yes
Wiki User
∙ 9y agoAll of Earth's plates move because of convection in the asthenosphere, and slab push and pull in the lithosphere. Slab pull causes the lithosphere to slide beneath another plate into the asthenosphere, while slab push helps the slab move away from the ridge toward the slab pull.
in the lithosphere it will be cool and it will be a little cooler in the asthenosphere due to the lack of sunlight.then it will get warmer as you go deeper in the mesosphere.because your getting nearer to the outer core of molten.then as when your in the core ,you'll burnt really badly. the pressurein the mesosphere is enought to where yu have nose bleeds ,bad headaches and shortness of breath and you might faint as you go deeper.but if your right in the middle you'll be shrunk to the size of a pea.
Because gravity pulls the outer layers toward it, but not enough weight to make it solid
The lithosphere is generally thought of as the crust and outer mantle of the earth. They're solid, and there are no convection currents in solids as we normally think of them. As we move inward toward the core of the earth, we begin to encounter molten rock (magma), and convection currents exist in this superheated fluid.
subduction
true
All of Earth's plates move because of convection in the asthenosphere, and slab push and pull in the lithosphere. Slab pull causes the lithosphere to slide beneath another plate into the asthenosphere, while slab push helps the slab move away from the ridge toward the slab pull.
in the lithosphere it will be cool and it will be a little cooler in the asthenosphere due to the lack of sunlight.then it will get warmer as you go deeper in the mesosphere.because your getting nearer to the outer core of molten.then as when your in the core ,you'll burnt really badly. the pressurein the mesosphere is enought to where yu have nose bleeds ,bad headaches and shortness of breath and you might faint as you go deeper.but if your right in the middle you'll be shrunk to the size of a pea.
in the lithosphere it will be cool and it will be a little cooler in the asthenosphere due to the lack of sunlight.then it will get warmer as you go deeper in the mesosphere.because your getting nearer to the outer core of molten.then as when your in the core ,you'll burnt really badly. the pressurein the mesosphere is enought to where yu have nose bleeds ,bad headaches and shortness of breath and you might faint as you go deeper.but if your right in the middle you'll be shrunk to the size of a pea.
in the lithosphere it will be cool and it will be a little cooler in the asthenosphere due to the lack of sunlight.then it will get warmer as you go deeper in the mesosphere.because your getting nearer to the outer core of molten.then as when your in the core ,you'll burnt really badly. the pressurein the mesosphere is enought to where yu have nose bleeds ,bad headaches and shortness of breath and you might faint as you go deeper.but if your right in the middle you'll be shrunk to the size of a pea.
in the lithosphere it will be cool and it will be a little cooler in the asthenosphere due to the lack of sunlight.then it will get warmer as you go deeper in the mesosphere.because your getting nearer to the outer core of molten.then as when your in the core ,you'll burnt really badly. the pressurein the mesosphere is enought to where yu have nose bleeds ,bad headaches and shortness of breath and you might faint as you go deeper.but if your right in the middle you'll be shrunk to the size of a pea.
in the lithosphere it will be cool and it will be a little cooler in the asthenosphere due to the lack of sunlight.then it will get warmer as you go deeper in the mesosphere.because your getting nearer to the outer core of molten.then as when your in the core ,you'll burnt really badly. the pressurein the mesosphere is enought to where yu have nose bleeds ,bad headaches and shortness of breath and you might faint as you go deeper.but if your right in the middle you'll be shrunk to the size of a pea.
density
Because gravity pulls the outer layers toward it, but not enough weight to make it solid
The lithosphere is generally thought of as the crust and outer mantle of the earth. They're solid, and there are no convection currents in solids as we normally think of them. As we move inward toward the core of the earth, we begin to encounter molten rock (magma), and convection currents exist in this superheated fluid.
subduction
The water is cooler than the land, and wind blows toward the water