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- Potentiometric_surface abstract "A potentiometric surface is the imaginary line where a given reservoir of fluid will "equalize out to" if allowed to flow. A potentiometric surface is based on hydraulic principles. For example, we know that two connected storage tanks with one full and one empty will gradually fill/drain to the same level. This is because of atmospheric pressure and gravity. This idea is heavily used in city water supplies - a tall tower containing the water supply has a great enough potentiometric surface to provide flowing water at a decent pressure to the houses it supplies.In groundwater "potentiometric surface" is a synonym of "piezometric surface" which is an imaginary surface that defines the level to which water in a confined aquifer would rise were it completely pierced with wells. If the potentiometric surface lies above the ground surface, a flowing well or artesian well results. Contour maps and profiles of the potentiometric surface can be prepared from the well data.".
- Potentiometric_surface wikiPageID "14220244".
- Potentiometric_surface wikiPageRevisionID "605636633".
- Potentiometric_surface hasPhotoCollection Potentiometric_surface.
- Potentiometric_surface subject Category:Concepts_in_physics.
- Potentiometric_surface subject Category:Dynamics.
- Potentiometric_surface subject Category:Effects_of_gravitation.
- Potentiometric_surface type Abstraction100002137.
- Potentiometric_surface type Cognition100023271.
- Potentiometric_surface type Concept105835747.
- Potentiometric_surface type Content105809192.
- Potentiometric_surface type FundamentalPhysicsConcepts.
- Potentiometric_surface type Idea105833840.
- Potentiometric_surface type PsychologicalFeature100023100.
- Potentiometric_surface comment "A potentiometric surface is the imaginary line where a given reservoir of fluid will "equalize out to" if allowed to flow. A potentiometric surface is based on hydraulic principles. For example, we know that two connected storage tanks with one full and one empty will gradually fill/drain to the same level. This is because of atmospheric pressure and gravity.".
- Potentiometric_surface label "Potentiometric surface".
- Potentiometric_surface sameAs m.03cy609.
- Potentiometric_surface sameAs Q7234863.
- Potentiometric_surface sameAs Q7234863.
- Potentiometric_surface sameAs Potentiometric_surface.
- Potentiometric_surface wasDerivedFrom Potentiometric_surface?oldid=605636633.
- Potentiometric_surface isPrimaryTopicOf Potentiometric_surface.