The asthenosphere, moves with convection
How does a convection current move rock
Yes
Well, technically oxygen molecules do move through a plastic bag, just not fast enough for you to use it in a manner that will help you survive.
The asthenosphere is made of soft rock and bends like plastic in the mantle.
Plastic-like rock is found in the asthenosphere, the layer of Earth directly beneath the crust and uppermost mantle. Though consisting of hard rock, the high temperatures and inclusion of a small amount of molten material allows the rock to behave in a plastic-like manner; that is, it can be moved and bent without breaking.
move the red rock to the yellowish rock then move the white rock on that stack then move the grey rock on the biggest rock then move the white rock on the the grey rock move the red rock on the stick that doesn't have a rock the move the white rock on the red one then the yellowish rock on the grey one then move the white rock on the stick with no rock put the red rock on the stack and to top it off put the white rock on top
How does a convection current move rock
The layer of the Earth known as the asthenosphere, composed of highly viscous, plastic-like rock located in the upper mantle.
This is a trick question, the size of the rock and the plastic cup varies. Normally, however the rock is commonly the one with more mass.
no
No, crustal rock is cold, hard, and brittle while mantle rock is hot, soft, and plastic. Crustal rock fractures under stress while mantle rock deforms and slowly flows under stress.
Rock Slide is not a TM in Leafgreen. In Leafgreen Rock Slide is a Move Tutor move and the Move Tutor is hidden somewhere in Rock Tunnel.
Convection causes liquid rock to move.
The rock in the lower mantle moves around easily than the crust. This is because rock in the lower mantle is hotter and closer to its melting point. Rocks in the crust are cooler thus harder to move around.
Lower mantle is the surface on which the lithospheric plates move around earths surface.
bescuse its fake
Rock bottom