In the united states, Hawaii and Alaska (are) most at risk from tsunamis.
tsunamis are infrequent high-impact events that have the potential to cause fatalities and damage on the coast. Since the beginning of the 19th century, tsunamis have caused more than 700 deaths and approximately $2 billion* in damage to U.S. coastal states and territories.
To better understand the U.S. tsunami hazard and prepare for the impacts of tsunamis on U.S. coasts, the National Tsunami Hazard Mitigation Program assessed the hazard for nine broad coastal regions. While a tsunami can strike any U.S. coast, the hazard level varies. Hazard levels reported here are qualitative and based largely on the historical record (through 2014), geological evidence, and location relative to tsunami sources, all of which provide clues to what might happen in the future.
The hazard is greatest for coastlines near subduction zones, which are particularly active seismic zones, where large earthquakes can produce damaging waves that threaten nearby and distant coasts. Dangerous subduction zones ring the Pacific Ocean and can also be found around the Caribbean.
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War-torn region of western Sudan
The war-torn region of western Sudan is Darfur. It was the site of many atrocities in the early-2000s.
The Sudanese rebel groups the Sudan Liberation Movement (SLM) and the Justice and Equality Movement (JEM) started fighting against the Sudanese government in February 2003, which they accused of oppressing Darfur's non-Arab population. The conflict is also known as the Land Cruiser War. In response to assaults, the government launched an ethnic cleansing effort against non-Arabs in Darfur. As a result, tens of thousands of civilians perished, and Omar al-Bashir, the president of Sudan, was charged by the International Criminal Court with genocide, war crimes, and crimes against humanity. The Sudanese military, police, and the Janjaweed, a Sudanese militia group, make up the majority of one side of the conflict; the majority of other Arab groups in Darfur stayed out of it. Members of the Janjaweed are recruited from among Arabized indigenous Africans and a small number of Bedouin from the northern Rizeigat.
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3. [3pt] Rank the layers of the Sun based on their density, from most dense to least dense. A) Chromospere B) Convection Zone C) Radiative Zone D) Core E) Photosphere F) Corona
Rank the sun's layers in order of density from the sun's center outward, from highest to lowest. Photosphere, Chromosphere, Corona, Radiation Zone, Convection Zone
The core is the sun's most dense and hottest region (150 g/cm3/15.7 million K), accounting for approximately 20-25% of the sun's overall radius. The photosphere, chromosphere, and corona make up the majority of the Sun's atmosphere. The photosphere is thought to be the densest, whereas the corona is thought to be the least dense. The highest temperature of the corona part is responsible for the corona's low density.
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What is the Coriolis effect? How does it influence ocean currents?
The winds pull surface water with them, creating currents. As these currents flow westward, the Coriolis effect—a force that results from the rotation of the Earth—deflects them. The currents then bend to the right, heading north.
The Coriolis effect describes the pattern of deflection experienced by objects that are not firmly attached to the ground as they travel long distances around the Earth. Many large-scale weather patterns are caused by the Coriolis effect.
The rotation of the Earth is crucial to the Coriolis effect. The Earth, in particular, rotates faster at the Equator than at the poles. Because the Earth is wider at the Equator, equatorial regions must travel nearly 1,600 kilometers (1,000 miles) per hour to complete a 24-hour rotation. The Earth rotates at a slow 0.00008 kilometers (0.00005 miles) per hour near the poles.
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After a mine closes, laws require that reclamation efforts be made to return the environment to a more natural state.
Why is this important in terms of erosion? What might be the result if the land is not reclaimed?
Reclamation is essential for human welfare and the sustainability of the environment. There must be a method for resources to return after collection because there is a continuing requirement for raw materials in some locations.
What is Reclamation ?Reclamation of land refers to the process of reclaiming land by either draining water from muddy areas or elevating the land's elevation. but given the rising demand for land, it can be a smart solution for developing areas for construction, agriculture, and other uses.
Reclamation of the land can bring the area back to its original splendor. Land reclamation can increase the amount of land available and the quality of the existing land, as well as enhance air quality and stop erosion pests and rodents from breeding in the area.
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why is southern california warm all year round but similar lattutyde on the mississippi river will requently get snow in the winter
Because of the coastal mountains and greenhouse gases, California has a high-pressure environment that makes it hot. It stays hot for the majority of the year in California because of the state's high sunshine and low rainfall.
Why are Dallas, Atlanta, Charleston, and Southern California warmer in the winter than places at a same latitude?Most of the year, the Pacific Ocean on the West Coast is significantly colder than the Atlanta Ocean on the East Coast. Los Angeles, at 33N latitude, is warmer during the winter than Houston, at 29N latitude, despite the West Coast of North America lacking the Gulf Stream, which brings warm tropical water.
Mountains make a difference. Between the High Plains border in North Dakota and the Texas Gulf Coast, there are no mountains. The Arctic might bring frigid air to Texas. The frigid temperatures of the Blue Norther can kill even palm trees as far south as Texas and as far north as Florida. West of the Mississippi River, the Rocky Mountains obstruct some of these arctic Canadian air masses. As they travel further west, the tall Sierra Nevada Mountains further prevent California from being reached by freezing temperatures. Significant temperature shifts result from winter storms that are cold in the Gulf of Alaska warming up across the Pacific Ocean.
The "wet" season in Southern California, which lasts from late November to early April, is often irregular and is broken up by extended stretches of winter sunshine. Offshore winds have the potential to produce heat waves in the winter. The nation's warmest maximum temperatures have occasionally been recorded in California during these winter months. The hilly terrain creates microclimates where temperatures hardly ever frost and never drop below 40. The last time it touched freezing in Los Angeles and San Diego was years ago. It is therefore feasible to grow subtropical trees, fruit-nut trees, and flowers that are unique to South Florida or Hawaii.
However, it is typical for nightly lows to drop well below 50F and into the 30s throughout the winter in the interior. Even if one lives close to the beach, it's typical to switch on the furnace in the winter to stay warm. Frost is sporadic, but historically, subfreezing nights have been experienced in low-lying, wind-protected locations.
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What was the goal of Impressionist art?
Answer:The Impressionists were a radical group of artists who broke away from the traditional rules of painting. Their goal was to capture the essence of a scene, rather than create a realistic image. By painting en plein air and capturing fleeting moments, the Impressionists were able to create emotionally charged works of art.
Explanation:
The Impressionists were a radical group of artists who broke away from the traditional rules of painting. Their goal was to capture the essence of a scene, rather than create a realistic image. By painting en plein air and capturing fleeting moments, the Impressionists were able to create emotionally charged works of art.
Answer: I hope this helps a little bit but good luck
Explanation:
Impressionists rebelled against classical subject matter and embraced modernity, desiring to create works that reflected the world in which they lived. Uniting them was a focus on how light could define a moment in time, with color providing definition instead of black linesThe main goal of impressionist during this time was the make an attempt to accurately and objectively record visual reality.
Organisms contribute to soil formation by ________ and _________.
Organisms contribute to soil formation by forming humus and mixing the soil.
Organic material is transformed into humus by decomposers, which is then improved with the nutrients that plants need. Conversely, humus is incorporated into the soil by earthworms. The tiny organisms known as decomposers convert dead plants and animals into humus. They also break down plant and animal waste (poop). Decomposers are essential components of any ecosystem. Without them, plants wouldn't acquire essential nutrients, and garbage and dead materials would build up in the environment. Examples include fungus and bacteria. The dead matter is recycled by decomposers, who turn it into humus, which mixes with forest soil and provides plants with the nutrients they need. The main decomposers include bacteria, fungi, protozoa, annelid worms, and arthropods.
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Which of the following is not one of the three major categories of galaxies? A Elliptical galaxies B. Globular galaxies O C Irregular galaxies O D. Spiral galaxies Review
Globular galaxies is not one of the three major categories of galaxies.
Briefly describe the three types of galaxies and what are their characteristics.The three primary categories utilized by astronomers are elliptical, spiral, and irregular galaxies. From dwarf galaxies with only a few hundred million stars to huge galaxies with more than a trillion stars, these galaxies are found in a wide range of sizes and shapes. The three primary types are spiral, elliptical, and irregular galaxies.
Spiral galaxies resemble pinwheels because their spiraling arms spread outward from their centers. The degree to which elliptical galaxies resemble spherical objects ranges from E0 to E7. The form of irregular galaxies is completely lacking. A galaxy's principal constituents are its disk, which may comprise spiral arms, a halo, a central bulge, and a black hole at its center.
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What's the best explanation for the location of hot Jupiters?
-They formed closer to their stars than Jupiter did.
-They formed farther out like Jupiter but then migrated inward.
-The strong gravity of their stars pulled them in close.
The best explanation for the location of hot Jupiters is that they formed closer to their stars than Jupiter did.
Hot Jupiters are a category of superior planet exoplanets that square measure inferred to be physically almost like Jupiter however that have terribly short orbital periods (P < ten days). The shut proximity to their stars and high surface-atmosphere temperatures resulted in their informal name "hot Jupiters".
So-called hot Jupiters are planets that are roughly as huge as Jupiter and orbit terribly on the brink of their stars, sometimes but tenth part the gap at that Earth orbits the sun. Hot Jupiters are terribly completely different from something seen within the system, motility questions on their formation.
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which etm channel enables the clearest/easiest discrimination (classification) of the land-cover types? which band provides the least amount of information concerning the variation in land cover within the image subset?
Geographic information system channel enables the clearest/easiest discrimination or classification of the land-cover types. It means that Land cover refers to the vegetative characteristics or manmade constructions on the land's surface.
Land cover is referred to what covers the surface of the earth and land use describes how the land is used some examples of this land cover included the water, snow, grassland, deciduous forest, and bare soil.
The main purpose of the Landsat satellite program was to provide a tool for continuous monitoring of earth’s resources and later it was called Landsat 1 in July 1972 because it has majorily contributed for development of remote sensing applications such as land cover classification.
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What is stratification and what can it be based upon (e.g., income, wealth, power, or occupation)?
Stratification is defined as the classification of data, people, and objects into different groups or hierarchies. Based on the context of the question, stratification here can be social stratification. Social stratification refers to the classification of people into rankings by societies based on factors such as wealth, income, education, family background, and power.
What do sociologists think about social stratification?Sociologists distinguish between two types of stratification. Closed systems take little account of changes in social status. No level switching is allowed and no social relationships between levels are allowed. Closed systems include estates, slavery, and caste systems. The open system is performance-based and allows movement and interaction between layers and classes. How different systems operate reflects, emphasizes, and promotes certain cultural values and shapes individual beliefs. This section describes the stratified system of class and caste and describes the ideal system of meritocracy.
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why is the fossil record useful in helping us understand the history of life on earth? guiding questions
Fossil record useful in helping us understand the history of life on earth is the only source of direct evidence about what prehistoric organism looked like and where they lived and when they lived.
Fossils provide an important evidence for evolution and the adaptation of plants and animals for their environments. It provide the record of how creatures developed and how this process can be represented by a tree of life showing that all species are related with each other.
It refers to any evidence of past life preserved in geologic texture and it was helpful to study about the earth is that they show us how life, landscapes, and climate have changed over time and how living things responded to those changes.
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you find a rock with the following properties: light in color, it will not react to acid and doesn't taste salty but it easily scratches glass, it is made up of small sugar sized grains, it occurs in distinct layers of rock. how would you classify this rock?
Limestone is a light-colored rock that doesn't react to acids or taste salty. It is composed of tiny sugar-sized grains and is found in various layers of rock.
Where can one find limestone?The majority of them are located between 6 ° north and 32 ° south latitude in shallow oceanic regions. Every Caribbean Sea, Indian Ocean, Persian Gulf, Gulf, Pacific Ocean islands, and Indonesian archipelago are all experiencing the formation of limestone.
What makes limestone so precious?Paper, rubber, and painting are among the items that employ limestone as a filler. Even meals and medications like morning cereals and calcium supplements use the purest limestone. In addition, lime (CaO), which is used to cleanse landscapes, contain water, and smelt copper, is made from limestone as a raw material.
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Why is Pluto now classified as a dwarf planet? Why was it downgraded?
Because Pluto failed not match the three requirements the IAU employs to designate a full-sized planet, it is classified as a dwarf planet.
The International Astronomical Union (IAU) reduced Pluto's classification to "dwarf planet" in August 2006. As a result, only the rocky planets in the inner Solar System and the gas giants in the outer Solar System will be referred to as planets moving forward. The area of space that is less than the radius of Jupiter's orbit around the sun is referred to as the "inner Solar System." A celestial entity in direct orbit around the Sun that is sufficiently big to have gravitational forces determine its shape rather than mechanical forces but has not yet cleared its surrounding region is referred to as a "dwarf planet."
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when should you organize your report by convention? when writing reports that should begin with the most important item and proceed to the least important when writing reports that are organized by components such as location, geography, and division when writing reports that follow a prescribed plan that everyone understands
When writing reports that are organized by components such as location, geography, and division. The target audience is a crucial section to concentrate on.
When developing reports that contain important data based on location, geography, and division, you should organise your report by component.
This is due to the fact that component-based reports contain primary data such location, region, division, product, and part.
A formal way to write in-depth on a subject is through report writing. An official tone permeates every story. The target audience is a crucial section to concentrate on. For instance, drafting a report about a business case, an event at school, etc.
This made it possible to classify and organise the reports appropriately.
Therefore, it can be said that it is the correct response in this instance. When composing reports that provide crucial information based on location, geography, and division.
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a large canyon has developed over time by a river running through it. this is an example of .
Answer: Abrasion
Explanation: When a liquid runs through rock, over time it cuts through and creates an opening.
Label the diagram depicting the characteristics of a collisional orogen. undeformed sedimentary rock B fold-thrust belt csuture Dmetamorphic rock 10 km
(A). sedimentary rock that hasn't changed (B). Close the thrust belt (C). Suture, (D). a metamorphic rock.
What traits do sedimentary rocks have?Only in places where silt are deposited for a long enough period of time in becoming compacted , cemented in hard sheets or strata can sedimentary rocks be produced. Despite being the most prevalent rocks visible on the surface of the Earth, they make up a very small portion of the crust as a whole. They are distinguished by the fact that they are created in layers.
Rocks made of sediment are created where?In contrast to the igneous and metamorphic rocks, which are generated deep beneath the Earth, sedimentary rocks are created on or around the surface of the planet. Corrosion, corrosion, breakdown, rain, and lithification are the main geological activities that result in the formation of sedimentary rocks.
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The complete question is-
Label the diagram depicting the characteristics of a collisional orogen. unreformed sedimentary rock B fold-thrust belt, suture, metamorphic rock 10 km.
I need answer for aim 31 greenhouse effect worksheet?
How does the greenhouse effect work?
Incoming ___________________________ from the sun ______________ the Earth and is ______________________ by the greenhouse gases, warming and insulating the Earth like a "blanket"
Is the greenhouse effect a good thing?
_______!! Because it maintains _______________________________________
So why is the greenhouse effect considered a bad
thing and is linked to global warming?
______________ of the greenhouse effect is a bad thing. Since there are more and more greenhouse gases in the atmosphere, more _______________ is trapped which makes the earth ____________. This is called ___________________________.
Here are the correct words to complete the sentences above:
The greenhouse effect works as follows:The greenhouse effect is the effect that is caused by certain gases, such as methane and carbon dioxide, that trap heat within the atmosphere, keeping the temperature of the planet warm. It's a good effect to happen until a certain amount since keeping the planet's temperature helps life thrive on its surface. However, if there are too many greenhouse gases in the atmosphere, the temperature may keep rising up instead of staying level. That would throw off the balance in the planet's climate.
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In 2019 which beach was designated america’s #1 beach according to tripadvisor’s travelers’ choice awards?
Clearwater Beach was designated America’s #1 beach according to the Tripadvisor’s travelers’ choice awards.
What is Clearwater Beach?On a barrier island in the Gulf of Mexico in Pinellas County on the west coast of Florida, there is a resort area and a residential area called Clearwater Beach. Clearwater Beach is situated at a geographic latitude of 27.57 N and longitude 82.48 W, just west of the remainder of Clearwater, Florida, which it is a part of, across the Intracoastal Waterway through the Clearwater Memorial Causeway. White sand beaches that run 2.5 miles along the Gulf are a feature of Clearwater Beach, which is situated on a barrier island. On the Intracoastal Waterway side, it has a full marina, and a short bridge connects it to Sand Key Park, which is on another barrier island called Sand Key.
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earthquake warning systems . question 73 options: a) are based on long-term predictions of earthquakes, allowing planners to schedule evacuations b) alert people just before an earthquake takes place, allowing them to evacuate buildings c) alert people when an earthquake has taken place, possibly giving them seconds to get to a safer place d) do not yet exist, but the technology is something seismologists are working on
According to the research, the correct answer is Option C. Earthquake warning systems alert people when an earthquake has taken place, possibly giving them seconds to get to a safer place.
What is an Earthquake?It is a shaking of the ground produced by the clash of tectonic plates that releases a large amount of energy, and its consequences can often be atrocious, devastating regions and entire countries.
In this sense, Earthquake warning systems have seismic sensors that are directly connected to a siren that is automatically activated in case of dangerous earthquakes and that allows certain decisions to be made that reduce the damage caused by the earthquake, for example, self-protection measures.
Therefore, we can conclude that according to the research, Earthquake warning systems can help people prepare for the occurrence of a destructive earthquake.
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Which of the following is NOT a way glacier retreat has contributed to climate change? A. Glaciers, which reflect heat back into space, have been shrinking.
B. Exposure to bare soil, which absorbs heat, has increased.
C. Sea levels have increased, which increases heat reflected back into space.
D. Sea levels have increased, which increases the amount of heat absorbed
The statement sea levels have increased, which increases heat reflected back into space is not a way in which glacier retreat has contributed to climate change.
Climate change is the steady modification of temperature and weather patterns. Even while it's possible that some of these changes are caused by nature, since the 1800s, human activity has been the main driver of climate change. Since fossil fuels like coal, oil, and gas store heat, the gases created when they are burned are mostly to blame. 3500 km³ of ice is found in Icelandic glaciers; if all of it melted, the sea level would rise by 1 centimeter. To put this in perspective, consider that the SE outflow glaciers of Vatnajökull have lost twice as much ice since approximately 1890 as the Greenland Ice Sheet has in recent years. The largest contributor to the present average global sea level rise of 3–4 mm per year is meltwater from glaciers in Antarctica and Greenland. Approximately half of the rise over the past century can be attributed to thermal expansion brought on by ocean warming.
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Study the table about Earth’s interior.
A 4 column table with 5 rows. First column is unlabeled with entries: Crust, uppercase mantle, Lower mantle, Outer core, Inner core. Second column is labeled Thickness in kilometers with entries: 30, 720, 2,171, 2,259, 1,221. Third column is labeled Density in grams per centimeters cubed, divided into Top and Bottom columns. Top entries are: 2.2, 3.4, 4.4, 9.9, 12.8. Bottom entries are: 2.9, 4.4, 5.6, 12.2, 13.1. Fourth column is labeled Types of Rock Found with entries: Silicic rocks, Peridotite, Magnesium and silicon oxides, Iron plus oxygen, Iron plus oxygen.
If silicic rock is found in a core sample, what evidence does this provide about the rock’s location?
Its location is likely underneath an ocean or a mountain.
Its location is likely denser than Earth’s lithosphere.
Its location likely has a consistency that changes from solid to liquid.
Its location likely contributes to the creation of Earth’s magnetic field.
Mark this and return
The correct option would be A Its location is likely underneath an ocean or a mountain.
What are the interior of Earth's five main parts?
The lithosphere, asthenosphere, mesosphere, outer core, and inner core can be seen when we divide the Earth into its many layers based on rheology. The layers are divided into the crust, mantle, outer core, and inner core if we categorise the layers according to chemical differences. The thickness of the continental crust is normally 40 km (25 miles), whereas the thickness of the oceanic crust is only 6 km (4 miles). The difference in the average heights of the continental and oceanic crust is a result of the varying densities of the lithospheric rock.
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Answer: a. Its location is likely underneath an ocean or a mountain.
Explanation:
With a shortage of available farmland and growing populations, what can the governments of
Central America do to prevent poverty and unemployment from increasing in the future
More highly trained, high-productivity jobs are needed in the area, but more importantly, jobs that can end the cycle of poverty and promote long-term economic progress.
What types of crops fueled Central American economy following independence?
Little changed when Central America gained its independence for the most part. The wealthy landowners continued to govern the countries' economies after the Spanish officials fled. The economy of Central America were supported by the plantation crops of coffee and bananas. In periods of high unemployment, wages decline and so does consumer spending. This decrease in spending lowers the overall demand for goods, which causes businesses to cut back on production, output, and employment, further lowering expenditure and then production.
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what is the most exciting implication of the likely existence of a water ocean under europa's surface?
The most exciting implication of the likely existence of a water ocean under europa's surface could be a place for life to exist.
The surface of Europa is freezing and covered with ice. This ice frames a "crust" on the moon that is believed to be a few kilometers thick. Underneath the crust, a subsurface expanse of fluid water as much as 100 kilometers deep is remembered to exist. Specialists accept that the sea is wealthy in broken up particles, especially magnesium, sodium, potassium, and chlorine. Life forms on Earth live in particle rich arrangements, so there is a decent opportunity that they live in them on Europa.
Spacecraft perceptions discovered that the surface of Europa is covered with water ice. That ice and different materials on Europa's surface are besieged with radiation from Jupiter that could change them into a portion of the substance building blocks of life. These include: free oxygen (O2), hydrogen peroxide (H2O2), carbon dioxide (CO2), and sulfur dioxide (SO2).
Assuming that these mixtures arrive at the subsurface sea, they can be important supplements to begin and support life. The sea water can respond with the stones and minerals of the subsurface sea floors to free different supplements to help life.
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which type of meteorite is rich in volatiles and thus provides the best samples of the solar nebula?
carbonaceous chondrites type of meteorite is rich in volatiles and thus provides the best samples of the solar nebula. They contain a lot of volatiles.
The carbonaceous chondrite, one of the two types of stony meteorites, is a variety of chondrite that is valuable for the knowledge it provides about the early solar system. Approximately 3% of all meteorites that have been found after being observed to strike the globe are carbonaceous chondrites. Six recognised groups—CI, CM, CV, CO, CR, and CK—have been defined based on the carbonaceous chondrites' volatile oxygen isotopic compositions, petrology, and bulk chemistry.
Two other categories, CH and CB, have also been provably discovered. All chondrites, especially carbonaceous chondrites, are mostly composed of chondrules and refractory inclusions volatiles buried in a fine-grained matrix, with the exception of the CI group.
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the antonine wall, the northernmost boundary of the roman empire, is located in what country?
The Antonine Wall, the northernmost boundary of the Roman Empire, is located in Scotland. The wall was built by the Roman Empire in the 2nd century AD as a defense against the northern tribes in Britain. It stretched for about 37 miles (60 km) from the Firth of Forth to the Firth of Clyde and was the northernmost limit of Roman expansion in Britain. The Antonine Wall is now a UNESCO World Heritage Site and is considered one of the most important Roman archaeological sites in Britain.
once the carrying capacity of an environment is reached, the population generally _______.
once the carrying capacity of an environment is reached, the population generally-
may fluctuate by slightly exceeding the carrying capacity, and then dropping below itmay experience cycles of "boom and bust"cannot continue growing exponentiallyCarrying capacity refers to a species' average population size in a particular habitat. The environment can regulate a species' population size by providing enough food, shelter, water, and mates. If these needs are not met, the population will decrease until the resource is replenished. The carrying capacity of a habitat is the most individuals of a species that it can support.
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what type of deformation is shown in the gigapan image?
Ductile deformation is shown in the gigapan image.
what is deformation?Changes in the relative positions of the molecules within a thing cause it to deform and the process is called deformation.
brittle, ductile and elastic are common type of deformation.
What are the traits of deformation?The flexural deformation features include the stress–strain curves, Poisson's ratio, beginning cracking strain and stress, maximum tensile strain, the deformation distribution across the normal section, elastic modulus, the cyclic loading effects, and so on.
what is ductile deformation?When a material changes shape by bending or flowing, it is said to exhibit ductile deformation. During this process, chemical bonds may break and then reform into new ones.
Describe the gigapan image?Digital photographs with billions of pixels are known as gigapans, or gigapixel panoramas. They're enormous vistas filled with interesting detail that was all beautifully captured in one stunning image.
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speleothems are associated with the ________ stage of cavern formation.
Speleothems are associated with the decoration stage of cavern formation. Screen printing, heat transfer, engraving, embroidery, debossing, and embossing are just a few examples of decoration techniques.
Making something more aesthetically pleasant is the goal of decorating. It can be applied to improve an object's look or make a place more welcoming. Some popular alternatives to the word "decorate" are "adorn," "beautify," "deck," "embellish," and "ornament." Decorate denotes removing plainness or monotony by adding beauty of colour or pattern, whereas all these phrases denote "to enhance the appearance of something by adding something unessential." birthday cake with decorations. The term "decoration" can be used to describe both the actions taken to make something more appealing as well as the materials that are employed to do so. The "dressing" of a room or interior area is referred to as decorating in the construction industry.
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having developed on the challenging terrain of the andes mountains in south america, this civilization governed its territory by developing an extensive system of roads and bridges stretching over 14,000 miles?
The Inca constructed an extensive road system all over their empire. It consisted of two north-south roadways, one spanning roughly 2,250 miles (3,600 km) along the coast and the other running interior along the Andes.
I The Inca constructed an extensive road system across their empire. It consisted of two north-south roadways, one spanning roughly 2,250 miles (3,600 km) along the coast and the other running interior along the Andes for a similar distance, both with numerous linking links. Many brief rock tunnels and suspension bridges supported by vines have been built. The system was only used for official and military business, and a well-organized relay service moved messages along quipu (Quechua khipu), knotted cords, at a rate of 150 miles (240 km) per day. The network made it much easier for the Spanish to conquer the Inca empire.
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