Go to the screen in the interactive figure called key evidence of water, then zoom in on the "southern highlands. " which geologic processes are most clearly evident in the southern highlands?.

Answer: B

Explanation:

The 9.0 magnitude earthquake that occurred northeast of Japan in March 2011 was the result of movement between two plates at a subduction zone.

Subduction zones are areas where one tectonic plate is forced underneath another due to the process of plate convergence. In this specific case, the Pacific Plate was subducting beneath the Eurasian Plate, creating intense geological stress and ultimately leading to the powerful earthquake. The subduction of the denser oceanic crust beneath the less dense continental crust generated massive amounts of energy, resulting in the release of seismic waves and causing widespread devastation, including the triggering of a tsunami that caused further destruction along the coast.

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Answer:

magnitude.

Explanation:

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Tundra biome is a treeless plain that occurs around the arctic circle.

Tundra represents the most chilly biome. It also receives little precipitation, like a desert. Tundra is situated immediately below the Arctic ice caps and extends throughout North America, Europe, and Asia to Siberia.

The tundra biome covers a large portion of Alaska and over half of Canada. Tundra may also be found at the summits of extremely high mountains across the world. Temperatures are typically quite cold, but can rise to mild levels in the summer. Winters on the tundra are long, gloomy and cold, with average temperatures below zero degrees Celsius for six to ten months of the year. Temperatures are so low that a layer of permanently frozen earth under the surface, known as perma-frost, has formed.

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Answer:

x = 0

Isolate the variable by dividing each side by factors that don't contain the variable.

Large, angular rocks are most likely to be found in areas that are subjected to weathering conditions. The type of rocks found in a location often depends on several factors including the type of rock formation in the area, geological history of the region, weathering and erosion conditions, and climatic conditions. Some of the most common locations where large angular rocks can be found include:

1. Mountains: Angular rocks are often found in mountainous regions where there are several rock outcrops. The rocks found in these regions are often subjected to weathering and erosion by wind, water, and ice, leading to the formation of large angular rocks.

2. Glaciers: Glaciers are known for their ability to transport rocks of various sizes over long distances. The rocks transported by glaciers are often angular, and they often form moraines when the glacier recedes.

3. Riverbeds: Riverbeds are often characterized by large angular rocks, boulders, and cobbles. The rocks in riverbeds are often transported by water, and they undergo several cycles of abrasion, which results in the formation of angular rocks.

4. Deserts: Large angular rocks can also be found in desert regions. The rocks in these regions are often subjected to weathering by wind and sand, leading to the formation of angular rocks.

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Urban areas in lower income countries (LICs) or newly emerging economies (NEEs) provide social and economic opportunities for people. Consider the availability of work prospects in industries like manufacturing and construction, as well as in areas with access to healthcare, transportation, and education. Socially, metropolitan regions frequently provide better housing, sanitization practices, and utilities like water and electricity.

For instance, occupations and employment prospects are typically more plentiful, consistent, and reachable in metropolitan locations. In truth, those who are rich in society tend to perceive or have access to LIC's benefits more frequently. Consider the cost of living (which is greater in an urban location), the strain that an influx of people may place on infrastructures and employment possibilities, the prevalence of disease, and the quality and sanitation of the water supply. As a result, there is an increased level of social unrest, violence, and poverty.

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The silicate group of minerals dominates Earth's crust for two main reasons.

1. Abundance: Silicate minerals are the most abundant minerals in the Earth's crust. They make up approximately 90% of the minerals found in the crust. This is because silicon (Si) and oxygen (O), which are the main components of silicate minerals, are the two most abundant elements in the Earth's crust.

2. Chemical stability: Silicate minerals are highly stable under the conditions found in the Earth's crust. They can withstand the high temperatures and pressures that exist in the crust, making them resistant to chemical weathering and erosion. This allows silicate minerals to persist and dominate the crust over long periods of time. In summary, the silicate group of minerals dominates Earth's crust due to their abundance and chemical stability.

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Answer:

The United Nations Declaration of Human Rights was created in 1948. Its purpose is to declare a certain set of rights as universal to all human beings. Specifically, it lists the rights that the United Nations believes should be given to all humans simply because they are human. The Declaration lists 30 rights, including the rights to live and speak freely and be treated equally. Although the Declaration is accepted by all member nations, it is not strictly enforced.

Explanation:

hi, your doing a great job! keep up the hard work!

The four main principle of UN are :

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Answer:

Northwest 5

Midwest 4

Southeast 3

Northwest 2

Southwest 1

Explanation:

Northeast: Increased heat, drought, and insect outbreaks; increased wildfires; declining water supplies; and reduced agricultural yields.

Midwest: Extreme heat, heavy downpours, and more flooding.

Southeast: Sea level rise, extreme heat, and decreased water availability.

Northwest: Reduction of water supply, sea level rise, more flooding, more wildfires, insect outbreaks, and widespread tree die-off.

Southwest: Heat waves, heavy and intense rain events, and sea level rise.

Peridotite is the pieces of green olivine-rich mantle rock that are sometimes carried to the surface by basaltic lava.

The silicate minerals olivine and pyroxene make up the majority of the composition of peridotite, which is a dense, coarse-grained igneous rock.

Because the rock has less than 45% silica, peridotite is ultramafic. Because it contains significant amounts of the magnesium-rich mineral olivine, it has a high magnesium content (Mg2+). Peridotite originates in the Earth's mantle, either as crystals gathered from magmas that erupted in the mantle or as solid blocks and pieces.

Peridotites from these layered igneous complexes have a variety of compositions that reflect the relative amounts of pyroxenes, chromite, plagioclase, and amphibole.

The term "peridotite" derives from the mineral peridot, which is made up of light green olivine.

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This is about a river drying up.

A  -  Deforestation

B  -  Industrial pollution

C  -  Agricultural runoff

D  -  Water over-extraction

E  -  Climate change-induced drought

Stage A  -  Heavy deforestation occurs near the river, reducing the natural canopy cover and increasing soil erosion.

Stage B  -  Increased industrialization leads to the release of toxic chemicals into the river, polluting the water and harming aquatic life.

Stage C  -  Uncontrolled agricultural practices contribute to excessive nutrient runoff, causing algal blooms and oxygen depletion in the river.

Stage D  -  Growing water demand due to population growth results in over-extraction of water from the river, reducing its flow.

Stage E  -  Climate change exacerbates drought conditions, further reducing the river's water levels and eventually causing it to dry up.

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Wood is subjected to high temperatures; its conductive properties improve due to increased thermal conductivity and decreased moisture content.

Wood is exposed to high temperatures, its conductive properties change significantly.

Wood is generally considered a poor conductor of heat, meaning it does not readily conduct heat and transfers it slowly.

However, when wood gets very hot, several changes occur.

Firstly, as the temperature of wood increases, its thermal conductivity tends to improve.

Heat energy starts to move more rapidly through the wood due to the increased kinetic energy of the molecules.

This means that the wood becomes a slightly better conductor of heat compared to its normal state.

Secondly, as wood heats up, its moisture content begins to decrease. Wood contains water within its structure, and as the temperature rises, this water evaporates.

The loss of moisture leads to changes in the wood's physical properties, including an increase in its density.

This denser wood can conduct heat more efficiently than wood with higher moisture content.

Furthermore, at extremely high temperatures, wood can undergo chemical changes such as pyrolysis or combustion.

Pyrolysis refers to the decomposition of wood caused by heat, resulting in the release of flammable gases and the formation of charred residue.

Combustion occurs when the temperature exceeds the wood's ignition point, leading to the production of flames and the complete burning of the wood.

At extremely high temperatures, wood can undergo chemical changes, such as pyrolysis and combustion, which significantly alter its properties.

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Answer:

-oceanic plates dive underneath because they are more dense then continental. This process is called subduction, it also creates an oceanic trench

Explanation:

Answer:

perihelion

Explanation:

Yoo, its perigee. The farthest point is the apogee. For planets, the point in their orbit closest to the sun is perihelion.

Answer:

Perihelion is the location in a planet's orbit that is closest to the Sun.

Explanation:

The Sun is the central and only star in the Solar System. It has by far the biggest gravitational pull of any pace body in it so naturally, all planets orbit around it. The orbits of the planets though are not a perfect circle, instead, they are ellipses, with one part of their orbit being closer to the Sun while the other part being further away from the Sun.

The location of a planet's orbit that is the closest to the Sun is called perihelion. Basically, because the planet is the closest to the Sun at this point, it experiences the most of its gravitational pull. This results in the speeding up of the planet, thus it is also the part of the orbit when the planet moves the fastest. The opposite part of the orbit, when the planet is the furthest away from the Sun is called aphelion, and this is when the planet experiences the least of the Sun's gravitational pull and is the slowest.

It's important to note that the specifics of a free trade area agreement can vary depending on the negotiations and agreements reached by the participating countries. When Eripria, Gautom, and Kasmonis form a free trade geographic , the following statements would generally hold true:

1. Reduction or Elimination of Tariffs: The member countries would agree to reduce or eliminate tariffs on goods traded between them. This means that there would be reduced or no import taxes imposed on goods originating from member countries within the free trade area.

2. Removal of Trade Barriers: Non-tariff barriers to trade, such as import quotas or restrictive regulations, may also be reduced or eliminated among the member countries. This facilitates the smooth flow of goods across borders within the free trade area.

3. Preferential Treatment: Member countries may grant preferential treatment to each other's goods and services over those from non-member countries. This preferential treatment can include lower tariffs, streamlined customs procedures, and easier market access.

4. Trade Liberalization: The establishment of a free trade area generally implies a commitment to trade liberalization among member countries. It encourages the expansion of trade and the removal of restrictions that impede the free movement of goods, services, and capital.

5. Economic Cooperation: The free trade area may also involve cooperation in areas beyond trade, such as harmonizing regulations, coordinating investment policies, and fostering collaboration in areas like technology transfer, research, and development.

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The sources of non-renewable energy will deplete or not be renewed within our lifetimes, or perhaps within many, many lifetimes. Coal, oil, and natural gas are the main fossil fuels used as non-renewable energy sources. The primary component of fossil fuels is carbon.

Natural resources that cannot be easily replenished by natural means at a rate quick enough to keep up with us are considered non-renewable resources. Fossil fuels made of carbon are one instance. With the use of heat and pressure, the original biological matter transforms into fuel like petrol or oil.

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All of these factors help determine whether a volcanic eruption will be violent or relatively quiescent. The amount of dissolved gases in the lava, temperature, and composition of the lava all play crucial roles in the eruptive behavior of a volcano.

The amount of dissolved gases in the lava, such as water vapor and carbon dioxide, affects the explosiveness of the eruption. Higher amounts of dissolved gases lead to a more violent eruption, as the gases expand and cause the magma to break apart forcefully when it reaches the surface.

Temperature also plays a significant role in the eruption style. Hotter, more fluid lava flows more easily and tends to produce gentler eruptions, as it can release its gas content more efficiently. In contrast, cooler and more viscous lava is less efficient at releasing gas, resulting in a buildup of pressure that can cause violent eruptions.

The composition of the lava is another essential factor. Basaltic lava, which is relatively low in silica content, tends to be more fluid and produces less violent eruptions. On the other hand, lava with higher silica content, such as andesitic or rhyolitic lava, is more viscous and can trap gases, leading to more explosive eruptions.

In summary, the amount of dissolved gases in the lava, temperature, and composition of the lava are all critical factors that determine whether a volcanic eruption will be violent or relatively quiescent.

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The layer with the lowest viscosity among the following layers is the asthenosphere. The answer is D.

The asthenosphere is a region of the mantle that is partially molten and behaves plastically. Due to this plastic behavior, the asthenosphere has a low viscosity and is able to flow over long periods of time.The lithosphere is the outermost layer of the Earth, composed of the crust and the uppermost part of the mantle.

It is relatively cool and rigid, with a higher viscosity than the underlying asthenosphere.The crust is the outermost layer of the lithosphere and has a wide range of compositions and thicknesses. It has a higher viscosity than the underlying asthenosphere and can vary in viscosity depending on its composition and temperature.

The lower mantle is the layer beneath the asthenosphere and has a solid, but ductile, composition. It has a much higher viscosity than the asthenosphere and is not able to flow as easily over long periods of time. Therefore, the asthenosphere has the lowest viscosity among the given layer.The answer is D.

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An Urban sprawl, also called sprawl or suburban sprawl, the rapid expansion of the geographic extent of cities and towns, often characterized by low-density residential housing, single-use zoning, and increased reliance on the private automobile for transportation

Honestly I believe it jsut occurs as time moves on and humans become more advanced

Answer:

Urban sprawl, also called sprawl or suburban sprawl, the rapid expansion of the geographic extent of cities and towns, often characterized by low-density residential housing, single-use zoning, and increased reliance on the private automobile for transportation.

Answer:

B

Explanation:

Market...Planned

Answer:

The distance between the Earth and Venus varies by a factor of almost 7 depending on where the planets are in their respective orbits.

Eyewall replacement is the process by which a hurricane's innermost ring of clouds dissipates and is replaced by a new outer ring. This phenomenon occurs in intense hurricanes and involves the weakening and dissipation of the original eyewall, followed by the formation and strengthening of a new eyewall.

Eyewall replacement is a natural phenomenon that occurs in intense hurricanes. The eyewall is the ring of intense thunderstorms surrounding the eye of the hurricane, and it is typically characterized by the strongest winds and heaviest rainfall. During eyewall replacement, the inner eyewall weakens and dissipates, while a new outer eyewall forms and strengthens.

The process begins with the outer rainbands of the hurricane organizing into a new ring of intense thunderstorms. This outer ring gradually contracts inward, squeezing and displacing the original eyewall. As the new eyewall strengthens, it eventually replaces the old eyewall as the primary focus of the storm's energy and intensity. This process typically leads to a temporary weakening of the hurricane as the eyewall replacement takes place.

Eyewall replacement is an essential mechanism for the long-term survival and intensity fluctuations of hurricanes. It allows the storm to maintain its structure and prevent self-destruction due to the churning of energy within the original eyewall. Understanding and monitoring eyewall replacement is crucial for hurricane forecasting and assessing potential impacts on coastal areas.

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Answer:

Native American sovereignty

Explanation:

Answer:

a great circle on the surface of the earth passing through the poles

Explanation:

Mechanization in North America has been increasingly replaced in the latter decades of the twentieth century with migrant labor.

Migrant labor has become a major source of agricultural labor in North America due to its low cost and availability. The mechanization of agriculture has also made it easier for farmers to hire migrant laborers, as machines can handle many of the tasks that were previously done by hand. Migrant labor has become a contentious issue, with some arguing that it exploits workers and drives down wages, while others argue that it is necessary for the survival of the agricultural industry. The issue remains unresolved, and it is likely to continue to be a topic of debate in the coming years.

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Answer:

evanston illinois

Explanation:

The Northwestern University Chicago campus is located in the Streeterville neighborhood of Chicago, close to Lake Michigan. The Chicago campus is home to the Northwestern Memorial Hospital, the law school, and the medical school.

What is so special about Lake Michigan?

Near Lake Michigan are the biggest freshwater sand dunes in the world. Sleeping Bear Dunes Along Michigan's western coast, there is the largest concentration of freshwater sand dunes in the world, including the National Lakeshore and numerous smaller protected dunes. Use caution when swimming in Lake Michigan. The uneven bottom contains big holes and sharp drop-offs.

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Scientists can estimate past fluctuations in the temperature by studying indirect evidence such as ice cores, tree rings, and lake and ocean sediments.

Ice cores provide a record of past temperatures and atmospheric conditions, which can be used to calculate changes in the climate over time. Tree rings provide a record of the growth and width of the annual rings, which can be used to infer past temperatures.

Lake and ocean sediments provide a record of past temperatures, as well as other environmental conditions. All of these data can be used to reconstruct past temperatures and other climate variables.

In addition, scientists can use computer models to simulate past climate conditions, helping to further refine the estimates of past temperatures.

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The magnitude of the net field produced by the combination of the plates is approximately 2005 N/C and  the magnitude of the force on the object is approximately 1.1835 N.

To determine the net electric field produced by the combination of the plates, we need to calculate the resultant field by considering the vector sum of the individual fields.

In this case, plate A produces an electric field of 1110 N/C pointing eastward, while plate B produces an electric field of 1670 N/C pointing northward.

Since the electric fields are at right angles to each other (east and north), we can use the Pythagorean theorem to find the magnitude of the resultant field.

We square the magnitudes of the individual fields, sum them, and take the square root of the result:

Resultant field = √(1110^2 + 1670^2) N/C

= √(1,232,100 + 2,788,900) N/C

= √4,021,000 N/C

≈ 2005 N/C

So, the magnitude of the net field produced by the combination of the plates is approximately 2005 N/C.

To calculate the magnitude of the force on the object, we need to multiply the electric field by the charge of the object.

In this case, the object has been charged to 590 μC (microcoulombs).

We need to convert this charge to coulombs before calculating the force:

Magnitude of force = Electric field × Charge

= 2005 N/C × 590 × 10^(-6) C

= 1.1835 N

Therefore, the magnitude of the force on the object is approximately 1.1835 N.

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Answer:

all rock layers are laterally continuous and may be broken up or displaced by later events

Explanation:

so basically sedimentary layer extend until they are cut by younger sedimentary layers

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