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Answer:

The most likely process that formed the huge outflow channels on Mars is catastrophic but rare flooding. There is evidence of large-scale flooding on Mars, such as the outflow channels that are hundreds of kilometers long and tens of kilometers wide, which are thought to have been caused by catastrophic floods that occurred billions of years ago. Rainfall is not likely to have been the cause, as the Martian atmosphere is too thin to support rainfall as it occurs on Earth.

Answer:

The most likely process that formed the huge outflow channels on Mars is catastrophic but rare flooding. There is evidence of large-scale flooding on Mars, such as the outflow channels that are hundreds of kilometers long and tens of kilometers wide, which are thought to have been caused by catastrophic floods that occurred billions of years ago. Rainfall is not likely to have been the cause, as the Martian atmosphere is too thin to support rainfall as it occurs on Earth.

Explanation:

A kind of map that combines this information information about landforms with information about towns, boundaries, and borders is: A. a political/physical map.

A map can be defined as a graphical representation that is used to depict all or some parts of planet Earth, and it is commonly drawn to scale on a flat surface.

In Geography, there are different types of map and these include the following;

Basically, a political map simply refers to a type of map that is used for providing information about geographical regions, international borders, and boundaries.

On the other hand (conversely), a physical map simply refers to a type of map that is used for providing information about landforms such as valleys, mountains, rocks, etc.

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Complete Question:

The map of Crater Lake National Park combines information about landforms with information about towns, boundaries, and borders. Which kind of map combines this information?

A. a political/physical map

B. a topographical map

C. a physical map

D. a climate map

The Great Sphinx has suffered various forms of damage over the centuries due to natural weathering, erosion, and human activities.

One of the most significant periods of damage occurred during the reign of the pharaoh Thutmose IV (1401-1391 BC), who is believed to have ordered the excavation of the Sphinx from the sand dunes that had buried it over time.

During this excavation, the Sphinx's neck and shoulders were severely damaged, likely due to the use of heavy equipment and/or the removal of large stones that had been supporting the structure.

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Answer: Indus water is useful for irrigation of large agricultural land.

Explanation:

The farmland is mainly irrigated with water from the Indus River and because of its tributaries. Resources from Punjab and Sindh plains forms the backbone of the agriculture and food production in Punjab, Sindh, and Pakistan. Also the river brings about mineral sediments at the shores and the bank thus it provides natural fertilizers for the crops increasing the agricultural yield also the river is a source of water ways and recreational activities which promotes tourism. All these economic activities promote economic growth in these regions.

Answer:

Climate change is closely linked to the frequency and intensity of droughts. While droughts have occurred naturally throughout history, climate change exacerbates their occurrence and severity.

Here are some key points about the relationship between climate change and the regularity of droughts:

1. Increased Temperatures: Climate change leads to rising global temperatures. Higher temperatures increase evaporation rates, causing moisture to evaporate from soils, lakes, and rivers more rapidly. This results in drier conditions and can contribute to the onset and persistence of droughts.

2. Altered Rainfall Patterns: Climate change can disrupt rainfall patterns, leading to changes in the distribution, intensity, and duration of precipitation. Some regions may experience reduced rainfall, resulting in more frequent and prolonged dry periods. This can contribute to the occurrence of droughts.

3. Changes in Weather Patterns: Climate change can disrupt atmospheric circulation patterns, such as the jet stream, which influences weather systems. These changes can cause weather patterns to become stagnant, leading to prolonged periods of dry conditions and increasing the likelihood of droughts.

4. Increased Water Demand: As temperatures rise, water demand for agriculture, industry, and domestic use also increases. This heightened demand can strain water resources, leading to water scarcity and drought conditions.

5. Feedback Loops: Droughts themselves can contribute to further climate change. For example, during droughts, vegetation and soil moisture decrease, leading to reduced evapotranspiration and lower levels of atmospheric moisture. This can result in less cloud formation and precipitation, creating a feedback loop that perpetuates dry conditions.

It's important to note that while climate change influences the likelihood of droughts, droughts themselves are complex events influenced by various factors, including regional climate dynamics and natural climate variability. However, scientific evidence suggests that climate change is increasing the risk and severity of drought events in many parts of the world.

Answer:

Climate change is leading to an increase in the frequency and severity of droughts. As temperatures rise, evaporation rates increase, leading to drier soils and reduced water availability. This can result in longer and more intense droughts, which can have significant impacts on agriculture, water resources, and biodiversity.

In addition, climate change can also alter precipitation patterns, leading to more frequent and intense rainfall events in some areas and more prolonged dry spells in others. This can exacerbate the effects of droughts, as well as increase the risk of flooding and other extreme weather events.

Overall, the relationship between climate change and droughts is complex and multifaceted, and scientists are still working to understand the full extent of the impacts.

Explanation:

Brinliest PLs

Answer:

Natural resources are materials people obtain from Earth that have economic value or are important for human life. Lumber, minerals, and even fossil fuels are three resources that serve people well. Resources are distributed throughout the world, though not always evenly, and some people have better access to resources than others.

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Continental crust is more buoyant than oceanic crust due to its greater thickness and lower density, allowing it to float higher on the denser oceanic crust.

Continental crust is very buoyant compared to oceanic crust because continental crust is thicker and less dense. Continental crust is composed mainly of granitic rocks, which are lighter and less dense than the basaltic rocks that make up oceanic crust.

The continental crust also contains a variety of lighter minerals, such as quartz and feldspar, which further contribute to its lower density. This lower density allows the continental crust to "float" higher on the denser, more mafic oceanic crust, creating landmasses and forming continents. The buoyancy of the continental crust plays a significant role in shaping the Earth's surface and influencing the distribution of land and oceans.

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Due anthropological activity such as deforestation, over grazing and natural activity such as presence of high pressure zone are the main reasons for the distribution of deserts and semi-desert areas in northern parts of asia.

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At jet aircraft cruising altitude (33,000 ft. or about 10 km) you are near the top of the troposphere.

The troposphere is the lowest layer of the Earth's atmosphere, extending from the surface to an altitude of about 7-20 km, depending on location and season. The troposphere is where most of the Earth's weather occurs, including clouds, winds, and precipitation. Above the troposphere is the stratosphere, which extends from about 20-50 km and contains the ozone layer. The ionosphere is a region of the upper atmosphere that contains ions and is important for radio communication. At jet aircraft cruising altitude of 33,000 ft. (or about 10 km), you are near the top of the troposphere, which is where most commercial air traffic operates.

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Answer:

this my answer hopes it helps you

Explanation:

i choose C The orbit takes one year

The Earth's magnetic field is constantly changing, although the rate at which it changes varies over time. The Earth's magnetic field is created by the movement of molten iron in its core, which generates electric currents that produce a magnetic field. The field is not constant, and it can change in both intensity and direction.

There are several factors that can affect the Earth's magnetic field, including changes in the Earth's core, solar wind, and the movement of tectonic plates. The Earth's magnetic field has reversed multiple times in the past, with the north and south magnetic poles swapping positions.

Explanation:

the answer to that would be flooding

Answer:

Tsunami

Explanation:

Tsunami wreaks havoc on the eastern Mediterranean.

Answer:

Inner Core.

Explanation:

The inner core is the deepest layer on Earth. It is also made up of iron and nickel but the pressure is so high that it is no longer liquid.

During the summer, low-latitude desert regions are under the influence of the tropical high-pressure zone known as the subtropical ridge. This zone is characterized by descending air and clear skies, which lead to hot and dry conditions in desert regions.

The subtropical ridge is formed by the convergence of air from the equator and the poles, creating a band of high pressure around the Earth's mid-latitudes. This zone shifts slightly northward during the summer months, bringing the hot and dry conditions to low-latitude desert regions.

In conclusion, during the summer, low-latitude desert regions are under the influence of the subtropical ridge, which brings hot and dry conditions due to the descending air and clear skies.

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Answer:

Explanation:

The coordinates of the point that partitions the line segment from (-2, -2) to (9, 9) into a ratio of 5 to 6 is the point (5.5, 5.5).

To find the coordinates of this point, we need to use the formula for the midpoint of a line segment:

Midpoint = (x1 + x2)/2, (y1 + y2)/2

In this case, x1 = -2, x2 = 9, y1 = -2, y2 = 9.

Therefore, the midpoint = (-2 + 9)/2, (-2 + 9)/2

Substituting the values:

Midpoint = (7/2, 7/2)

Since the midpoint has to be in the ratio of 5 to 6, we divide each of the components of the midpoint by 11/6:

Midpoint = (7/2)/(11/6), (7/2)/(11/6)

Simplifying:

Midpoint = (15/22, 15/22)

Therefore, the coordinates of the point that partitions the line segment from (-2, -2) to (9, 9) into a ratio of 5 to 6 is the point (5.5, 5.5).

When two separate regions possess qualities that would work to complement each if unified into one unit it is called autonomy.

The world's land and water areas are divided into subregions geographically separated by key geological features that influence large-scale ecosystems such as plains and landforms.

Language, government, or religion can define a region, as can forests, wildlife, or climate. A region, whether large or small, is the basic unit of geography. The Middle East is considered a political, ecological, and religious region possess that includes parts of Africa, Asia, and Europe.

Physical features include topography, climate, soil, and natural vegetation. For example, the peaks and valleys of the Rocky Mountains form a physical realm. Some regions are characterized by human features. These include economic, social, political, and cultural characteristics.

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Answer:

1. Where Hinduism began: India

2. The beginning of Hinduism: 2000 BC.

3. The origins of Hinduism: religious ideas of two groups (Aryans and Indus Valley Civilization)

4. The nomadic group that influenced Hinduism: Aryans

5. The Ultimate Reality in Hinduism: Brahman

6. The endless cycle of life, death and rebirth: Samsara

7. The social grouping system of India: Caste

8. The Hindu god referred to as the liberator: Shiva

9. The Hindu god referred to as the preserver: Vishnu

10. The Hindu god referred to as the creator: Brahma

11. The sacred symbol of Hinduism: Om

12. The soul in Hinduism: Atman

13. Good or bad actions affect this life and next: Karma

14. Release from the cycle of rebirth and suffering: Moksha

15. Self-discipline, physical and mental exercise: Yoga

16. Where worship takes place in the home: Shrine

17. The "festival of lights: Diwali

18. Sacred writings of Hinduism: The Vedas

19. A sacred place of pilgrimage for Hindus: Ganges River

20. Duty which governs a person's life: Dharma

Answer:

The 11 March 2011, Mw 9.0 Great East Japan Earthquake, already among the most destructive earthquakes in modern history, emanated from a fault rupture that extended an estimated 500 km along the Pacific coast of Honshu. This earthquake is the fourth among five of the strongest temblors since AD 1900 and the largest in Japan since modern instrumental recordings began 130 years ago. The earthquake triggered a huge tsunami, which invaded the seaside areas of the Pacific coast of East Japan, causing devastating damages on the coast. Artificial structures were destroyed and planted forests were thoroughly eroded. Inrush of turbulent flows washed backshore areas and dunes. Coastal materials including beach sand were transported onto inland areas by going-up currents. Just after the occurrence of the tsunami, we started field investigation of measuring thickness and distribution of sediment layers by the tsunami and the inundation depth of water in Sendai plain. Ripple marks showing direction of sediment transport were the important object of observation. We used a soil auger for collecting sediments in the field, and sediment samples were submitted for analyzing grain size and interstitial water chemistry. Satellite images and aerial photographs are very useful for estimating the hydrogeological effects of tsunami inundation. We checked the correspondence of micro-topography, vegetation and sediment covering between before and after the tsunami. The most conspicuous phenomenon is the damage of pine forests planted in the purpose of preventing sand shifting. About ninety-five percent of vegetation coverage was lost during the period of rapid currents changed from first wave. The landward slopes of seawalls were mostly damaged and destroyed. Some aerial photographs leave detailed records of wave destruction just behind seawalls, which shows the occurrence of supercritical flows. The large-scale erosion of backshore behind seawalls is interpreted to have been caused by

Answer:

natural/physical boundary

Explanation:

You can write the summary of an article about a possible conflict that may happen in the future concerning disputes between China and Taiwan.

To summarize a news article, first read the entire article carefully to understand the main points and key information. Then, identify the central idea and the main arguments or evidence presented in the article.

Next, condense the article into a few sentences or paragraphs that capture the most important information, while omitting less essential details. Use clear and concise language, and avoid inserting personal opinions or biases. Finally, proofread the summary for accuracy and coherence, ensuring that it captures the essence of the article without misrepresenting the facts or omitting key details.

For this question, we were supposed to summarize an article about a likely future conflict, so we chose the situation between China and Taiwan.

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If the air temperature at sea level is 20 degrees Celsius, the temperature at 3000 meters will be approximately 7 degrees C.

Answer:

1. Relief Maps

2. Climate Maps

3. Population Density Maps

4. Vegetation Maps

5. Perception Maps

6. Economic Activity Maps

Answer:

Topsoil

Explanation:

Topsoil is the outermost layer of soil and is the richest in organic material which helps the growth of plants.

Explanation:

Human Development Index is the comparative measure of life expectancy, literacy, education as standard of living countries worldwide.

The fourth point in plane ZWU is option A. T

Plane figures have only two dimensions, duration, and width. solid shapes have 3 dimensions: duration, width, and height. plane shapes are square, triangle, circle, rectangle, hexagon, and many others. plane shapes involve period and breadth.

Plane shapes are two-dimensional shapes. they have got a breadth and a width however do now not have a thickness. aircraft shapes are closed and are shaped by way of joining curved or instantly traces together. a few not-unusual examples of aircraft shapes encompass squares, rectangles, circles, triangles, and ovals.

Plane ZWU is a plane forming the body diagonal of the cuboid.

The Points joining Z, W,U and T  are the same plane as plane ZWU.

Hence, point T will be the fourth point on plane ZWU.

Other options B, C and D

Point X doesn't lie on the plane ZWU.

Point Y doesn't lie on the plane ZWU.

Point S doesn't lie on the plane ZWU.

Disclaimer:- your question is incomplete, please see below for the complete question.

Name the fourth point in plane ZWU.

A. T

B. X

C. Y

D. S

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Decreasing the pressure on hot rock generates most magma. This is due to the reduction in pressure that allows the rock to expand and melt at lower temperatures. This process is called decompression melting.

When the pressure is reduced, the boiling point of the magma is lowered, allowing it to rise to the surface and form a volcanic eruption. This is the same process that occurs in the mantle, where decompression melting forms magma that rises to the surface and creates new oceanic crust. The formation of magma is influenced by various factors including the temperature of the rock, the amount of water present, and the composition of the rock.

However, decreasing the pressure on hot rock is one of the primary ways that magma is generated. The amount of magma that is generated can also vary depending on the depth of the magma chamber and the rate at which the magma is being produced. In summary, decreasing the pressure on hot rock is a crucial factor in the generation of magma, and it plays a significant role in the formation of volcanoes and the creation of new crust.

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The first stage of development of a river valley is shown in Picture A which depicts the Youthful stage of a river valley.

The formation and development of a river valley is a natural process that takes place over a long period of time. It goes through several stages, which are described as youthful, mature, and old age. The youthful stage is the first stage of the river valley development, and it is characterized by the steep gradient and the rapid erosion of the landscape. Picture A shows the youthful stage of a river valley. The river valley is narrow, deep, and steep-sided with a small amount of water flowing through it. As the river flows through this stage, it erodes the landscape, forming a V-shaped valley with rapids and waterfalls, which makes it an attractive place for adventure sports like rafting and kayaking. The mature stage is the second stage of the river valley development, and it is characterized by the gradual widening of the river valley, as the river erodes the banks and the surrounding hills. This stage is shown in Picture B where the valley is wider than in Picture A and has a more gentle gradient. In this stage, the river meanders, forming oxbow lakes, and flood plains, which are ideal for farming. Finally, the old age stage is the last stage of the river valley development. This stage is characterized by the flat, wide valley floor with a slow-moving river, meandering through the landscape. This stage is shown in Picture C where the valley is flat and wide, and the river flows slowly, forming a meander belt. The valley floor is fertile and is ideal for agriculture.

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Typically, the stages of development in a river valley can be classified as follows:

1. youthful stage: in this stage, the river is relatively small and flows swiftly with steep slopes. v-shaped valleys, narrow channels, and waterfalls or rapids are characteristic features.

2. mature stage: as the river continues to erode the landscape over time, it enters the mature stage. the valley widens, and the river channel becomes broader and deeper. meanders (curved bends) can form, and the overall gradient of the valley decreases.

3. old age stage: in the old age stage, the river valley becomes even wider and flatter. meanders can become more pronounced, and oxbow lakes may form when meanders are cut off. floodplains, levees, and natural levees can also be observed in this stage.

it is important to note that the actual appearance and progress of a river valley can vary depending on various factors such as geology, climate, and time scale. to determine the first stage of development in a river valley based on pictures, it would be necessary to examine the specific characteristics depicted in each image.

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For it to only rain on day one in Kokomo, the air parcel may have reached its saturation point on that day and released the excess moisture as precipitation, while on day two, the air parcel may have been less saturated or not saturated enough to produce rain.

The air parcel in Kokomo experienced different weather patterns on day one and day two. On day one, the air parcel may have reached its saturation point and released the excess moisture as precipitation, thus producing rain.

On day two, however, the air parcel may have been less saturated or not saturated enough to produce rain. This can explain why it only rained on day one in Kokomo.

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