Answer:
The answer is letter B, less than.
Explanation:
The thickness of ocean sediments that are close to a mid-ocean ridge is _less than_________ the thickness of ocean sediments that are far from mid-ocean ridges
Tropical rain forests, climate change and photosynthesis are intricately tied together. If the total amount of global tropical rain forests were reduced, which consequence would have the greatest effect on climate change?
Answer:
Depletion of the freshwater and the climatic contrasts.
Explanation:
If the total amount of the global rain forest would be reduced than the earth climate change and global warming would double itself and thereby increase the chances of the flooding and large scale destruction of the weather patterns will change their course and inset of the extreme conditions will definitely result in the creation of a severe weather phenomenon and more sever temper experience. As these rainforests create and regulate the weathering and rainfall patterns they are essential for the existence and the survival of the global man and they regulated and control various environmental process at work and hence are responsible for their ecological services and the protection and preservation of the flora and fauna and the food web.Identify the FALSE statement
a. Only about 10% of the water flowing into the Mediterranean Sea comes from river input.
b. About 6 million years ago, the African plate moved northward and collided with the European plate to create a dam between the Atlantic and the Mediterranean Sea.
c. A deposit of gypsum and halite found beneath the Mediterranean Sea is ~2 km thick.
d. At times of high global sea level, the Mediterranean Sea was cut off and the trapped seawater evaporated.
There are two false statements:
About 6 million years ago, the African plate moved northward and collided with the European plate to create a dam between the Atlantic and the Mediterranean SeaAt times of high global sea level, the Mediterranean Sea was cut off and the trapped seawater evaporatedExplanation:
The Mediterranean Sea is a sea that forms a natural boundary between three continents, Europe, Asia, and Africa. The sea is connected with the Atlantic Ocean on its west, and with the Red Sea on its southeast. The connection with the Atlantic Ocean is through Gibraltar, while the connection with the Red Sea is through the Suez Canal.
The majority of the water in this sea comes from the surrounding water bodies, while the amount of water from rainfall and river discharge is significantly lower. The sea has high levels of evaporation, but because of its connections with other large bodies of water it doesn't dry out.
The statement that the African plate collided with the European plate and created a dam between the Atlantic and Mediterranean is false. For starters there isn't a European plate, but and Eurasian plate, and despite the collision of the two plates, there isn't a dam created between the two bodies of water, though it is expected to happen in the future.
At times of high global sea level, the Mediterranean Sea is not cut off from the other water bodies, but instead, because of the higher sea levels, the places of connection are significantly wider.
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During El Niño, when there is nothing to restrain the pile-up of warm water in the western Pacific, a water wave sloshes eastward across the Pacific Ocean. What is the name of this wave?
Answer:
Kelvin wave
Explanation:
The Kelvin waves are usually defined as one type of planetary waves that are characterized by the presence of large peaks as well as valleys that can eventually lead to the change in the depth of ocean water. These are non-break waves.
This type of wave occurs during the time of occurrence of El Nino, which flows only towards the eastern side covering the equatorial region. These are large waves extending up to thousands of miles.
This wave occurring in the equatorial region normally has two phases, namely the up-welling phase, and the down-welling phase, and this eventually leads to various changes in the surface temperature of the sea as well as in the subsurface region within the eastern part of tropical Pacific ocean.
MATCH WHICH COLONY FOUNDED EACH COLONY ONLY FOUR MATCH CORRECT! BRAINLIEST TO BEST ANSWER!
Answer:
Great Britain founded British Guiana
France founded French Guiana
The Netherlands founded Dutch Guiana
Spain founded Colombia and Ecuador
Answer:
Great Britain founded British Guiana
France founded French Guiana
The Netherlands founded Dutch Guiana
Spain founded Colombia and Ecuador
Explanation:
Why is there no boundary at about 1000 meters in the benthic environment but a significant one at about the same depth in the pelagic environment? Think of what the main control on the benthic organisms might be that the pelagic organisms would not have to contend with, and vice versa.
Why do the dissolved nutrients drop in the spring?
Why does the spring phytoplankton bloom start in the spring and die out in the early summer?
Due to the composition of the benthic zone varies greatly depending on the various types of sediments present, there is no boundary at approximately 1000 meters in the benthic environment but a significant one at approximately the same depth in the pelagic environment.
The dissolved nutrients drop in the spring because the amount of light decreases significantly in the spring, the dissolved nutrients decrease.
The spring phytoplankton bloom start in the spring and die out in the early summer as the spring bloom usually marks a very strong increase in the abundance of the phytoplankton
What is the benthic environment about?The benthic environment encompasses the entire area present at the ocean's bottom, regardless of water depth. It also includes all of the sediments along the shore, the ocean basin, and the continental shelf, as well as all of the different types of organisms that live on the ocean floor.
The spring bloom typically marks a significant increase in phytoplankton abundance and occurs during the early spring months and lasts until late spring or early summer. The phytoplankton bloom occurs when the rate of phytoplankton growth exceeds the rate of phytoplankton loss.
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The benthic realm lacks a boundary at about 1000 meters due to a continuous supply of nutrients from decomposing organisms, unlike the nutrient-scarce pelagic zone. In spring, nutrient levels drop as phytoplankton blooms consume them, and the blooms dwindle in early summer when the nutrients are exhausted.
Explanation:Benthic vs. Pelagic Environments and Seasonal Phytoplankton Blooms. The pelagic environment and the benthic realm are distinct marine ecosystems. The pelagic zone is the open ocean region where there is thermal stratification with different water layers not mixing, resulting in nutrient scarcity. On the other hand, the benthic realm lies beneath and is a nutrient-rich area due to the accumulation of dead organisms falling from the upper layers. The absence of a boundary at about 1000 meters in the benthic zone can be attributed to this continuous influx of nutrients, supporting a diverse range of life, whereas in the pelagic zone, the lack of light and nutrients creates more distinct boundaries.
Dissolved nutrients drop in the spring due to the uptake by rapidly growing phytoplankton populations. The spring phytoplankton bloom starts due to increased sunlight and temperatures, then dies out in early summer as nutrients become depleted and grazing by zooplankton increases.
Which of the following statements is true? Choose one:
A. Tornado Alley, an area of frequent tornadoes, runs along the Gulf Coast from Mississippi to Florida.
B. Doppler radar cannot "see" rain or wind, so tornadoes are difficult to track.
C. Tornadoes result when opposing updrafts and downdrafts push on existing horizontal cylinders of rotating air and tilt them upright.
D. Tornadoes occur most frequently during the fall months.
Answer:
c: tornadoes result when opposing updrafts and downdrafts push on existing cylinders of rotating air and tilt them upright
Explanation:
Statement that be considered as a true statement as regards Tornado is C:Tornadoes result when opposing updrafts and downdrafts push on existing horizontal cylinders of rotating air and tilt them upright.
A tornado can be regarded as violently rotating column of air extending which usually evolve from base of a thunderstorm then to the ground. It do occur as a result of opposing updrafts as well as downdrafts push that is on the horizontal cylinders of an air that is experiencing rotation.Therefore, option C is correct.
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please answer asap!!!
what is the pressure at 4000 km below the earth's surface
Answer:
2000
Explanation:
because below the earth receives 50% of the weight on the earth surface
Example;
when a building collapses the surface of the earth receive 100% of the weight, and under the ground, it receive 50%. of the weight
Grand Canyon NP, AZ. The surface dividing the units in Problem 3 is called the "Great Unconformity" because it separates older layered Precambrian units from the younger sedimentary Cambrian unit with up to a 1-billion-year gap in the rock record due to erosion. What type of unconformity is it at this location?
The 'Great Unconformity' at the Grand Canyon National Park is an example of an Angular Unconformity. It is created by the deposit of horizontally parallel younger Cambrian sedimentary rocks on eroded and tilted older Precambrian rocks, representing a gap in the geologic time record.
Explanation:The Great Unconformity at the Grand Canyon National Park, Arizona, is an example of an Angular Unconformity. An Angular Unconformity occurs when horizontally parallel strata of sedimentary rock are deposited on tilted and eroded layers, which represents a significant gap in the geologic time record. Here, the older Precambrian rocks underwent uplift and erosion before the deposition of the younger Cambrian sedimentary rocks. This created an unconformity, known as the Great Unconformity, with about a billion years missing in the geological record.
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What is the name of the belief system that deals with designing buildings and placing objects on the landscape in accordance with the spiritual powers that course through the local topography?
Answer:
n irrigation system, developed in Iran, that taps into groundwater through a ... the urban center of an Islamic city; it is dominated by a central mosque and bazaar.
Explanation:
Identify the series of geologic processes that can transform sandstone into quartzite
The transition from sandstone to quartzite involves a series of geological processes. It starts with sand sedimentation to form sandstone. This is followed by lithification and finally, the sandstone undergoes metamorphism under increased heat and pressure to transform into quartzite.
Explanation:The transformation of sandstone into quartzite is a complex geological process that involves three stages: sedimentation, lithification, and metamorphism. First, the primitive material (sand) forms the sedimentary rock called sandstone through a process called sedimentation, when fragments of igneous rock or shells of living organisms are deposited by wind or water to the Earth's surface.
Over time, the sandstone undergoes lithification, a process which hardens the sandstone through compaction and cementation. This occurs when the geological activity in the form of plate tectonics carries surface rocks (like sandstone) down to considerable depths, increasing the pressure and temperature that the sandstone is subjected to.
Finally, the heat and pressure physically and chemically alter the sandstone, transforming it into the metamorphic rock we call quartzite - a hard, white metamorphic stone. This process is called metamorphism, essentially meaning 'changed in form'. This series of geological transformations are primarily driven by the continuous geological activity on Earth, including continental drift, mountain building, and volcanic eruptions.
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How does the Conservation Reserve Program (CRP) try to protect soil for future agriculture?
a. The CRP provides grants to farmers willing to use contour farming.
b. The CRP is a policy that makes it illegal to plant the same crop on a piece of land three years in a row.
c. The CRP imposes financial penalties on farmers who do not employ shelterbelts in areas prone to wind erosion.
d. The CRP pays farmers not to grow crops on land that is not very well suited for crop production.
Answer: the CRP pays farmers not to grow crops on land that is not very well suited for crop production
The Conservation Reserve Program (CRP) protects soil for future agriculture by paying farmers to remove environmentally sensitive land from production and plant species that protect soil and improve environmental quality.
Explanation:The Conservation Reserve Program (CRP) is a United States federal program designed to protect soil and improve water quality and wildlife habitats on agricultural land. The CRP achieves its goals by offering financial incentives to farmers and landowners to remove environmentally sensitive land from agricultural production and to plant species that will improve environmental health and quality. Specifically, this program encourages the planting of vegetation that help control soil erosion, improve water quality, and develop wildlife habitat.
The best answer to the question is option (d): The CRP pays farmers not to grow crops on land that is not very well suited for crop production. The program contracts with farmers to remove land from production for a period of 10 to 15 years, thereby conserving soil for future use and protecting the land from overuse and degradation.
1. Which type of wave vibrates both side to side and up and down?
2. Which type of wave is the first to arrive during an earthquake?
3. Which type of wave may make the ground roll?
Answer:
1. S wave
2. P wave
3. Surface wave
Explanation:
1-Otherwise known as Slow wave, this kind of wave may travel through rock layers and shear it in a way of right-angles, however it does not propagate in liquids such as oceans or lakes.
2-Also known as the Primary wave, this kind of wave is the fastest to propagate, may travel through solids such as granite mountains and liquids such as bodies of oceans and magma under earth´s crust.
3-Surface waves are limited to being propagated just on surfaces, may move the ground in an S pattern but with no apparent vertical displacement. They may be particularly damaging to infrastructure such as buildings and housing.
Answer:
1. S wave
2. P wave
3. Surface wave
A small developing country with negligible rates of immigration and emigration is going through a demographic change. Thirty years ago the crude birth rate was 44 per 1000 per year and the crude death rate was 17 per thousand per year. Now the crude birth rate is 16 per 1000 per year and the crude death rate is 5 per 1000 per year. Which of the following statements about the country now is most likely to be true?a. The country is at the industrial stage of the demographic transition.b. The population is decreasing.c. The population growth rate in increasing.
Answer:
A
Explanation:
The country is at industrial stage of demographic transition with increasing population but with declining birth and death rates due to the economic and social development in the country. Standard of living is maintained that the death rates declined.
Final answer:
The country is most likely in the industrial stage of the demographic transition with a decreasing population growth rate but still experiencing overall growth, as the birth rate remains higher than the death rate.
Explanation:
Considering the changes in the crude birth rate and crude death rate over the past 30 years in the developing country mentioned, it is most likely that the country now is at the industrial stage of the demographic transition. This stage is characterized by significantly lower birth and death rates due to improved healthcare, better access to family planning, and increased urbanization.
Also, despite a decrease in both birth and death rates, the population is still likely growing because the crude birth rate of 16 per 1000 per year exceeds the crude death rate of 5 per 1000 per year. This means that there is a natural increase since more people are being born than are dying each year. Therefore, we can infer that the population growth rate is still positive, although it has slowed down compared to 30 years ago.
Recall that the example of the United States involves a birth rate of about 12 per 1,000 per year and a death rate of around 8.1 per 1,000 per year, resulting in a net growth rate of approximately 0.4%. In contrast, this developing country has lower birth and death rates, but the population growth rate still translates to a net increase, suggesting stage three of the demographic transition.
While studying for your physical anthropology midterm, your classmate tells you that the bones of Lucy, a famous australopithecine specimen that dates to about 3.2 million years ago, were dated based on carbon-14 analysis. You note that this is incorrect becausea. carbon-14 analysis cannot provide accurate date estimates that far into the past.b. Lucy is a fossil hominid, meaning her bones are no longer actually bone but rather rock.c. palaeomagnetic dating is the only way to arrive at that numerical age.d. All of the above
Answer:
The answer is Option D. All of the above.
Explanation:
Fossils are formed when living organisms become trapped in the earth and their soft tissues decompose but leave behind the hard tissues like bone. The bones gradually become rock due to the sediments that begin to cover the bones. Therefore, the fossil remains of Lucy are no longer bones and cannot provide the organic material that is necessary when trying to achieve carbon-14 dates from an ancient site. It is also true that C-14 dating tends not to be very accurate with a specimen as old as Lucy. There are new dating techniques being experimented with all the time in this branch of research, like the 40Ar/39Ar (Argon-Argon) dating technique, but in general, scientists have used paleomagnetic studies to try to date fossil remains as old as Lucy's.
Every map projection has some degree of distortion because
Answer:
Because its properties such as shape, size, distance or direction gets distorted
Explanation:
Map projection refers to the process by which the three-dimensional earth is represented in a two-dimensional model, such as in a piece of paper. This is widely used in order to understand the entire earth's surface and the features present in it.
There are two major properties of map projection namely shape and size, that gets distorted while projecting. In addition to that, distance and direction are the minor properties that also gets distorted.
While projecting, the shape of the continents and oceans are not exactly equivalent, and the size also decreases or increases, due to which these distortions occurs. The distance and direction are usually not affected much, but sometimes they are distorted. So, in controlling one pf these properties, the other gets distorted.
Thus, every map projection has some amount of distortion.
All map projections inherently possess distortion because they involve converting a three-dimensional object (the Earth) onto a two-dimensional surface (a map). This process inevitably leads to distortions in distances, angles, shapes, or areas. Different map projections manage these distortions in varying ways, often emphasizing accuracy in some aspects while allowing others to be less precise.
Explanation:Every map projection has some degree of distortion because it involves representing a three-dimensional object (the Earth) on a two-dimensional surface (a piece of paper or a computer screen). This translation between dimensions inevitably causes some inaccuracies or deviations, known as distortion. For instance, a globe provides the most accurate representation of the Earth because it maintains both the relative size and the shape of geographical features. However, when we try to flatten this globe into a map, we need to distort certain elements.
Distortions can impact several factors, such as distances, angles, shapes, and areas. Different map projections handle these distortions in their own way, prioritizing accuracy in certain aspects while sacrificing others. For example, on a Mercator projection, areas far from the equator are greatly distorted in size, though the shape is retained correctly.
Therefore, the fundamental reason for distortion in map projections is the challenge in capturing the complexities of a spherical object on a flat plane.
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What is the river where gold was discovered in california in 1848
Answer:
The American River
Explanation:
In 1848 John Sutter was having a water-powered sawmill built along the American River in Coloma, California, approximately 50 miles east of present-day Sacramento. On January 24 his carpenter, James W. Marshall, found flakes of gold in a streambed.
The method of heat transfer that plays a central role in transferring heat energy within the atmosphere and the ocean is
Answer:
Convection.
Explanation:
As we know that convection heat transfer takes place when the fluid is in motion condition.
The energy transfer from the ocean to the atmosphere takes place due to convection. We know that radiation energy transfer dominates at the high-temperature condition. Here the temperature of the ocean is not too high but some small amounts of radiation transfer also takes place.
Therefore the answer is --
Convection.
Answer:
Convection
Explanation:
Southwest Asia has 2 major parts. One is the __________ region, extending from the Chinese border down to the tip of the Malay Peninsula and the other is an extensive chain of _________________.
Answer:
Mainland region of southeast asia
Archipelago is known for extensive chain of islands
Explanation:
Mainland region of southeast asia
Mainland region comprises of countries like, Thailand, Laos, west Malaysia,Cambodia, Myanmar and Vietnam.
mainland region of southeast Asia is the region lies at eastern side of Indian subcontinent and north of this region is lies at south of china. This region is bounded by Indian ocean at west to pacific ocean in east.
Archipelago is known for extensive chain of islands
Answer:
Mainland region of southeast asia
Archipelago is known for extensive chain of islands
Explanation:
The two requirements for a strong planetary magnetic field are rapid rotation and a convective interior zone composed of an electrically conductive material. Jupiter's rotational period is slightly less than 10 hours. What type of matter present within Jupiter fulfills the second requirement?
Answer:
The presence of Liquid metallic hydrogen.
Explanation:
Jupiter is primarily made of this material.
This is a phase of hydrogen where the material behaves like an electrical conductor, it happens due to the high temperature and pressure that take place in Jupiter's hostile environment.
This form of Hydrogen is not present anywhere on our planet.
Which statements accurately describe the rock cycle? Check all that apply.
a. Any type of rock can change into any other type of rock by weathering and erosion.
b. Rocks change from one type to another in a definite order. Rocks change slowly over time.
c. The rock cycle shows how the three rock types relate to one another.
d. Rocks last forever.
Any type of rock can change into any other type of rock by weathering and erosion and rocks change from one type to another in a definite order. Rocks change slowly over time statements accurately describe the rock cycle.
What is rock cycle?
A fundamental idea in geology, the rock cycle illustrates how the three primary types of rocks sedimentary, metamorphic, and igneous change over the course of geologic time.A rock alters when it is forced out of its equilibrium conditions. For instance, an igneous rock like basalt may melt when it is subducted beneath a continent or crumble and evaporate when exposed to air. The driving forces of the rock cycle, plate tectonics, and the water cycle cause rocks to change as they interact with new surroundings rather than remaining in an equilibrium condition.
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Answer:
1,3,4
Explanation:
edge 2023
Earth’s internal & external heat engines Heat transfer Conduction Convection Radiation Density Crust Mantle Outer Core Inner Core Lithosphere Asthenosphere Lithospheric Plates Convergent Plate Boundary Subduction Zone Divergent Plate Boundary Transform Fault Plate Boundary Magma Earthquake Focus Epicenter Magnitude Volcano Lava Continental Crust Oceanic Crust Continental Drift Plate Tectonics Mid Ocean Ridge Rift_____________continued on the page below a. Trench Seismic Wave b. P wave c. S wave d. Surface vs Body Waves e. Velocity Refraction Island Arc
Answer:
a. Trench Seismic Wave
Explanation:
The earth's internal and external heat engines combine to transfer the heat through the convection, conduction the process of radiation t the crust, mantel, and the outer core and inner core of the earth is through the process of the seismic waves and these travel through the asthenosphere and the lithospheric plates. The convergent plate boundary and the subduction zone of the earth drives the plates and the transform boundary, form where the magma rise and the earthquakes take place and the formation of the volcanoes, and the oceanic crust and the drift in the plate tectonics of the mid-ocean ridge is through the trenches.Which of the following occurred about 21,000 years ago?a. The North Atlantic Ocean begins to form.b. India breaks off from Antarctica and begins moving north toward Asia.c. The formation of the ice age glaciers.d. The Appalachian Mountains finish forming.
Answer: c) The formation of the ice age glaciers occurred about 21,000 years ago.
Explanation:
The last glacial period occurred in the period between 115,000 - 11,700 years in the past with the recent glacial period called Quaternary glaciation. Though some call this period the last ice age, it is a wrong definition because ice age is defined by year-long ice which still persists in the Antarctica and Greenland. The last glaciation that occurred 21,000 years in the past, is the last glaciation on Rocky Mountain.
It occurred in the period 31,000 - 10,000 years and between 23,500 - 21,000, it was at its highest. The glaciation was not made of the giant ice sheet but was made of mountain glaciers known as Cordilleran Ice Sheets. These sheets produced Lake Missoula which late caused Missoula flooding.
Answer:
c. The formation of the ice age glaciers
Explanation:
This period was know as the Last Glacial Maximum which is when temperatures dropped for a prolonged period of time resulting in formation of ice sheets wich in turn formed glaciers
How far is it from lexington massachusetts to concord massachusetts
Answer:
The answer is 7 miles or 11 km, by driving.
In a private jet 6 miles or 10 km, flight time 31 minutes.
Explanation:
If we have a nice traffic, It is 7 miles or 11 km. Driving time is 15 minutes.
In a private jet 6 miles or 10 km, flight time 31 minutes. Because of the curvature of the Earth, the shortest distance is actually the great circle. The straight line flight distance is 1 mile less than driving on roads, which means the driving distance is roughly 1.1 x of the flight distance.
Why is the geological interval around 100 million years ago called the "Cretaceous"?
A) The name refers to abundant deposits of marine limestone from the period, indicating higher sea levels. B) Cretaceous means ancient?
C) It is named for a species of dinosaurs widespread at the time.
D) The Mediterranean Island of Crete was formed during this period.
E) None of the answers are correct
Answer:
Option (A)
Explanation:
The cretaceous period formed the last period of the Mesozoic era, marked by the occurrence of some distinct major events, and it began about 145 million years ago and ended by about 65 million years ago. The name Cretaceous is actually derived from the Latin word 'Creta' which means “chalk”. Chalk usually refers to the white colored, soft, powdery limestone rock that is primarily comprised of fossil shells. These are basically dominated by the calcite minerals.
By the end of this period, the dinosaurs were completely wiped out from the earth and the flowering plants started to evolve after the mass extinction event, which is commonly known as the Cretaceous-Tertiary boundary (K-T boundary).
Thus, the name Cretaceous was given because during this time period, there was abundant deposition of marine limestones (chalk), depicting that the sea level was comparatively higher than the present day.
Hence, the correct answer is option (A).
Where is more than two-thirds of earth’s freshwater stored
Answer:
Polar Ice Caps and Glaciers
More than two-thirds of the Earth's freshwater is stored in glaciers and ice caps.
Explanation:The majority of the Earth's freshwater is stored in glaciers and ice caps, accounting for more than two-thirds of the total freshwater reserves. Glaciers are massive bodies of ice that form in cold regions and accumulate over time. They are found in places like Antarctica, Greenland, and mountainous regions around the world. When glaciers melt, they release freshwater into rivers, lakes, and underground aquifers, which are other important sources of freshwater.
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Scientists search for fossil fuels in many ways. Sending a sound wave into the ground (by exploding dynamite, thumping the ground with a large weight, or using an electric vibrating machine) and measuring its return to the surface at receiving stations is called ________ surveying.
A. dynamite
B. destructive
C. seismic
D. sonar
E. geologic
Answer: Seismic surveying
This process might have occurred more during Noah’s Flood than it occurs today. A) root wedging frost B) wedging cavitation C) ground water D) sapping exfoliation
Answer:
c)ground water
Explanation: it took a while for the water to go down as time went by the water was filtered thrugh the mierals beneath the earths crust to create ground water.
Final answer:
The process likely to have been more prevalent during Noah's Flood than today is catastrophic flooding, which can dramatically reshape landscapes, as seen in geological features on Earth and Mars.
Explanation:
The process that might have occurred more during Noah's Flood than it occurs today is referred to as catastrophic flooding. This type of flooding can reshape landscapes in a dramatic way through the sudden release of massive quantities of water. On Earth, floods can result from heavy rainfalls or extreme water levels in rivers, affecting plant survival and leading to adaptations. Catastrophic floods are different from other gradual erosional processes, such as soil creep, solifluction, or ice, which operate on much longer timescales and under different conditions.
The _______________ river begins in the Andes Mountains and flows eastward across South America to the Atlantic Ocean.
Answer:
Amazon river
Explanation:
Amazon river -
It is the largest river present in the continent of South America ,
The river Amazon originates from the Andes mountains and flows eastwards all across the continent of south America and then at last enters the Atlantic Ocean .
The basin of the amazon river is the largest basin in the whole world .
hence , the correct answer according to the given information of the question is Amazon river .
Answer:
Amazon River
Explanation:
The Amazon river origintaes from the Andes Mountains of western South America. It flows east from there to the Atlantic Ocean. Most of the huge river and its many tributaries are in the country of Brazil
Name a country that is overly dependent on another country for critical goods and services?
Answer:Nigeria
Explanation:
Nigeria import almost all goods like rice , cars, weapons etc and services from mostly middle eastern engineers in overseeing most of their project like building a bridge or roads and also they hire Indians to run their factories and companies because of how good Indians are in managing.
Which state has the longest border on the gulf of mexico?
Answer: Florida
Explanation:
Of the five states – Florida, Louisiana, Texas, Alabama and Mississippi – having a shoreline on the Gulf of Mexico, Florida has the longest border or shoreline measuring 770 miles (approximately 1239 kilometres). The total length of the Gulf of Mexico's coastline is 1631 miles (approximately 2625 kilometres). With this data it can be deduced that Florida has 47.2% of the Gulf of Mexico’s coastline.