Weather has reported that it's thickness is 500 feet from where station originatinating field elevation of 1300 feet msl from the bottom of the overcast cloud layer.
The thickness of the overcast layers at kokc and reported that the base of the overcast layer at 2000 feet AGL ovc020 .If the sky was covered between 5/8 and 7/8 heights of clouds it was reported as broken cloud but if it was covered 8/8th heights of clouds then it was overcast cloud.
The meteorological condition of clouds obscuring approx 95% of the sky is defined by the world meteorological organization as overcast weather. Sometimes clouds may be different colors like black & white but when it is overcast it usually refers to darker skies.
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This symbol on a station model indicates light rain.
two black dots side by side
three asterisks at the vertices of an equilateral triangle
a triangle enclosing a black dot
an asterisk over a downward-pointing triangle
Light Rain is expressed by two dots side by side and Moderate Rain by three dots in the shape of a triangle or in a straight line up and down, Wind Speed 55-60 mph (50knots) is Triangle on the line
Weather symbols of dots are graphical depictions of a variety of atmospheric phenomena frequently used in meteorological predictions to show current weather conditions and forecast upcoming weather. It is frequently presented with a synoptic weather map, but it can also be seen on its own.
Starting with the components most frequently associated with weather forecasts—the weather symbols, of course—is only logical. Let's examine the definitions of the most popular ones.
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elementary surveyiong two ridges b and c forms a valley having a at the bottom part in between the ridges
The practice of elementary surveyiong involves taking measurements in elevation the horizontal plane to ascertain the relative location of both natural and man-made things on the earth's surface.
the elevational difference between a and b. If AB = x, then x = 111.356, tan 36 = 64.39 m, and the difference in height is 64.39 m.
We are told that two ridges B and C form a valley with a point A at its bottom. There is a difference in elevation between the ridges of 111.356 meters, and point A is elevated at a 36-degree angle. Using the tangent formula, tan = opposite/adjacent, we may determine the elevational difference between A and B. We change the variables, then solve for x, the difference in elevation between A and B. Therefore, there is a 64.39 m difference in height between A and B.
elementary surveyiong two ridges b and c forms a valley having a at the bottom part in between the ridges. elevation difference between b nad c is 111..356 m. observing at point a, the angle of elevation
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Which of the following energy sources is thought to drive the lateral motions of Earth's lithospheric plates?
a) gravitational attractive forces of the Sun and Moon
b)Electrical and magnetic fields localized in the inner core
c) Export of heat from deep on the mantle to the top of the asthenosphere
d)swirling movements of the molten iron particles in the outer core
(d) swirling movements of the molten iron particles in the outer core.
The circular movements of molten magma inside the earth is the main cause of the movement of lithospheric plates. These circular patterns of motion are called convection currents.
Lithospheric plates are part of are part of a planetary scale thermal convection system. The energy source for plate tectonics is earth's internal heat while the forces moving the plates are the "ridge push" and "slab pull" gravity forces.
When the denser tectonic plate dives beneath another plate it is due to the high energy by the earth's gravity that pushes into the mantle.
Ridge push is a proposed driving force for plate movement in plate tectonics that occurs at mid-ocean ridges as the result of the rigid lithosphere sliding down the hot, raised asthenosphere below mid-ocean ridges.
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The pyramid of biomass in sea is also generally inverted because the biomass of fishes far exceeds that of phytoplankton. Isn’t that a paradox? How would you explain this?
Because fish biomass considerably outweighs that of phytoplankton, the marine biomass pyramid is also typically inverted. It is paradoxical.
What role does phytoplankton play?The foundation from several aquatic food chains is phytoplankton. They offer food for a variety of sea animals in a healthy ecology. Microalgae, sometimes referred to as phytoplankton, are similar to land plants in how they have chlorophyll and need sunlight to survive and develop.
Briefing:Part 1 : A graphical image of the quantity, biomass, and energy of the diverse scenarios levels of the food chain are ecological pyramids. These come in three varieties:
Number pyramid
Structure of biomass
energy pyramid
Part 2: The sea's biomass pyramid
The second trophic level in marine environments, which is made up of zooplanktons, has a higher biomass than the lower phytoplanktons. As a result, this represents an inverted biomass pyramid.
The phytoplanktons have a great capability for reproduction. This ecology can therefore always be supported because there are constantly enough producers.
Part 3: Diagram
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at a mid-latitude location in the northern hemisphere, the noon sun is located in the , and in the southern hemisphere, the noon sun is located in the .
At a mid-latitude location in the northern hemisphere, the noon sun is located in the south sky, and in the southern hemisphere, the noon sun is located in the north sky.
The Northern Hemisphere is the 1/2 of Earth this is north of the Equator. For different planets inside the sun gadget, north is defined as being inside the same celestial hemisphere relative to the invariable aircraft of the solar system as Earth's North Pole.
The Northern Hemisphere carries North the united states, the northern part of South the us, Europe, the northern -thirds of Africa, and maximum of Asia. The Southern Hemisphere consists of most of South the us, one-0.33 of Africa, Australia, Antarctica, and a few Asian islands.
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Renter's insurance would include coverage for: A) building and other structures. B) umbrella liability. C) flood damage. D) personal property. E) earthquake
The renter's insurance includes personal property coverage. Renters insurance does not cover the actual structure you live in, your landlord is responsible for that.
What is the importance of renter's insurance?Renter's insurance can cover personal effects damaged by the insured's hazards, plus additional living expenses such as food and lodging if the covered damage prevents you from living in the home while it is being repaired. The rental contract also includes personal liability insurance in case you are legally responsible for injury or damage to others.
Does renter's insurance cover water damage?If the cause of the water damage is a hazard listed on your insurance policy, you should be covered. For example, damage from burst pipes is usually covered, but damage from floods is usually not (unless you have flood insurance).
Does renter's insurance cover theft?Yes, rental car insurance usually covers theft of personal belongings, even when you're not home. For example, if someone stole your phone from your pocket on the subway, it might be worth replacing your phone.
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I need the answers to this sheet
1. In socialism, the government controls production in basic industries and determines the use of resources.
Define socialism?In a socialist economy and administration, the people who produce commodities and services, such as farmers and factories, own the structures and equipment that they use. Either centralized governmental control of the means of production or decentralized, direct worker ownership can accomplish this. A variety of economic systems are characterized by communal ownership of the means of production predominating over private ownership, which is the hallmark of socialism, a left-wing economic ideology, and movement.
a. This system provides significant welfare for the people and the basic goal to share wealth more equally.
2. Policies are directed at making essential goods and services available more or less equally to all and major industries are generally publicly owned.
a. This typically includes energy, transportation and natural resources extraction industries.
b. Some industries can be privately owned such as the food and clothing industries.
3. In Venezuela, the government dominates its economy and controls several industries.
a. The government uses revenue to food, housing, health care and education, but the residents remain poor.
b. Government mismanagement led to food and energy shortages.
c. The country's leaders have undertaken campaign of nationalization and taken control of privately owned industries.
d. Sometimes the government provides little or no compensation to private owners of business.
e. Foreign companies and investors are cautious about doing business in Venezuela.
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The hard and brittle outer layer of the Earth is known as the _______.
A.
atmosphere
B.
lithosphere
C.
mantle
D.
core
Answer: B. lithosphere
Explanation:
The hard and brittle outer layer of the Earth is known as the lithosphere. It's the part of the Earth that is above the asthenosphere.
which of the following is not a chararterisitc of terrestrial planet compared to a jovian planet
They have a higher density than terrestrial planets is not a chararterisitc of terrestrial planet compared to a jovian planet
The group of planets collectively referred to as the jovian planets consists of Jupiter, Saturn, Uranus, and Neptune. The jovian planets' general structures contrast sharply with those of the terrestrial planets. The jovian planets have very small, compact cores encased in vast amounts of gas, as opposed to having thin atmospheres around relatively large rocky bodies.
The Jovian planets are massive compared to Earth. The largest planet in our solar system, Jupiter, has a diameter that is 11 times greater than Earth's. The next largest planet is Saturn, which is nine times larger than Earth.
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For each of the following departments in the cabinet of a U.S. president, give a brief description of its role.
Department of State
Department of the Treasury
Department of Defense (formerly the War Department)
Department of Justice
Department of the Interior
Department of Agriculture
Department of Transportation
Department of Energy
Department of Education
Department of Homeland Security
help me asap pls!
Department of State: The Department of State is responsible for representing the United States in foreign affairs and international negotiations. It is also responsible for maintaining diplomatic relations with other countries.
Department of the Treasury: The Department of the Treasury is responsible for managing the nation's fiscal policy, developing regulations and procedures to manage the federal government's finances, minting coins and currency, and collecting taxes.
Department of Defense (formerly the War Department): The Department of Defense is responsible for organizing, training, and equipping the United States military forces for the defense of the nation.
Department of Justice: The Department of Justice is responsible for enforcing federal law and protecting the rights of citizens.
Department of the Interior: The Department of the Interior is responsible for managing and conserving public lands and natural resources. It is also responsible for supporting tribal governments and promoting economic development in rural and Native American communities.
Department of Agriculture: The Department of Agriculture is responsible for promoting and protecting the agricultural industry in the United States. This includes developing policies, researching new technologies, and supporting sustainable food production.
Department of Transportation: The Department of Transportation is responsible for overseeing the development of the nation's transportation systems and infrastructure. It is also responsible for ensuring the safety of the public by enforcing motor vehicle safety regulations.
Department of Energy: The Department of Energy is responsible for developing policies, researching technologies, and promoting energy efficiency. It is also responsible for managing the nation's nuclear weapons and energy resources.
Department of Education: The Department of Education is responsible for developing educational policies and providing resources to improve the quality of education in the United States.
Department of Homeland Security: The Department of Homeland Security is responsible for protecting the United States from threats posed by terrorism, cyber-attacks, natural disasters, and other emergencies.
The diagrams below show the crystals of four different rocks viewed through the same hand lens. Which crystals most likely formed from molten material that cooled and solidified most rapidly?
The crystal most likely formed from molten material that cooled and solidified most rapidly is option 4.
Igneous rocks or crystals are formed when hot, molten material cools down crystallize and solidifies. The melted material originates deep within the Earth near active plate boundaries or hot spots, which rise toward the surface where they form igneous rocks. Igneous rocks are divided into two groups, intrusive igneous rocks, or extrusive igneous rocks, depending upon where the molten rock solidifies. Extrusive igneous rocks, also called volcanic igneous rocks, are created when magma exits and cools above or very near the Earth's surface. Intrusive igneous rocks are created when magma cools underneath the Earth’s surface. The texture of crystals can be crudely related to the rate of cooling. The higher the rate of cooling leads to smaller and finer texture of the crystals. The rate of cooling is proportional to the difference in temperature between the bodies in contact with heat flowing from the warmer body to the cooler body. Hence, option 4 is likely to form by the most rapid rate of cooling.
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surface currents flow in the northern hemisphere and in the southern hemisphere.
Surface currents generally move in the same direction as the winds that created them. However, because of Coriolis deflection, the surface currents are offset approximately 45 degree relative to the wind direction; 45 degree to the right in the Northern Hemisphere, and left in the Southern Hemisphere.
What are the flow of currents in the northern and southern hemispheres?The constant flow of water in the ocean is known as an ocean current. Numerous factors, such as temperature, salinity, wind, water density, and gravitational attraction, can generate these currents. The Coriolis Effect, which results from the Earth's rotation, causes currents to flow counter-clockwise in the southern hemisphere and clockwise in the northern hemisphere. Ocean current has a significant impact on the climate. In some places, warm water from the equator is transported to a colder location, making the latter warmer. For instance: With the help of the California Current, an eastern boundary current that transports northern waters southward, the waters off California's coast are kept cooler than those along the east coast of the United States, where similar latitudes are found.
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TRUE/FALSE. erosion can increase runoff by removing soil that could previously hold water. runoff often carries pollutants that are toxic to plants and animals.
False. In controlled ecosystems like forests, pastures, or crops as well as in natural ecosystems, erosion causes numerous, severe harms.
In particular, erosion lowers soil organic matter and decreases water-holding capacity due to fast water flow. Reduced soil's capacity to store nutrients and water is one of the effects of erosion on cropland. subsoil exposure, which frequently has undesirable physical and chemical characteristics. greater runoff rates, wasting water and nutrients that would have been used to cultivate crops. Runoff the initial damage to the land caused by the conversion of natural ecosystems to grazing land is less than that caused by crop cultivation, this change in land use may result in significant rates of erosion and loss of topsoil and nutrients. When there is less ground cover, erosion and compaction are made possible. Only after the surface storage capacity has been reached may runoff start. Runoff exposes the soil surface to water erosion, or erosion brought on by moving water. Detachment, transport, and deposition are the three main phases of erosion. Overgrazing can decrease ground cover, allowing wind and rain to erode and crush the soil.
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an excellent method of defining social regions is to isolate one social trait and plot its distribution within a city by using
Isolating one social characteristic and mapping its distribution within a city using census tracts is a great technique to establish social regions.
A defined geographic area used for the census may be referred to as a census tract, census area, census district, or meshblock. Within a county, there are frequently multiple tracts, and sometimes they overlap with the boundaries of cities, towns, or other administrative divisions. These are frequently arbitrary in unincorporated areas of the United States, with the exception of where they coincide with governmental boundaries.
The smallest territorial unit for which population data is available in many nations is a census tract. Census tracts in the US are divided into census blocks and block groups.
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louis lived in a community close to love canal, near niagara falls. which of the following did he most likely experience?
Nearly 22,000 tonnes of chemical waste, including polychlorinated biphenyls, dioxin, and pesticides, manufactured by the Chemicals and Plastics Corporation in the 1940s and 1950s, were dumped there after an abandoned canal that was once there was used as a dumping ground.
Benzene, a known human carcinogen that has been found in significant proportions, is one of the chemicals that make up the mixture seeping through the ground and into residences at Love Canal.
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Extremely mountainous, humid and wet environment. Within this environment, wind speeds are low, but rainfall is high. Water evaporates quickly in this environment, due to underground volcanic activity that turns standing water into steam. Both visibility and the ability to breath are poor at all elevations. Higher elevations are covered in thick vegetation, tall trees, and fast growing invasive vines. Daily temperatures range from over 100 degrees fahrenheit to -20 degrees fahrenheit. Due to the high levels of steam and constant underground volcanic activity produced in this environment, it is not uncommon for mountain sides to erode without warning. The sun sets for 12 hours total in this environment. Despite the harsh conditions, the environment is livable.
Describe in detail at least 2 physical features of a hominin who would be found living in an Extremely mountainous, humid and wet environment.
Why did you choose these features, and how do these features provide a selective advantage for hominins living in the above environment ?
The 2 physical features of a hominin who would be found living in an Extremely mountainous, humid and wet environment are -
They had exceptionally strong bodies, such as strong legs, massive hands, thick skin, and more hairs on their bodies, as well as prolonged maturation periods, which allowed them to survive in exceedingly hostile environments. For example, strong legs helped them climb mountains, large and strong hands let them hold mountains and other objects, thick and hairy skin protected them from harsh winters, and a longer maturation phase allowed them stay fit and strong for longer periods of time.
They possessed larger brains and the ability to create tools that assisted them in survival. Because of their big brain capacity, they developed cognitive abilities such as how to avoid rain and severe winters, therefore they began living in caves. They were able to build caves (by scratching and splitting rocks with tools) that protected them from the sun, winters, rain, and wild animals by using tool-making techniques.
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common sources of beach sand include which of the following? multiple select question. rivers erosion of local cliffs offshore sandbars lake sediments deep-ocean currents
Sand is often produced by four processes: weathering of continental granitic rock, weathering of oceanic volcanic rock, precipitation from water, and skeletal remains of creatures.
Sand is typically obtained from rocks on land. Rock is cracked into smaller pieces over time by weather conditions such as rain, ice, wind, heat, cold, and even plants and animals. Large boulders that split into smaller rocks could be the starting point of this weathering. The granite is eroded by water that enters fissures.
Sand arises from volcanic rock in regions where there are volcanoes. This explains why the Hawaiian Islands' beaches are different colors.
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After the eruption at Mt. Pinatubo, most of the subsequent damage and loss of life in the following months and years was caused by
a.pyroclastic flows
b.lava bombs
c.lahars
d.earthquakes
After the eruption at Mt. Pinatubo, most of the subsequent damage and loss of life in the following months and years was caused by lahars.
The Philippine provinces of Zambales, Tarlac, and Pampanga are all in Central Luzon on the northern island of Luzon, and Mount Pinatubo is an active stratovolcano in the Zambales Mountains. Before the pre-eruption volcanic activity of early 1991, most people were unaware of its eruptive history. Pinatubo was severely damaged and hidden from view by thick trees that housed thousands of native Aeta people. Most people are familiar with Pinatubo from its VEI-6 eruption on June 15, 1991, which was the second-largest terrestrial eruption of the 20th century after Alaska's Novarupta in 1912.
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the combinations of precipitation and temperature variables below to each ecosystem. group of answer choices tropical rainforest high temperatures, high precipitation year-round tundra high temperatures, seasonal rainfall savanna daily fluctuations in temperature, low rainfall year-round temperate forests [ choose ] deserts
Tropical rainforests are found in warm, equatorial regions. Temperate rainforests can be found close to the cooler coastal areas farther north or south of the equator.
It constantly rains in the steamy, muggy ecology of the tropical rainforest.. It is well-known for having three distinct layers of lush vegetation covering it.
The biome of the rainforest must avoid frost because it is warm throughout the year. 20°C (68°F) to 25°C (77°F) are the typical daily high and low temperatures.
Of all the biomes, forests get the most rain each year! 2,000 to 10,000 millimeters of rain fall annually on average.
Bacteria and other microbes can flourish in the hot, moist environment and all the decaying plant matter.
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question 1 in the hydrologic cycle, interception is defined as rainfall that bypasses the vegetation and soil, falling directly on open water surfaces such as lakes and rivers the flow of water into the soil surface through the pores in the soil mass rainfall that falls on vegetation surfaces and evaporates before it reaches the soil water that is captured by the soil matrix before draining to groundwater
The portion of rainfall that is absorbed by the Earth's surface and later evaporates is known as the interception. It encompasses the surface of the soil, the vegetation, the litter, and the accumulation.
What do you mean by interception?The portion of rainfall that is intercepted by the earth's surface and later evaporates is referred to as interception.
According to this definition, the earth's surface refers to all areas that become wet during a rainfall event and quickly dry out. It consists of things like plants, dirt surfaces, trash, build-up surfaces, etc.
Rainfall that is intercepted falls on concrete, grass, and other surfaces before it reaches the ground. As it frequently evaporates soon, interception storage is only a short-term solution.
Water absorbed by vegetation is referred to as vegetation storage. It is all of the moisture present in plants at any one time.
The intercept relies on the type of leaves and the leaf area index. Depending on the throughfall impacts, interception could cause erosion to increase or decrease.
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Reservoirs in the carbon cycle are often described as being sources or sinks of carbon, depending upon whether they release or absorb carbon, respectively. Sort the various statements based on whether they describe a carbon source or sink. Items (6 items) (Drag and drop into the appropriate area below) Leaf litter on the forest floor ke Limestone rock weathers on a hillside. A volcano erupts. new layer of shell. Electricity is produced at a coal-burning Living trees in a forest undergo photosynthesis leani Categories Source Sink Drag and drop here Drag and drop here
SOURCE-
Leaf litter on forest floor is a store house of carbon until it get decomposed, as soon as it starts to decay it releases carbon.Limestone get weathered due to chemical leaching by carbonic acid present in water, so it dissolves calcium releasing [tex]CO_{2}[/tex].During volcanic eruption carbon is also emitted along with other volatiles. On burning of coal (fossil fuels), carbon combine with atmospheric oxygen forming [tex]CO_{2}[/tex].SINK-
Clam secretes calcium carbonate to form its shell and intake of calcium carbonate is from its surrounding, thus act as a sink to [tex]CO_{2}[/tex]. Plant intake [tex]CO_{2}[/tex] for the process of photosynthesis.Through chemical, geological, physical, and biological processes, the carbon cycle reservoirs on Earth communicate with one another. Except for the influence of people, where the exchange of carbon between the reservoirs is balanced, carbon levels remain constant. The oceans are the planet's main source of carbon.
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nutrients in lakes tend to be recycled in which season select all that apply spring summer fall winter
In the spring and fall seasons, nutrients in lakes typically cycle again.
How does an ecosystem recycle nutrients?The movement of substance and energy between living things and the environment's non-living components happens through a system called the nutrient cycle. This happens because once plants and animals ingest nutrients from the soil, they die and decompose, releasing those nutrients back into the ecosystem. The movement of substance and energy between living things and the environment's non-living components happens through a system called the nutrient cycle. This happens because once plants and animals ingest nutrients from the soil, they die and decompose, releasing those nutrients back into the ecosystem.
How are nitrogen levels in lakes reduced?Nutrient removal through dredging may be quick and efficient. The organic "muck" on the pond bottom will be greatly removed. You will also end up with a deeper pond that has less overall nutrients.
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what is the approximate range of ocean temperatures in the region of the north atlantic ocean and gulf of mexico in which tropical cyclones form? view available hint(s)for part b hint 1for part b. tropical cyclones, global mean temperature tropical hurricanes rely on warm air and water temperatures to fuel the storms.
Tropical cyclones use warm, moist air as fuel. In general, the sea surface temperatures need to be at least 26.6° C (80° F) through about 50 meters depth.
A tropical cyclone is a rapidly rotating storm system with a low-pressure center, a closed low-level atmospheric circulation, strong winds, and a spiral arrangement of thunderstorms causing heavy rain and squalls.
A tropical cyclone is known by various names depending on its location and strength, such as hurricane, typhoon tropical storm, cyclonic storm, tropical depression, or simply cyclone.
A hurricane is a powerful tropical cyclone that forms in the Atlantic Ocean or the northeastern Pacific Ocean, whereas a typhoon forms in the northwestern Pacific Ocean. Comparable storms in the Indian Ocean, South Pacific, or (rarely) South Atlantic are simply referred to as "tropical cyclones," and such storms in the Indian Ocean can also be referred to as "severe cyclonic storms."
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Satellites such as Landsat satellites are important tools for imaging the earth because ______.
Answer:
Explanation:
Landsat Satellites are important because it is the World's longest continuously acquired collection of space-based moderate-resolution land remote sensing data tool.
a researcher claims that a tornado of a given size and strength is likely to cause more deaths, both proportionately and in absolute numbers, in the southeastern region of the
According to a study, a tornado of a certain size and intensity is more likely to kill people in the Southeast of the United States than it is in the Northeast, both proportionately and numerically. TRUE,
Changes the frequency of fatalities and tornado of a certain size and intensity both proportionately and in absolute terms.
Dry, chilly surface air temperatures are typical of this area of the United States. Supercell thunderstorms, which give rise to tornadoes, thrive across the Great Plains. This area is where the atmosphere's higher levels of chilly, dry air cap warm, humid surface air.
Since it is April and spring, the soil is recovering from the winter. Because of the strong and quick air movement, tornadoes are frequent.
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FILL IN THE BLANK. complete the statement:___causes sea surface salinity to decrease, whereas___causes sea surface salinity to increase.
Melting of ice causes sea surface salinity to decrease, whereas evaporation causes sea surface salinity to increase.
The salinity of the sea surface increases when excess evaporation occurs and the water from the sea is evaporated into the air. In this circumstance, the concentration of the solvent i.e water is decreased and the concentration of the solute i.e salt increases. Hence, evaporation increases sea surface salinity.
On the other, the melting of ice increases the concentration of solvent i.e water in the sea. This increase in the concentration of the solvent causes the sea surface salinity to decrease.
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The temperature of a place greatly affects the _____ of that region.
The climate & weather of a region are significantly influenced by that region's temperature.
What is the straightforward meaning of climate?The climate of a place is its long-term pattern of weather. The weather could alter hour to hour, day to day, month to month, or even from year by the year. Weather systems, which are normally observed for at least thirty years, are what determine a region's climate.
What distinguishes climate from weather?Climate denotes the weather over a long time period in a particular place, as opposed to weather, which relates with short term change in the environment. Climates in different areas can vary.
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which of the following are examples of how maps may be misused such that the information they convey is incorrect, incomplete, or distorted? (select all that apply.)
Answer:
Varying scale from one area to another
Selective omission of data
Use of an inappropriate projection
Explanation:
Following are examples of how maps may be misused such that the information they convey is incorrect, incomplete, or distorted
- varying scale from one area to another
- the selective omission of data
- use of an inappropriate projection
Varying scale from one area to another can be a form of misusing maps, as it distorts the relative size of features shown. This can lead to incorrect assumptions about the area’s size or its distance from other features.
Selective omission of data can also be a form of misusing maps. This may involve leaving out certain data that would otherwise be necessary to accurately represent a feature, such as omitting roads or elevation changes. This can lead to an incomplete representation of a feature’s characteristics.
Finally, the use of an inappropriate projection can lead to misused maps. Different map projections can have different effects on the shape and size of features shown and can distort the information shown.
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The complete question:
Which of the following are examples of how maps may be misused such that the information they convey is incorrect, incomplete, or distorted?
a) varying scale from one area to another
b) the selective omission of data
c)use of an inappropriate projection
d) None of these
the mineral composition of rock depends on how it is formed. name the three distinct rock types, explain how each rock type is formed, and give one specific example of a rock of each type.
The three distinct rock types are sedimentary, igneous, and metamorphic.
Sedimentary rocks are formed by the accumulation of sediment over time, which can be cemented together to form a rock. An instance of sedimentary rock is sandstone.
Igneous rocks are formed when hot molten rock cools and solidifies. An instance of an igneous rock is granite.
Metamorphic rocks are formed when they are weathered by heat and/or pressure. An instance of a metamorphic rock is marble.
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groundwater group of answer choices completely fills the zone of saturation above the water table. moves underground mainly in underground river channels. dissolves very porous rock like obsidian faster than it dissolves limestone. typically moves slowly within the ground through porous rock layers like sandstone.
Runoff streams are created when rain that cannot be absorbed by the soil builds up on the underground surface.
The groundwater is replenished or recharged when the soil is fully saturated because new water slowly travels from the unsaturated region of the soil through the saturated region. primarily flows through underground river systems. C. dissolves limestone more slowly than particularly porous rock, such as obsidian. The majority of groundwater comes from precipitation in the form of rain or snow, which is meteoric water. Water from the surface seeps into the ground as soon as the water touches the earth. Due to interconnected pore spaces, water can travel through rock and soil underground. Depending on the region, the depth at which soil or rock pores get saturated with water can be shallower or deeper. Like surface water, groundwater often moves downward as it descends a slope. However, the slope of the barrier below it, not the surface above it, determines whether groundwater is flowing "downhill."
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