They can be. Most mountain ranges form when the land is thrust upward by tectonic activity, so the type of rock present depends on what rock is present to begin with. The cores of mountain ranges, though, are often made of granite and gneiss. Volcanic mountains are not made of limestone.
Mountains are made up of solid rock, which can be composed of a variety of materials such as granite, limestone, and sandstone. The formation of mountains is often the result of tectonic plates colliding or moving apart, causing the Earth's crust to be pushed up and form elevated landforms. Over time, processes like erosion and weathering can further shape the appearance of mountains.
Limestone is a sedimentary rock formed in river and creek beds. It's presence on mountaintops proves that the mountains were "pushed up" by plate tectonics - the origin of all mountain ranges.
Limestone is made from the accumulation of calcite-rich shells of marine organisms like coral, oysters, and snails. Over time, these shells get compressed and cemented together to form solid limestone rock.
Limestone is not made of pebbles, it is made of animal remains.
I'll say granite because the limestone as you know, is faster to it's weathering.
They are made of limestone, I think.
auruba
mostly rocks and stone and they used bird droppings and egg whites to make concrete
The continent that the Pyrenees Mountains are located is Europe. This range spreads through France and Spain and is made of granite and limestone.
limestone
limestone man is a man made out of limestone.
No, The Sphinx was made of limestone blocks
Limestone. The caves are located in a limestone mountain range called the Guadalupe Mountains.
Cancun is on the eastern Yucatan Peninsula, a flat land (no mountains at all) made up mostly of limestone. It however, has a tropical climate with plenty of tropical trees.
The pyramids of Egypt are made of limestone.
Mountains are made up of solid rock, which can be composed of a variety of materials such as granite, limestone, and sandstone. The formation of mountains is often the result of tectonic plates colliding or moving apart, causing the Earth's crust to be pushed up and form elevated landforms. Over time, processes like erosion and weathering can further shape the appearance of mountains.
new zealand