Weathering makes rocks at the top of a cliff suddenly fall.
Umm falling rock?
It is a rock fall.
Viewed from the top it is a precipice. Nut I don't think this word is ever used when viewing from the bottom of the cliff - as there is always a connotation of 'falling' involved with the use of the word.Another word could be "scarp"
I often visit a cliff that has an overburden of Loess. So, yes, you can find Loess on a cliff. Rather, on top of a cliff.
An overhanging cliff is a section of rock or land that juts out horizontally or at an angle, creating a ledge or protrusion. It typically extends beyond the vertical face of the cliff, creating a significant drop-off below the overhang. Overhanging cliffs can be found in natural landscapes such as mountains or can be formed artificially in construction projects.
The type of rock found at the top of a waterfall is called "Hard Rock"
A wave cut platform is formed when the destructive waves hit the face of the cliff and cause undercutting between the high and low tide marks. This is a result of corrosion and hydraulic action it is called a wave-cut notch and the part of cliff above is called the overhang . This notch gets bigger over time and creates a small cave under the cliff. The overhang will eventually become unsupported and then it will collapses and the cliff begins to retreat. The boulders from the cliff will be carried away by the sea and will uncover a gently slopping wave-cut platform. As this process repeats itself the wave-cut platform will increase in size as the cliff retreats further. At high tide the wave-cut notch will slowly become smoother from erosion such as solution, attrition and corrosion although it will still have rock pools. by Evie5287
No. That is a rock fall.
A rock that is sitting on top of a cliff has what is called potential energy.
If it's not moving it doesn't have any energy
gravity its always acting on you
He was balanced precariously on top of the fence. The rock was precariously balanced on the edge of the cliff.
there is nothing that lives on the top of a cliff.
The flowing water falls on the soft rock below, it wears it away and hard rock from the top of the water fall falls on the soft rock, as the hard rock falls from the top, it leaves a dent and the water wears this away, then pushing the waterfall back, wooop woopA waterfall is formed when there is a layer of hard rock and a layer of soft rock. The soft rock is eroded away first, so that the harder rock just hangs over, creating a waterfall.
The flowing water falls on the soft rock below, it wears it away and hard rock from the top of the water fall falls on the soft rock, as the hard rock falls from the top, it leaves a dent and the water wears this away, then pushing the waterfall back, wooop woopA waterfall is formed when there is a layer of hard rock and a layer of soft rock. The soft rock is eroded away first, so that the harder rock just hangs over, creating a waterfall.
Viewed from the top it is a precipice. Nut I don't think this word is ever used when viewing from the bottom of the cliff - as there is always a connotation of 'falling' involved with the use of the word.Another word could be "scarp"
If you go the Quarry and talk to Donny. And complete all of Donny's task, then he will give you something to find her. Then go to Cavern Falls on your map, walk throw the mountain/cliff. Then you will find yourself in a place called Behind the Falls, there Cornelia lays. *tip* Behind the Falls will never be found on your map since it's ''top secret'' :) so you must go the same way every time, to Cavern Falls on your map, throw the mountain/cliff, and in Cavern Falls. Remember that now!
I often visit a cliff that has an overburden of Loess. So, yes, you can find Loess on a cliff. Rather, on top of a cliff.
The Niagara falls were created at the end of the Wisconsin glaciations about 10,000 years ago. When the ice melted, the Great Lakes drained over the Niagara Escarpment, along the Niagara River. The River cut a gorge through the escarpment. The layers of rock in the escarpment have a top rock formation that is composed of harder stone that eroded more slowly than the underlying materials. The softer rock eroded away, leaving the harder rock unsupported. The unsupported top rocks gave way again and again creating a sharp edge for the falls. If the entire formation had been made of softer rock the Falls would have become rapids.