climate and weathering
First a rock gets erupted within or on the Earth surface in the form of igneous rocks. Those are over time eroded away and deposited as sedimentary rocks. By subjecting these rocks to tremendous pressure and heat they metamorphose or change into metamorphic rocks which can eventually wind up in molten state and get re-introduced and erupt back as igneous rocks.
a glacier
The term is 'earthquake'.
The reason is gravity which, on earth, pulls all objects towards the centre of the earth.
Air pressure decreases as you move away from Earth's surface.
First a rock gets erupted within or on the Earth surface in the form of igneous rocks. Those are over time eroded away and deposited as sedimentary rocks. By subjecting these rocks to tremendous pressure and heat they metamorphose or change into metamorphic rocks which can eventually wind up in molten state and get re-introduced and erupt back as igneous rocks.
Because the rocks underground clash together and they are big rocks so it is going to shake and move
A fault.
The tectonic plates float on top of magma, and within the magma are convection currents which result from heat generated by radioactive decay of various isotopes found within the interior of the Earth.
Heat rising from within the Earth causes the tectonic plates to move. This movement can result in earthquakes, volcanic activity, and the formation of mountains.
yes
First a rock gets erupted within or on the Earth surface in the form of igneous rocks. Those are over time eroded away and deposited as sedimentary rocks. By subjecting these rocks to tremendous pressure and heat they metamorphose or change into metamorphic rocks which can eventually wind up in molten state and get re-introduced and erupt back as igneous rocks.
A break or crack in earth's lithosphere along which the rocks move.
A glacier
a glacier
The interior of the earth is molten.
The term is 'earthquake'.