billabong
An eskers
River erosion can form features such as meanders, oxbow lakes, floodplains, and river cliffs. Meanders are winding curves in a river's course, while oxbow lakes are abandoned meanders that have been cut off. Floodplains are flat expanses of land next to a river that is prone to flooding, and river cliffs are steep banks that are eroded by the river's flow.
One reason could be a severe fault resulting into huge fault current and thus huge radial and axial forces on the winding and core.
No, eskers are not caused by glacial erosion. Eskers are long, winding ridges of sand and gravel that are formed by meltwater streams flowing in tunnels within or under glaciers. Glacial erosion refers to the process by which glaciers carve and shape the land through the movement of ice and debris.
A meandering stream is a type of stream with many curves in its path. These curves are caused by erosion and deposition processes along the stream's course, resulting in a winding and zigzagging flow pattern. Meandering streams are common in flat or gently sloping landscapes.
An 'armature winding' is the rotor winding, and the 'field winding' is the stator winding.
Letter C displays the word "meander" in terms of erosion. Erosion refers to the gradual wearing away of material from the Earth's surface by processes such as water flow, wind, or ice. Meandering describes the winding and curving path of a river or stream as it erodes and transports sediment.
Winding up for a pitch involves storing potential energy in the pitcher's muscles and body position. As the pitcher releases the ball, the potential energy is converted into kinetic energy, resulting in the fast motion of the pitch.
For a step-down transformer, its secondary winding will be the LV winding. For a step-up transformer, its primary winding will be its LV winding.
Winding: To wind the coils into the slots on the stator or rotor and connecting them up to form a winding. Re-winding. Is to remove the old winding and doing what I explained above.
In the case of a capacitor-start/run single-phase induction motor, the main field is provided by the main (running) winding, and the capacitive branch is the auxiliary winding. In the case of a capacitor-start motor, the main winding is the running winding and the auxiliary winding is the starting winding.
The field winding on a generator is the winding that is electrified to create an electromagnet; it is generally the winding found on the rotor (the rotating part of the generator).