Answer these 100+ Groundwater Wells and pumps MCQs and assess your grip on the subject of Groundwater Wells and pumps.
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A. 3,785
B. 3,793
C. 1,233
D. 9,000
E. 10,000
A. Gallon
B. Acre-foot
C. Cubic foot
D. Cubic feet
A. Prosecution
B. Investigation
C. Jury decision
D. Litigation
E. Adjudication
A. Jury
B. President
C. Judge
A. Lacustrine deposits
B. Marine deposits
C. Tertiary sand and gravel deposits
D. Alluvial aquifer
E. Paleozoic sedimentary rocks
A. Plate
B. Aquifer
C. Crust
D. Terrain
E. Plateau
A. Misuse
B. Wastewater
C. Domestic waste
D. Beneficial use
E. Abusive use
A. 9
B. 25
C. 26
D. 18
E. 23
A. A basin with a limited number of water sources
B. A basin whose topography prevents surface outflow of water
C. A basin whose boundaries are clearly defined
D. A basin whose drainage basin does not reach the sea
A. Lowering
B. Rising
C. No change
D. Holding steady
A. Confined aquifer
B. Arid aquifer
C. Unconfined aquifer
D. Aquifer
A. An aquifer confined between two rock formations
B. A shallow aquifer
C. An aquifer below the land surface
D. An aquifer confined within a rock formation
E. A bedrock aquifer
A. Multiple use
B. Conjunctive operation
C. Combined use
D. Conjunctive use
E. Joint operation
A. Rainwater harvesting
B. Aquifer storage and retrieval system
C. Surface water storage and conveyance system
D. Groundwater withdrawal
E. Aquifer recharge
A. Wastewater
B. Evaporation
C. Consumptive use
D. Altitude
A. Sandy
B. Clay-poor
C. Clay-rich
D. Loamy
A. A horizon
B. A sedimentary deposit
C. A natural surface layer
D. A clay mineral assemblage
E. A very clay-rich confining layer
A. Fault lines
B. Rain
C. Earthquakes
D. Pumping
E. Over-pumping
A. A lowering of the groundwater surface
B. A lowering of the groundwater table
C. A lowering of the water level
D. A rise in water levels in lakes and rivers
E. A depletion of the groundwater table
A. Condensation
B. Precipitation
C. Evaporation
D. Fusion
A. Storage
B. Pollution
C. Recharge
D. Extraction
E. Depletion
A. Boiling water
B. Pouring hot water over solids to dislodge them
C. Determining the composition of a substance
D. Breaking down complex molecules into their individual elements
E. Withdrawing groundwater from storage
A. Clay
B. Volcanic eruptions
C. Lakes and rivers
D. Soil moisture
E. Silt
A. Beneath the surface of the ocean
B. Beneath the land surface
C. In the atmosphere
D. In the ground
A. Artesian
B. Aquifer
C. Alluvial
D. Geothermal
E. Subsurface
A. Pumping from an underground aquifer
B. Groundwater mining
C. Pumping water from a well
D. Pumping from a surface water source
E. Diverting surface water
A. Reservoir levels
B. The cost of oil
C. The amount of oil in the ground
D. Pumping levels
E. Well production rates
A. The removal of water from an aquifer by means of a well
B. The use of a pump to extract water from underground reservoirs
C. The process, deliberate or inadvertent, of extracting groundwater from a source
D. The extraction of groundwater from an aquifer by pumping
E. The extraction of groundwater from beneath the earth's surface
A. Water that moves into a place
B. Money coming into a business
C. People that come into a place
D. Money that enters a business
E. People who come into a company
A. Medicine
B. Paint
C. Explosives
D. Fertilizer
A. Preserve food
B. Stimulate plant growth
C. Nitrate contamination
D. Making meth
E. Making explosives
A. Intake
B. Condenser
C. Inflow
D. Outflow
E. Bay
A. Emission of gas or vapor
B. Water that leaves a place
C. Money that is spent
D. A gas that leaves a place
A. More water is being removed
B. More water is pumped
C. More water is being added
D. More water is allowed to seep in
E. More water is allowed to flow out
A. Shear
B. Brownian motion
C. Drift
D. Plume
A. One fluid moving through another
B. A column of gas or vapor
C. Gas moving through liquid
D. A stream of liquid
E. Liquid moving through gas
A. Net loss of water
B. Net gain from precipitation
C. Net gain from evaporation
D. Net loss of water vapor
A. Dirt
B. Water
C. Gas
D. Sand
E. Sediment
A. Safe yield
B. 10,000 acre-feet
C. 100,000 acre-feet
D. 5,000 acre-feet
A. Cap
B. Pressure
C. Reservoir
D. Yield
E. Volume
A. A chemical reaction that transforms salt water into drinking water
B. The introduction into the environment of organisms that can cause serious environmental damage
C. A natural occurrence that alters the chemistry of water
D. The contamination of a body of fresh water with salt water
E. The movement of salt water into a body of fresh water
A. Fish ponds or lakes
B. Deep groundwater reservoirs
C. Lakes
D. Rivers
E. Surface water or groundwater bodies
A. Wells
B. Wells, rivers, and lakes
C. Streams, lakes, and reservoirs
D. Rivers
E. Lakes and reservoirs
A. Aquifer supply
B. Surface supply
C. Ground water supply
A. 1 acre-foot
B. 10 acre-feet
C. 100,000 gallons
D. 10,000 gallons
E. Sustainable yield
A. Withdraw
B. Regulate
C. Restrict usage
D. Pollute
E. Restrict
A. Aquifer
B. Sandstone Aquifer
C. Unconfined aquifer
D. Closed aquifer
A. Aquifer
B. Unsaturated
C. Unconfined
D. Unconsolidated
A. Gauge
B. Basin hydrology
C. Water budget
D. Flowchart
E. Watershed hydrology
A. Water transfer
B. Water trade
C. Ground water
D. Transboundary aquifer
E. Water sharing