because the rocks are all different sizes
The unsorted rocky debris left behind by a melting glacier is called glacial till. It is composed of a mixture of different sizes and types of rocks, deposited as the glacier retreats and melts, creating a diverse and unsorted collection of sediments.
Till could be referring to a shortened version of until, or a glacial till which is unsorted glacial sediment.
Unsorted rocky debris that is formed during the melting of a glacier is known as a till. When there are many tills that are present the sediment that is deposited forms a till plain.
Glacial till is a type of sediment deposited by glaciers through the process of erosion and transportation. It is a mixture of different sized particles, ranging from clay to boulders, that is left behind as the glacier melts. Glacial till is an unsorted and unstratified deposit.
Basically till is unsorted and outwash is sorted. Outwash is sorted by the melt water streams, which have the ability to smooth rocks and pebbles. The till is carried by the glacier which means that all sorts of rocks and boulders can be carried with the ice, creating sharp surfaces on the rocks.
The unsorted rocky debris left behind by a melting glacier is called glacial till. It is composed of a mixture of different sizes and types of rocks, deposited as the glacier retreats and melts, creating a diverse and unsorted collection of sediments.
Till could be referring to a shortened version of until, or a glacial till which is unsorted glacial sediment.
Unsorted rocky debris that is formed during the melting of a glacier is known as a till. When there are many tills that are present the sediment that is deposited forms a till plain.
The unsorted rock material deposited by ice when it melts is called glacial till. Glacial till can vary in size from clay to boulders and is typically a mixture of rock types that were picked up and carried by the moving glacier.
The retreating glacier leaves behind linear mounds of till (till being unsorted debris) and is known as moraine.
Glacial till is determined by examining the size and composition of the sediment deposited by glaciers. It typically consists of a mix of different sizes of rocks, gravel, sand, and clay. Additionally, glacial till may exhibit angular and unsorted characteristics due to the unsorted manner in which it is deposited by glacial ice.
The unsorted rocky debris formed by a melting glacier is known as glacial till. This mixture of rock fragments of various sizes and shapes is deposited by the glacier as it retreats, with no specific order or arrangement. Glacial till can form different landforms, such as moraines or drumlins, depending on how it is deposited.
Glacial till is a type of sediment deposited by glaciers through the process of erosion and transportation. It is a mixture of different sized particles, ranging from clay to boulders, that is left behind as the glacier melts. Glacial till is an unsorted and unstratified deposit.
A till is formed by deposition. It is a mixture of unsorted and unstratified material, including rocks, boulders, sand, and clay, left behind by glaciers as they melt and retreat.
Till is a type of sediment composed of a mixture of clay, silt, sand, gravel, and boulders that is carried and deposited by glaciers. It is an unsorted and unstratified material left behind by glaciers as they retreat, and it can accumulate in various formations like moraines and drumlins. Till is an important part of glacial geology and provides evidence of past glacial activity.
Till, moraine, and kettle are examples of glacial landforms. Till refers to unsorted material deposited by a glacier, moraine is a landform composed of till deposited by a glacier, and a kettle is a depression formed by the melting of a block of ice left behind by a retreating glacier.
Basically till is unsorted and outwash is sorted. Outwash is sorted by the melt water streams, which have the ability to smooth rocks and pebbles. The till is carried by the glacier which means that all sorts of rocks and boulders can be carried with the ice, creating sharp surfaces on the rocks.