated with divergent plate boundaries, as heated magma rises and spreads out beneath the lithospheric plates.
ReplyDeletehttps://www.google.com/search?q=Explain+how+convection+currents+are+related+to+plate+tectonics%3F&oq=Explain+how+convection+currents+are+related+to+plate+tectonics%3F&aqs=chrome..69i57j0l2.1180j0j7&sourceid=chrome&es_sm=91&ie=UTF-8
because hot rock rises
ReplyDeleteConvection currents are related to plate tectonics because the volcanic vents are on the splits of the plates. The convection currents carry magma to the surface of the Earth.
ReplyDeleteTectonic plates move because hot rocks rise and push the plates apart.
ReplyDeletePlate tectonics because the volcanic vents are on the splits of the plates. The convection currents carry magma to the surface of the Earth.
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ReplyDeleteHot rocks rise and push the plates apart.
ReplyDeleteConvection currents and tectonic plates are related because heat from the convection currents can rise out of a tectonic plate boundary.
ReplyDeleteconvection currents in Earth's mantle to the movement of Earth's tectonic plates. The upward current in a convection cell cycle is associated with divergent plate boundaries, as heated magma rises and spreads out beneath the lithospheric plates.
ReplyDeleteConvection currents is the heating rising cooling process and if the crust and part of the upper mantle wasn't divided into sections the hot liquid couldn't rise .
ReplyDeleteBecause convection currents is the heating rising cooling process and if the crust and part of the upper mantle wasn't divided into sections the heated material couldn't rise up.
ReplyDeleteThis lecture relates the movement of convection currents in Earth's mantle to the movement of Earth's tectonic plates. The upward current in a convection cell cycle is associated with divergent plate boundaries, as heated magma rises and spreads out beneath the lithospheric plates.
ReplyDeleteThe heat causes the rock to spread
ReplyDeleteSCIENCE
ReplyDeleteThey both moves parts of earth.
ReplyDeleteConvection currents are related to plate tectonics because the volcanic vents are on the splits of the plates. The convection currents carry magma to the surface of the Earth.
ReplyDeleteThe plates move than heats up then it makes the volcano erupt.
ReplyDeleteI believe that the currents are related to the plates by there actions,they move the ground and change the plates positions.
ReplyDeleteTectonic plates move because hot heat rises and pushes the plates apart.
ReplyDeleteHeat goes up cooler stuff goes down.
ReplyDeleteMr.Ruby
DeleteBecause of convection current, the tectonic plates move.
ReplyDeleteHeat make the rocks heat up then the volcano explodes.
ReplyDeleteThe magma rises which is pushing the tectonic plates apart.
ReplyDeleteconvection currents in Earth's mantle to the movement of Earth's tectonic plates. The upward current in a convection cell cycle is associated with divergent plate boundaries, as heated magma rises and spreads out beneath the lithospheric plates.
ReplyDeleteConvection currant is what makes the tectonic plates move and shift
ReplyDeleteConvection Currents and Tectonic plates related because the plates move, become heated and melted into magma and then released from a volcano.
ReplyDeleteWhen tectonic plates move they create tunnels big enough to send lava to the surface.
ReplyDeleteHeat makes the rock heat up.
ReplyDeleteI got this from Hannah.
Convection current is the cycle of the movement beneath the earth, such as tectonic plates and them moving.
ReplyDeleteconvection currents in Earth's mantle to the movement of Earth's tectonic plates. The upward current in a convection cell cycle is associated with divergent plate boundaries, as heated magma rises and spreads out beneath the lithospheric plates.
ReplyDeletehttps://www.google.com/search?q=Explain+how+convection+currents+are+related+to+plate+tectonics%3F&oq=Explain+how+convection+currents+are+related+to+plate+tectonics%3F&aqs=chrome..69i57j0l2.1180j0j7&sourceid=chrome&es_sm=91&ie=UTF-
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Because of convection current, the tectonic plates move.
ReplyDeleteConvection current is the movement beneath the earth that make the tectonic plates move.
ReplyDeleteConvection Current make the tectonic plates move!
ReplyDeleteConvection currents is the way things move under the earth, such as plate tectonics.
ReplyDeleteThe earths plates are floating and getting pulled apart by the current.
ReplyDeleteConvection currents are why the plates move.
ReplyDeleteThe plates move due to convection currents
ReplyDeleteConvention current is movement under the earths surface just like when two tectonic plates under the earths surface
ReplyDelete(period.)
DeleteConvection currents relate to plate tectonics because when the hot rock rises new oceanic crust is made causing the tectonic plates to move.
ReplyDeleteConvection current is the movement under the earth and moving the tectonic plates.
ReplyDeleteThe currents is what moves the plates.
ReplyDeleteConvection is the movement under the earth moving tectonic plates. it relates to plate tectonics because when the hot rock rises, new oceanic crust is made causing the plates to move.
ReplyDeleteIt is what moves the plates :)
ReplyDeleteit moves plates
ReplyDeleteIt what moves the plates.
ReplyDeleteConvection currents are what makes the plates move.
ReplyDeleteIt's what moves the plates.
ReplyDeleteThe currents of the earth moves the plates under the ground
ReplyDeleteConvection currents is the way things move under the earth, such as plate tectonics. I agree with lewin.
ReplyDeleteThe Tectonic plates are moved by the Convection Currents.
ReplyDeleteit will start with the plates moving with the heat rising and then the volcanos burst
ReplyDeleteThe currents move the plates.
ReplyDeleteConvection current relates plate tectonics because convection current pushes up on the plates and creates seafloor spreading. Also if one plate goes underneath the other plate it creates a volcano. Convection current relates plate tectonics because convection current pushes up on the plates and creates seafloor spreading. Also if one plate goes underneath the other plate it creates a volcano. Convection current relates plate tectonics because convection current pushes up on the plates and creates seafloor spreading. Also if one plate goes underneath the other plate it creates a volcano. Convection current relates plate tectonics because convection current pushes up on the plates and creates seafloor spreading. Also if one plate goes underneath the other plate it creates a volcano.
ReplyDeletethe currents make tectonic plates move causing sea floor spreading
ReplyDeleteConvection currents is how things move under the surface of the earth, which could be tethonic plates.
ReplyDeleteConvection currents move around under the lithosphere and move around the plates.
ReplyDelete