Erosional landforms dominate an area where the ice flows to, while depositional landforms are found where ice flows from.
Deposition is when particals are dropped of and left. Erosion is where particales are carried away
dont care
Location location location
Landforms are natural wonders such as mountains, deltas, and plateaus climate is the normal weather and temperature of a place
Depositional contact occurs between two different rock layers formed at different times, where the younger layer is deposited on top of the older layer. Fault contact occurs along a fracture in the Earth's crust where movement has caused rocks on either side of the fault to be offset horizontally or vertically.
they both like spicey hotdogs and there r some bumps i guess
A mesa is an erosional feature consisting of a flat topped structure sitting above an eroded plain. A mountain usually has a rounded or pointed peak.
disconformity
a buried erosional surface
The difference is that a Roche Moutonée is an erosional landform whereas a drumlin is a depositional one. A Roche Moutonée is formed by a glacier moving over the top of the rock plucking one side giving it a jagged edge and abrading the other side giving it a smooth edge. A drumlin on the other hand is deposited by the glacier and are streamlined into elongated hills by the glacier. Drumlins are unknown as to how they are formed with there being many theories as to how they are made but one I feel sounds likely is that when it melts out of the subglacial layers it is lodged on the floor and is shaped by the glacier into the shape. Hope this helps you!
The four types of geologic contacts shown on geologic maps are faults, igneous intrusions, unconformities, and sedimentary contacts. These contacts represent boundaries between different rock units with distinct characteristics and histories. Geologists use these contacts to understand the geologic history of an area and to interpret the relationships between different rock formations.
Landforms are classified based on their physical features such as elevation, shape, and material composition. These differences can lead to the formation of various landforms like mountains, valleys, plateaus, and plains. The classification is important for understanding the Earth's surface and how natural processes shape the landscape.