in a material that holds groundwater, porosityin a material that holds groundwater, porosity

The porosity is also lower if the sediment is poorly sorted, because small grains can occupy the spaces between larger grains (Figure 14b). c) shaking during an earthquake Types of Aquifers 3. d) oceanic trenches b) oil and gas b) mountain belt or island arc e) sand, gravel, and stone, geology 1301 - natural hazards & disasters, Combo with "Miller Ch 10 Geology Processes, H, Applications and Investigations In Earth Science, Dennis G. Tasa, Edward J. Tarbuck, Frederick K. Lutgens. a. LiF\mathrm{LiF}LiF will have a higher vapor pressure at 25C25^{\circ} \mathrm{C}25C than H2S\mathrm{H}_2 \mathrm{~S}H2S. 3.6 Specific Yield and Specific Retention, 3.7 Interrelationship of Effective Porosity, Specific Yield and Specific Retention, 4.6 Further Investigation of Darcys Law, Head, Gradient and Hydraulic Conductivity, 5.1 Conditions Effecting Hydraulic Conductivity Values, 5.2 Methods to Estimate Hydraulic Conductivity, 5.3 Hydraulic Conductivity Values for Earth Materials, 5.4 Spatial and Directional Variation of Hydraulic Conductivity, 5.5 Hydraulic Conductivity of Homogeneous and Heterogeneous Materials, 5.6 Hydraulic Conductivity in Fractured Rocks, 6.4 Properties of Aquifers and Confining Units, 7.2 Governing Equations for Confined Transient Groundwater Flow, 7.3 Governing Equations for Unconfined Groundwater Flow, 7.4 Steady State Equations Describing Confined and Unconfined Flow, 8.2 Determining Groundwater Flow Directions, 8.3 The Influence of Boundary Conditions, 8.4 Analysis of Groundwater Flow Systems, Box 1 Density of Common Minerals, Rock Types and Soils, Box 3 Foundation for Understanding Hydraulic Head and Force Potentials, Box 4 Methods for Estimating Hydraulic Conductivity, Box 5 Equation Derivation for Equivalent K and a 4-layer Application, Box 6 Adding Recharge to the Unconfined Aquifer System, Box 7 Transformation for 2-D Flow in an Anisotropic Medium, Box 8 Deriving the Tangent Law of Refraction. c) limestone d) ice caps and glaciers Porosity tells the sampler how much fluid the ground can hold, and the permeability describes how easily and quickly fluid travels through it. c) topography The total volume of sample is determined by the initial increase volume read from the beaker markings immediately upon placing the sample in the water, Once the sample is fully saturated, the reduction in the volume of water is used to infer the volume of void space. -the permeability of the aquifer a) scratched and polished bedrock a) spring water Pore spaces may be formed due to the movement of roots, worms, and insects; expanding gases trapped within these spaces by groundwater; and/or the dissolution of the soil parent material. what is the likely porosity and permeability of pumice? c) rock vanish a) because the temp of the oceans decreases from cold glacial streams The ability of the ground water to pass through the pore spaces in the rock is described as the rock's permeability. We measure porosity by the percentage of empty space that exists within a particular porous media. d) some parts that are reddish and others that are not c) a line that connects all the high points on a topographic map Course Hero is not sponsored or endorsed by any college or university. Much groundwater is used for irrigation. C. This dissolution widens cracks into caves or caverns. c) they can be preserved in ancient tree sap d.Porosity in Figures 14a to d are, respectively, 30-40%, 20-30%, 10-20%, less than 10%. a) waterfalls b) the atmosphere rotating faster at the equator than at the poles d) shale c) P waves b) transform b) turbulence of the water is less important than the temp, which affects viscosity b) when strengthening of an ocean current results in warmer sea temp in the eastern pacific d) migration of deserts and advances of the sea water percolates straight down - pull of gravity, zone where all open spaces in sediment and rock are completely filled with water A - at the coast, salty groundwater lies below fresh groundwater B - the steeper the water table slopes, the faster the groundwater will. c) the crust is stronger Groundwater is used for drinking water by more than 50 percent of the people in the United States, including almost everyone who lives in rural areas. excess pumping a) deforming objects into new shapes c) a burner gives heat through the air without touching the object c) under normal conditions of burial and heating b) quartz does not weather and so it keeps the granite from weathering c) past events, such as landslides and earthquakes a) halides b) the surface area does not change because the volume does not change d) meanders, which of the following settings contains the least amount of water? d) the # of protons and neutrons, Orange County receives most of its drinking water from? d) a gradual change in the climate b) a line that represents continuous points of equal elevation e) all of the above, a) abrasion is concentrated on the upstream side of obstructions, the size of clast that a river can carry is primarily controlled by: In-situ- add chemicals to clean it up or microorganisms, area filled with air and water above the water table, water table mimics land surface but does not have same, relief c) seamounts The definition of hydraulic conductivity (usually denoted "K" in hydrology formulas) is the rate at which water moves through material. d) the abundance of ice in the north and south polar regions, c) the position of the hydrogen atoms on one side of the molecule, Vertical intrusions are refereed to as? e) none of the above, c) waves can erode, deposit, or simply transport sediment, factors that affect the appearance of a shoreline include: Study: Third of Big Groundwater Basins in Distress If one has two wells close together on tight rock, the areas of influence between the wells can overlap, reducing yields in both wells. usually hidden (more arid (hot) deeper, region between ground surface and water table Porosity and Permeability Lab Porosity and Permeability Lab The terms porosity and permeability are related. 33. b) scoria cone whose magmas are interacting with groundwater e) continental shelves, which of the following parts of the seafloor are the shallowest ? d) recrystalization of minerals What does porosity and permeability mean? e) lithosphere is thinner and hotter, rocks moving from a source area become: 2. forms cone of depression The Open University is incorporated by Royal Charter (RC 000391), an exempt charity in England & Wales and a charity registered in Scotland (SC 038302). What Is Porosity And How Is It Related To Permeability? b) stresses are pushing inward all directions by the same amount c) mudcracks are formed in deep water environments where sand and mud can be deposited in thin layers c) Jurrasic pore spaces in the unsaturated zone contain air with no water, there is an unsaturated zone below some rivers. e) a and b only, which of the following rocks cannot be metamorphosed? Porosity (how well rock material holds water) is also affected by the shape of rock particles. The area or zone where groundwater emerges from the aquifer. combinations that make for the best groundwater reservoir? What is a main way surface waters become groundwater? a) a great thickness of oceanic sediment trapped within the central rift d) the amount of stress is greater in some directions than in others, d) the amount of stress is greater in some directions than in others, what causes the stress that forms joints a) ductile behavior Lassen, A hot spot is interpreted to have formed from: In a material that holds groundwater porosity a. e) both a and b, c) the surface area increase as the rock is fractured, what is the common rock that can be dissolved by water and weak acids? d) all of the above c) ice and snow that are permanently in motion c) growth of new minerals b) a gradual decrease in the strength of the current over time This is referred to as secondary porosity, to distinguish it from the intergranular, or primary, porosity. b) well sorted coarse grained sediment a) rain drops from via the process of evaporation d) V-shaped valleys c) Mt. d) silicates c) drinking water b) thermal expansion a) well sorted sandstone Groundwater . a) a hurricane or cyclone is occurring d) the lava flow forms lava tubes, Hazards associated with basaltic lava flows and eruptions are: c) depends c) tar pits b) a depth equal to three times the wavelength of waves c) for half of the parent atoms to decay into daughter atoms b) abyssal plain School Florida International University; Course Title GLY 1010; Type. Just create an account and sign in. Water in the saturated groundwater system moves slowly and may eventually discharge into streams, lakes, and oceans. d) smaller and more angular Groundwater moves significantly slower than surface water. Water usually helps to dissolve limestone by forming a weak, carbonic acid. a) Asia rifted apart form Europe 4. bringing contamination into previously uncontained wells, well ( from below the water table) The amount of water that a rock can store depends on its porosity, which is the proportion of the volume of the rock that consists of pores: The principal factors that control porosity are grain size and shape, the degree of sorting (a well-sorted sediment has a narrow range of grain size), the extent to which cement occupies the pore spaces of grains and the amount of fracturing. a) the amount of precipitation on land b) linear island chain permanent - can stop it but not undo it, 1. pesticides and herbicides c. Cl2\mathrm{Cl}_2Cl2 will have a higher boiling point than Ar\mathrm{Ar}Ar. d) the surface area decrease as the rock is fractured For example, water flowing through a porous sandstone flows more slowly than water flowing through a granite or limestone when the porosity is provided by just one or two narrow fissures. b) crystals grown in a laboratory b) a glacier can move by internal shear and flow Therefore, the higher the original porosity, the more easily the rock was affected by dissolution. From the choices given below and the actual meaning of the term, porosity can be referred to or considered as the ease with which water is able to flow from one pore to another in rock.Therefore, the option D holds true.. What is the significance of porosity? b) channel of a meandering river b) surface waves 2. extract groundwater and treat it and the soil - not efficient or productive c) thrust Ideally, sample structure, the degree of compaction, particle packing, and density would be representative of field conditions, which is referred to as an undisturbed sample. A rock with good porosity can hold a lot of groundwater. c) wave cut notches and platforms that are above sea level In a material that holds groundwater, porosity: A. controls the amount of water that can be stored Which of the following aquifers require a low permeability zone above it or below it? Well Construction 8. e) both a and b, b) the atmosphere rotating faster at the equator than at the poles, surface ocean currents circulate in ocean basins: c) biosphere c) bottoms of lakes b) a change in grain size not as high (water more gentle -lower relief), relationship between the height of the stream and the height of the water table, the stream is the surface expression of the water table, what causes cone of depression to be larger, can cause a well to go dry Most of the water on Earth is found- in oceans Porosity- how much water soil can HOLD High porosity- materials that are well-sorted and round Low Porosity- Materials that are mixed and regular Permeability- how easily water can flow or pass through rock or soil Lowest permeability rock- Shale, silt, clay Aquifer- rock that contains groundwater . b) working of clasts by waves on a beach e) all of the above, Which of the following resources do geologic ages help us explore? What does the porosity of a material depend on? c) mid-ocean ridge d) dikes, coarsely crystalline igneous textures indicate that: c) volcanic glass e) all of the above are reasons why rain forests are disappearing, e) all of the above are reasons why rain forests are disappearing, where do most deserts and arid lands occur: a) mid-ocean ridges Making the decision to study can be a big step, which is why youll want a trusted University. c) commercial lodging for typical hardwoods, such as mahogany tilting - tower of Pisa The main layers of the Earth in correct order, from the surface moving down is: Geology can help us learn about Earth's past by studying. Leaks of contaminated flowback water Poor Management, Which of the following statements about groundwater is FALSE? a) a spreading center to a transform fault c) movement of iron and electrical currents within Earth's outer core must drill deeper, Letter - Part 3 Type Styles and typeface desi, Chapt 2 Letters - part 2 Classification of Le. All rights reserved. a) a line that connects the peaks and valleys of an area What is the nature of the water table? creates limitation on future water supply, reduce use of water by all sectors and encourage recycling of water, the unsaturated zone above the water table, the difference in elevation between the highest and lowest parts of an area b) the magnetic signal of the seafloor formed with this polarity would be weaker compared to adjacent areas of the seafloor d) all of the above, Which of the following is evidence that Earth's history is not short? Internal friction and the various paths water takes are factors affecting hydraulic conductivity. e) both a and c, Which of the following landscape features is not common in deserts? Groundwater exists everywhere there is porosity. 38. This research deals with the detailed physico-mechanical and petrographic investigations of Early Eocene Margalla Hill Limestone at Shah Alla Ditta area Islamabad that aims to explain its microfacies and engineering properties. Porosity and Permeability. 6. induces land subsidence, 1. creates a slope c) deposition and burial e) all of the above affect potential hazards of shorelines, e) all of the above affect potential hazards of shorelines, which of the following most likely indicates that the sea level has fallen relative to the land? a)the magnetic properties of oxygen a) alluvial fan a) a lake that is above the water table may lose water to groundwater c) compacted clay An aquifer is defined as a body of rock or unconsolidated sediment that has sufficient permeability to allow water to flow through it. d) gray granite c) dolostone Flow of water from the land surface into the groundwater reservoir. ground level above the potentiometric surface 2. may reverse the flow of nearby groundwater An estimated 77 billion gallons per day of fresh groundwater was pumped in the United States in 1995, which is about 8 percent of the estimated 1 trillion gallons per day of natural recharge to the Nation's groundwater resources. The studied outcrop has a total thickness of about 60 m which was categorized into four microfacies i.e., bioclastic mudstone, bioclastic mud-wackestone, bioclastic . 6. attract more contaminants a) the depth to which wave action extends Want to achieve your ambition? A contaminant enters the ground water, it flows along with the water and disperses within the water and forms this down gradient (downstream) of the point of entry. e) Kentucky, Alabama, Tennessese, what are some ways that geology controls ecology? b) coarse granite e) all of the above are ways fossils can be preserved, e) all of the above are ways fossils can be preserved, To what does the term evolution refer? b) compaction The porosity of rocks describes the rocks' capacity to hold water. b) the rock cooled quickly d) bacteria that break down hydrogen sulfide, d) bacteria that break down hydrogen sulfide, which of the following environments would likely have clasts smaller than sand? 3 Groundwater Occurrence in Earth Materials, 4 Darcys Law, Head, Gradient and Hydraulic Conductivity, Representing Hydraulic Head Distributions, Primary and Secondary Hydraulic Conductivity, The Role of a Water Budget in Formulating Models, Application of Flow Equations (Unconfined Aquifer Flow Between Water Bodies), Example Numerical Application of Flow Equations to a Dewatering Problem, Gradient and Flow Directions in Isotropic Material, Flow Directions at Interfaces of Differing Hydraulic Conductivity, Developing Potentiometric Maps and Cross Sections, Memphis Sand Aquifer, Memphis Tennessee, USA, Unconfined Aquifer in East Helena, Montana, USA, Hydrogeologic Properties of Earth Materials and Principles of Groundwater Flow, Next: 3.3 Primary and Secondary Porosity. c) huge shield volcano 1. c) Co2 gas from roots a) internal processes within the moon a) salt 7. pore collapse. b)tar sands saturated zone- pore spaces, empty spaces contain water d) all of the above, which of the following is true about how contamination moves in groundwater? d) blowing salt crystals become incorporated into clouds and falls with the rainfall, c) weathering of rocks releases chemical elements that make the oceans salty, which of the following are true about how a stream erodes material? b) abundant magma produced within a subduction zone c) 100 mill e) all of the above are evidence left behind by glaciers, c) changes in the isotopic composition of marine shells, which of the following does not physically loosen rocks on the surface? by dissolution, such as uid temperature, pressure, pH value, porosity, permeability, and. b) they can be buried and decay, leaving a cavity in the rock At the scale of laboratory investigations, careful attention to the conditions of the porous sample is required. c) Delaware, Maryland d) dunes formed by wind, What typically happens to the size, shape, and sorting of clasts as they are transported from steep mountains toward more gentle settings? Groundwater Basin The underground area from which groundwater drains. Permeable layers of rock that store and transport water are called aquifers. a) artesian The top level of this saturated zone is called ground water table. b) large cross beds in a well stored sandstone usually indicate deposition by wind fractures are the main way groundwater moves through some rocks, such as granite Which of the following materials probably has the highest porosity sediment composed only of rounded cobbles that rest directly on one another Which of the following materials probably has the lowest porosity unfractured granite However, groundwater, even flowing through rocks with hydraulic conductivities as high as 1 m per day, will only have a speed of around 3 103 m per day under the hydraulic gradient from the Chilterns to London, and will take thousands of years to travel the same distance. c) oceanic trenches Drag each planet into its proper position in the Solar System from top, closest to the Sun, to bottom, farthest. In most cases, total porosity values reported for uncemented granular material and rocks with wellconnected pores and fractures can be used to represent effective porosity. a) salty water moving through the deep parts of the crust a) Florida, North Carolina, South Carolina c) wind It prevents most groundwater from circulating. 1999-2023. In most cases, total porosity values reported for uncemented granular material and rocks with well-connected pores (e.g., sandstones) and fractures can be used to represent effective porosity. Q/A. Measuring Effective Porosity Effective porosity can be determined at the laboratory scale when sediment and rock samples of a given volume are dried and then the pore spaces are filled with water (Figure 8). e. MgO\mathrm{MgO}MgO will have a higher vapor pressure at 25C25{ }^{\circ} \mathrm{C}25C than CH3CH2OH\mathrm{CH}_3 \mathrm{CH}_2 \mathrm{OH}CH3CH2OH. d.Estimate the porosity of the sediments in Figures 14a to d, selecting a value from the following ranges for each: less than 10%; 10-20%; 20-30%; 30-40%. a) 1 mill a) a weak current c.Rocks with rounded grains generally have a higher porosity than rocks with angular grains; for instance, example (a) has a higher porosity than example (c). Table 2 provides an example of the ranges of values of total porosity and effective porosity for a variety of materials. c) tectonic subsidence during earthquakes can cause flooding and change local climates Groundwater is found in two zones. d) prettiness, a mineral property that can be observed without using a test is: d) all of the above, what mineral resource do we use the most of? e) none of these, which of the following is not one of the main families of rocks? a) mineral deposits relate to granites b) all the rocks were depoisted with the youngest on the bottom b) have different types of geological hazards b) magnetism b) near the poles can lower the water table, lowering of water table may cause pores to collapse, resulting in large-scale sinking of the land surface, lowering the water table causes sediment pores to collapse. b) most erosion along shorelines occurs from offshore currents a) the magma has a low content of gas The international standard letter/number mapping for telephones is: Write a function that returns a number, given an uppercase letter, as follows: Write a test program that prompts the user to enter a phone number as a string. For each numbered arrow in Figure 2, here is my geology question These figures show the eight planets of our Solar System. There are many ways to test porosity in a . Another type of secondary porosity is solution porosity, which develops where part of a rock has been dissolved, leaving open spaces (Figure 14e). d) seawater is drawn into a mid ocean ridge, which of the following igneous rocks would be formed by the fastest cooling? c) confined Free drainage occurs because of the force of gravity pulling on the water. Some rocks have pores that are not part of active groundwater flow paths (e.g., some voids in vesicular basalt); pores that are dead ends (similar to a cul-de-sac on a street map); and pores with extremely small connections such that even water molecules do not easily pass, as is the case for some pores in clays. Imagine pouring water onto . with a depth of 1 m, and a surface area of 1 m 2) contains 0.150 m 3 of water (e.g. d) cleavage d) all of the above Aquifer Parameters 4. c) changes in the isotopic composition of marine shells This process is continued until the sample is fully saturated (as determined by a film of water appearing on the top of the sample). d) metamorphism C. It has the capacity to store large amounts of water. a) forces are pushing inward from all directions by the same amount Most simply, the aquifer's porosity and permeability (defined above) are variables that govern its hydraulic conductivity and storativity. 34. a) a compass needle would point south a) the hardness of bedrock along the coast b) melting and solidification If groundwater flows naturally out of rock materials or if it can be removed by pumping (in useful amounts), the rock materials are called aquifers. e) all of the above are ways to form layers, e) all of the above are ways to form layers, Which of the following does not help define layers in some sedimentary rocks? d circulation directions are not systematic from confined aquifer However, in a material like a gravel, sand and clay mixture the porosity is much less as the smaller grains fill the spaces. c) warm air flowing around the equator due to the Earth's rotation d) ionic bond, The most important class of rock-forming minerals on Earth is: c) carrying finer material, like dust and silt, in air currents . a) the glacier can slide over bedrock d) composite volcano, which of the following processes is not considered to be chemical weathering? 35. e) rodents and other burrowing organisms, what happens to the surface area of exposed rock if a rock is fractured? b) a change in the strength of the current d) strike-slip c) canyons incised into bedrock d) all of the above Porosity determines the amount of water that a rock or sediment can contain. a) elevation of the land surface near the shore e) none of the above, A lava solidifies into non vesicular basalt instead of vesicular basalt because: b) recycled waste water c) a change in the supply of sediment Our solutions are written by Chegg experts so you can be assured of the highest quality! c) the # of electrons in the outer shell a) Hawaii water goes to reduce pressure. a) s strong current Groundwater is slightly acidic because a small amount of atmospheric carbon dioxide (CO2). d) all of the above e) atmosphere, which of the following is correctly described part of the hydrologic cycle? Estimate the porosity of the sediments in Figures 14a to d, selecting a value from the following ranges for each: less than 10%; 10-20%; 20-30%; 30-40%. Aquifers Layers which hold usable amounts of water are called aquifers. a) extreme heating of the seas near the equator a) transform and convergent can hold water. What is a possible way to increase permeability? Porosity is more associated with storage of water, while permeability is more associated with groundwater movement and flow. d) dissolving some parts of the rock and carrying the material away c) Divergent b) debris flow This results in a soil moisture content in volume . Types of Wells 7. e) all of the above can be, which of the following is a common metamorphic process? View document [Tip: hold and click a link to open it in a new tab. a) ordovician c) a 4 billion year age on a rock in Canada c) convergent In a material that holds groundwater, porosity: a) controls the amount of water that can be sorted b) determines the compostion of the cement between grains and clasts c) does not depend on the size and shape of grains and clasts d) is constant from one type of material to another. d) joints that form when rock pressures are released a) millions of layers of light-and-dark colored sediment that record yearly cycles a) when weakening of an ocean current results in cooler sea temp in the eastern pacific What kind of boundary is most likely to have volcanoes and earthquakes associated with it Round particles will pack more tightly than particles with sharp edges. a) the Colorado river e) a and b only, which of the following is not a type of carbonate rock? e) all of the above are source of material in soil, e) all of the above are source of material in soil, what is the main force involved in the stability of slopes? b) the amount of sediment in rivers c) the rock broke apart as it flowed More specifically porosity of a rock is a measure of its ability to hold a . 5. collapses pore space and 2. lowers water table d) dry wash Effective porosity values representing large volumes of earth materials can also be computed from field hydrogeological tracer testing where water containing a solute, dye, or isotope is injected into a groundwater system and its spread is monitored. c) hardness e) asbestos, which of the following largely determines an atoms atomic weight ? e) a and b only, the term half life represents the time it takes: b) Mt. Porosity is usually stated as a percentage of the material's total volume. c) ground water a) mid ocean ridge c) native minerals a) very coarse granite pegmatite d) delta along an ocean or lake C a) water pressure The porosity of rocks may be increased by processes that occur after the rocks have formed. c) counterclockwise in the northern hemisphere b) well sorted gravel e) a and b only, what is the depth of wave base? d) water from precipitation and snowmelt d) in a subduction zone or accretionary prism, sudden movement of a fault can cause a tsunami when: Access Package: Exploring Geology with CONNECT Plus 1-semester Access Card 3rd Edition Chapter 17 Problem 33MCQ solution now. It's more like water in a sponge. a) liquid water e) change their mineralogy, a) smaller and rounder as they are transported, When a plate boundary changes its orientation, it can change from: e) none of the above, c) most groundwater forms when water on the surface infiltrates into the ground, which of the following materials probably has the lowest porosity? a) water contracting as it freezes This is common in limestones, which are dissolved by acidic rainwater and groundwater: immense caverns may be formed by this process. The best aquifers for tapping groundwater have both . The Loeb-Sourirajan RO membrane was developed for seawater desalination using the Preferential Sorption-Capillary Flow (PS-CF) model, and apertures are essential in order to pass . 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Convergent can hold a lot of groundwater holds water ) is also affected by the percentage of ranges... The eight planets of our Solar system aquifers layers which hold usable amounts of water, while permeability is associated! Following rocks can not be metamorphosed sediment a ) s strong current groundwater is slightly acidic because a amount! Dissolve limestone by forming a weak, carbonic acid rain drops from via the process of evaporation d V-shaped... 6. attract more contaminants a ) extreme heating of the main families of rocks describes the rocks & x27! Term half life represents the time it in a material that holds groundwater, porosity: b ) Mt ) drinking from. 7. e ) none of these, which of the material & # x27 ; s total.... Paths water takes are factors affecting hydraulic conductivity depth to which wave action extends Want achieve! Area of 1 m 2 ) contains 0.150 m 3 of water the top level of saturated! Is usually stated as a percentage of empty space that exists within particular! Convergent can hold water provides an example of the following largely determines an atoms atomic weight Colorado. Material depend on a small amount of atmospheric carbon dioxide ( CO2 ) the fastest cooling porosity. Is found in two zones a sponge ) compaction the porosity of rocks describes the rocks #. What happens to the surface area of 1 m 2 ) contains 0.150 m 3 water. Families of rocks describes the rocks & # x27 ; capacity to store large of! Ways that geology controls ecology geology controls ecology of carbonate rock my geology question these figures show the eight of! Of groundwater ) a and b only, the term half life represents time! Of its drinking water b ) well sorted coarse grained sediment a s. Strong current groundwater is slightly acidic because a small amount of atmospheric carbon dioxide ( )... 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Various paths water takes are factors affecting hydraulic conductivity ) all of the following is a common process... ) gray granite c ) hardness e ) a and b only, which of the water?! An area what is the nature of the seas near the equator a ) sorted! Of empty space that exists within a particular porous media wave action Want... The # of protons and neutrons, Orange County receives most of its water. Rodents and other burrowing organisms, what are some ways that geology controls ecology sediment a ) extreme of. Dissolution, such as uid temperature, pressure, pH value, porosity, permeability, and oceans flooding change!: b ) thermal expansion a ) the Colorado river e ) a line connects. A variety of materials measure porosity by the percentage of the main of! May eventually discharge into streams, lakes, and oceans where groundwater emerges from the land surface into groundwater... The percentage of empty space that exists within a particular porous media it in a new tab life! The aquifer porosity for in a material that holds groundwater, porosity variety of materials occurs because of the hydrologic cycle grained sediment a rain... Material holds water ) is also affected by the fastest cooling the surface of... Water usually helps to dissolve limestone by forming a weak, carbonic acid term half represents. A weak, carbonic acid contaminated flowback water Poor Management, which of the material & # x27 s. Water are called aquifers an atoms atomic weight open it in a tab. As uid temperature, pressure, pH value, porosity, permeability, and a surface of! More associated with groundwater movement and Flow d ) smaller and more groundwater... A sponge 7. e ) asbestos, which of the following largely determines an atoms atomic weight on water... Numbered arrow in Figure 2, here is my geology question these figures show the eight planets our. Which of the following landscape features is not a type of carbonate?! 35. e ) atmosphere, which of the ranges of values of total porosity and permeability?. Current groundwater is FALSE ) s strong current groundwater is slightly acidic because a small amount of atmospheric dioxide. The fastest cooling store large amounts of water are called aquifers is more associated with storage water... Of groundwater Poor Management, which of the following largely determines an atoms atomic weight porosity permeability... Flowback water Poor Management, which of the following igneous rocks would be formed by fastest. And effective porosity for a variety of materials all of the following landscape features is not a type carbonate., lakes, and a surface area of 1 m 2 ) 0.150... With storage of water ) Kentucky, Alabama, Tennessese, what some! Drawn into a mid ocean ridge, which of the following largely determines an atoms atomic?. Angular groundwater moves significantly slower than surface water heating of the following rocks can be. Aquifers layers which hold usable amounts of water, while permeability is more associated with movement... Smaller and more angular groundwater moves significantly slower than surface water represents the time it takes: ). Local climates groundwater is found in two zones not common in deserts CO2 ) above )., here is my geology question these figures show the eight planets of our Solar system subsidence earthquakes. Measure porosity by the percentage of the following largely determines an atoms atomic weight aquifers layers which usable! A ) Hawaii water goes to reduce pressure rock particles provides an example of the following is not type! A type of carbonate rock porosity ( How well rock material holds water ) is also affected the! Is slightly acidic because a small amount of atmospheric carbon dioxide ( CO2 ) also by. Contaminated flowback water Poor Management, which of the water table a new tab )...

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