Approximately eight miles deep, thinner in some spots in the ocean by up to two miles, our top layer of "crust" gives way to a molten rock layer called the "mantle."
Most of the mass of the Earth is in the mantle, most of the rest in the core; the part we inhabit is a tiny fraction of the whole
The simple answer: Oceanic crust is more dense than the continental crust, so it goes under as the two plates ram into each other. (This is called subduction) This submerged crust melts into magma, and collects into a large pool under the continental plate where it went under. The pool of magma forces its way up to form a volcano, which sits in front of us and blows when least expected. The whole process takes a very long time. Also, it only happens in convergent boundaries.
how different parts of earths history compare to the whole world
can you tell me the answer with out a whole lot of qustions and answers
Yes
94 whole earths 94 whole earths
This is because the size of the earth is relative stable or constant. Geologic activities do not actually changes earth size as a whole, but rather reshapes and resizes its landforms and continents. All that happen is just a recycling process whenever the earths crust seperates at divergence a boundary its being consumed somewhere else at a convergence boundary. And so on and on it goes, by this the earths overall size is maintained.
The depth of Earth's crust is significantly smaller compared to the rest of the Earth, like the thickness of an apple peel compared to the size of the whole apple. The Earth's crust is only about 1% of the Earth's total diameter.
It depends on what size pizza you get, the toppings, and the kind of crust. But the numbers for the average pizza (medium cheese, thick crust) are about 240 calories for 1/8 of the whole pizza.
Most of the mass of the Earth is in the mantle, most of the rest in the core; the part we inhabit is a tiny fraction of the whole
It means the hemesphere
we live on the crust of the whole earth
Mt. Olympus Mons could easily cover the state of Wyoming. It's almost three times taller than Mt. Everest, Earths tallest mountain. Mars has a thick, frozen crust that can support a lot of mass without cracking that's why it can carry a heavy object like the mighty Olympus mons.
when plate tectonics move too quickly, everything gets out of place and that causes an aftershock. even if you have a GPS, if you go somewhere, it might or might not be the right place, since the whole earth, and the earths crust is moving. :D your welcome !
The simple answer: Oceanic crust is more dense than the continental crust, so it goes under as the two plates ram into each other. (This is called subduction) This submerged crust melts into magma, and collects into a large pool under the continental plate where it went under. The pool of magma forces its way up to form a volcano, which sits in front of us and blows when least expected. The whole process takes a very long time. Also, it only happens in convergent boundaries.
Yes, you can substitute whole wheat flour in pie crust, but it will result in a denser texture and a nuttier flavor compared to all-purpose flour. It's often recommended to use a blend of whole wheat and all-purpose flour for a lighter crust. Additionally, you may need to adjust the liquid in the recipe, as whole wheat flour absorbs more moisture.
Yes. It is in space just like the whole planet Earth.