I will give you BRAINLIEST for the correct answer

Answer:

nigeria

Explanation:

Rank Country Population Land Area (km²) Capital

1 Nigeria 200,963,599 910,768 Abuja

2 Ghana 30,280,811 227,533 Accra

3 Côte d’Ivoire 25,823,071 318,003 Yamoussoukro

4 Niger 22,314,743 1,266,700 Niamey

5 Burkina Faso 20,870,060 273,602 Ouagadougou

6 Mali 19,973,000 1,220,190 Bamako

7 Senegal 16,209,125 192,530 Dakar

8 Guinea 12,218,357 245,717 Conakry

9 Benin 11,733,059 114,305 Porto-Novo

10 Sierra Leone 7,901,454 71,620 Freetown

11 Togo 7,538,000 54,385 Lome

12 Liberia 4,475,353 96,320 Monrovia

13 Mauritania 4,077,347 1,025,520 Nouakchott

14 Gambia 2,347,706 10,000 Banjul

15 Guinea-Bissau 1,604,528 28,120 Bissau

16 Cape Verde 550,483 4,033 Praia

Answer:

Chair/Ice

Explanation:

A solid is anything that's solid and Ice is the solid form of water. And well, a chair is a chair so I don't think that needs explaining.

Answer:

I think chair and ice

Explanation:

 solid is a sample of matter that retains its shape and density when not confined. ... Examples of solids are common table salt, table sugar, water ice, frozen carbon dioxide (dry ice), glass, rock, most metals, and woo

Answer:

The general characteristics of the vegetation in the picture are evergreen, layered by height, broad leaves, and high density.

Explanation:

Central Africa is home to one of the largest tropical rainforests in the world, located in the Congo Basin. Like all tropical rainforests, the climate is stable all year round, with temperatures being relatively monotonous throughout the year. The temperatures are high, precipitation levels are high, and humidity is also very high. These conditions are ideal for the development of lush vegetation.

The vegetation that we can see in the picture is typical for most of the tropical rainforests. Because of the stable temperature, all year round, the vegetation is constantly green, as it doesn't need to slow down or stop its processes as in other regions. The different types of plants dominate particular height, with ferns dominating the lowest layer, palms being above them, and the tall trees being on top. This development has occurred because of competition for light and adaptations for surviving with little light. The leaves of the plants are broad and this is so that they can perform photosynthesis easier, but also for the water to gather and move on them depending on the needs of the plants. Because the soil is rich in nutrients, the temperatures high, and there is a lot of rainfall, the conditions enable for development of very dense vegetation.

Answer:

you can

Explanation:

The Tacoma riot of 1885, also known as the 1885 Chinese expulsion from Tacoma, involved the forceful expulsion of the Chinese population from Tacoma, Washington Territory, on November 3, 1885. City leaders had earlier proposed a November 1 deadline for the Chinese population to leave the city. On November 3, 1885, a mob that consisted of prominent businessmen, police, and political leaders descended on the Chinese community.[1] The mob marched Chinese residents to a railroad station and forced them to board a train to Portland.[2] In the following days, the structures that remained in the Chinese community were razed.[3] The event was the result of growing anti-Chinese sentiment and violence throughout the American West.

While the destruction of district 6 On 11 February 1966 it was declared a white area under the Group Areas Act of 1950, and by 1982, the life of the community was over. More than 60 000 people were forcibly removed to barren outlying areas aptly known as the Cape Flats, and their houses in District Six were flattened by bulldozers.

Outside of Japan, the tsunami impacted areas in the southern and eastern Pacific oceans the most. The largest number of earthquakes occur around the rim of the Pacific Ocean associated with a series of volcanoes and deep-ocean trenches known as the "Ring of Fire". Thus, the areas in the western Pacific were largely spared.

A tsunami is a sequence of waves created by the displacement of a significant volume of water in a body of water, typically an ocean or a big lake. Earthquakes, volcanic eruptions, and other underwater explosions above or below water can all cause a tsunami.

A tsunami mostly affects the Tohoku region of Japan. The disaster began with a strong earthquake off the northeastern shore of Honshu, Japan's main island, causing severe damage on land and triggering a series of enormous tsunami waves that devastated numerous coastal locations across the country, most notably in the Tohoku region.

Therefore, the tsunami impacted areas in the southern and eastern Pacific oceans the most.

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The cause of the increase in water pollution in the watershed of Chesapeake Bay is an increase in stormwater runoff in urban areas.

The Chesapeake Bay has been experiencing water quality degradation for a long time. The main determinants of this degradation are high sedimentation, nitrogen, phosphorus, and increases in stormwater runoff in urban areas.

The high content of nitrogen and phosphorus mostly comes from various community activities such as the use of fertilizers, stormwater runoff, septic tanks, and air pollution. While sedimentation comes from the rate of erosion and material carried from the construction area.

Urban and suburban stormwater runoff generally comes from rooftops, parking lots, and other closed areas that are unable to absorb water so that pollution is carried away by flowing water.

For this reason, in order to reduce the high runoff water, it is necessary to develop an absorption area that can infiltrate the material better. At the same time, the use of pollutant materials must also be reduced and replaced with other alternatives that are more environmentally friendly.

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Answer:Rates of motions of the major plates range from less than 1 cm/y to over 10 cm/y. The Pacific Plate is the fastest at over 10 cm/y in some areas, followed by the Australian and Nazca Plates. The North American Plate is one of the slowest, averaging around 1 cm/y in the south up to almost 4 cm/y in the north.

Plates move as rigid bodies, so it may seem surprising that the North American Plate can be moving at different rates in different places. The explanation is that plates move in a rotational manner. The North American Plate, for example, rotates counter-clockwise; the Eurasian Plate rotates clockwise.

Boundaries between the plates are of three types: divergent (i.e., moving apart), convergent (i.e., moving together), and transform (moving side by side). Before we talk about processes at plate boundaries, it’s important to point out that there are never gaps between plates. The plates are made up of crust and the lithospheric part of the mantle (Figure 10.17), and even though they are moving all the time, and in different directions, there is never a significant amount of space between them. Plates are thought to move along the lithosphere-asthenosphere boundary, as the asthenosphere is the zone of partial melting. It is assumed that the relative lack of strength of the partial melting zone facilitates the sliding of the lithospheric plates.

Explanation:

Extracting lithium from salars (briny lakes) is the

design solution for acquiring lithium to use in rechargeable batteries is more sustainabl

Lithium can be extracted from brine water.

The salt water in the lakes pumped into evaporation ponds by using drilling method.

The involve drilling through the Earth Crust and then pumping the brine to surface ponds.

After which the evaporation process, lithium will be under and it is then extracted.

Direct Lithium Extraction is environmentally friendly. like about 90% and above of the brine water used can be recycled again which prevent water depleting the supply of water to the surrounding which sustain the future of energy with little environmental negative impact.

Therefore, Extracting lithium from salars (briny lakes) is the

design solution for acquiring lithium to use in rechargeable batteries is more sustainabl

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Answer:

James Hutton, often considered the father of modern geology, realized that geological features present on Earth could be explained by present-day processes, a principle today called uniformitarianism.

Explanation:

Uniformitarianism is the geological principle stating that the processes that shape the Earth's surface today are the same as those that shaped the planet in the past. It implies that studying present-day geological phenomena can explain the Earth's geological history. Scottish geologist James Hutton was the first to propose the principle of uniformitarianism in the late 18th century.

Answer:

Africa

Explanation:

Africa is likely to be the continent most vulnerable to climate change. With high confidence, Boko et al. (2007) projected that in many African countries and regions, agricultural production and food security would probably be severely compromised by climate change and climate variability.

Africa is effected by global warming.

Global warming is the increase in temperature of the earth surface due to the green House gases such as carbon dioxide, methane  and  nitrous oxide in the atmosphere.

African continent are endangered by the temperature increase. It is already experiencing 0.7 °C increase  in  temperature as compared to the other continent, which will lead to drought and floods. Agricultural production of Africa is effected by the climate change.

Therefore, global warming adversely affect Africa.

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Rhyolite, andesite, basalt, and obsidian are all rocks that are classified as volcanic rocks.

Volcanic rocks are formed through the solidification of magma or lava from volcanic activity. Rhyolite, andesite, basalt, and obsidian are examples of volcanic rocks that vary in composition and texture.

Rhyolite is a light-colored volcanic rock with a high silica content, indicating a high viscosity magma. Andesite is an intermediate volcanic rock with a composition between rhyolite and basalt. Basalt is a dark-colored volcanic rock with a low silica content, indicating a low viscosity magma. Obsidian, on the other hand, is a volcanic glass that forms when lava cools rapidly with minimal crystal growth.

These volcanic rocks have different mineral compositions and textures due to variations in the cooling rate and chemical composition of the lava. Understanding the classification of these rocks as volcanic provides insights into the geological processes involved in volcanic eruptions, the composition of Earth's crust, and the types of landforms and landscapes associated with volcanic activity.

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Columbus had to sail approximately 3,000 miles to reach the New World in 1492. The width of the Atlantic Ocean at the latitude of Spain-Florida is now about 5 inches wider per year compared to 1492.

Based on the given information, the distance between Florida and Cadiz, Spain, is stated as 3,000 miles. This implies that Columbus had to sail approximately that distance to reach the New World. Additionally, it is mentioned that the Atlantic Ocean is widening at a rate of about 5 inches per year. Other assumptions that could potentially affect the accuracy of the calculations include changes in the ocean floor topography, the impact of currents and winds on the actual sailing distance, and any alterations in the latitude of Spain and Florida over time.

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The stress that caused this type of fault to form is compression stress.

Compressional stress can be described as a type of stress that is formed due to the squeezing together of rocks.

When these rocks squeeze together, they would form folds or they would fracture.

In the compressional stress, rocks would push into each other leading to faults. This leads to a reverse fault.

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Answer: D

Explanation: E2022

Answer:

37.75°

Explanation:

The distance between place marks A and B (AB) is 155 meters. The change in elevation (Δh) between A and B is 120 meters.

Dip is the angle at which a planar feature is inclined to the horizontal plane; The dip angle is always in a vertical plane and is measured downward from the horizontal plane, the dip is also perpendicular to the strike.

The dip angle of the Fountain Formation can be found by the following formula:

dip angle = tan⁻¹(change in elevation/distance) = tan⁻¹(Δh/d)

Substituting:

Dip angle = tan⁻¹(120/155) = 37.75°

Answer:

D

Explanation:

south Africa should have the highest standard of living

The country that is most likely to have the highest standard of living is South Africa.

There is a correlation between education literacy and high standard of living because good education leads to a better overall economy.

Because South Africa have the highest education literacy, then, it is the country that that is most likely to have the highest standard of living among the others.

Therefore, the Option D is correct.

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Answer:

Australia is a nation in transition. In the span of a generation, Australia's population has increased by more than half. Demographically we are aging, with an average age 7 years older than it was 3 decades ago, but with a life expectancy 7 years greater than it was in 1984.

Answer:

The biggest steel plants in Canada have been built along the Great Lakes St. Lawrence Seaway system, where they receive iron ores from northern Ontario, Québec, Labrador, Minnesota, Wisconsin and Michigan, and coal from Pennsylvania, West Virginia and Kentucky.

Explanation:

Answer:

the Gulf of Mexico, off the East Coast, and the eastern side of the Rocky Mountains.

The Gulf of Mexico, off the East Coast, and the eastern side of the Rocky Mountains are continents whose southern tips experience mid-latitude cyclones​.

More specifically, a mid-latitude cyclone forms when an upper-level disturbance crosses over a stationary front at the surface and weakens the area of low pressure there due to divergence in the atmosphere, which lessens the weight of the local air columns.

The upper-level trough becomes deeper as a result, which strengthens the winds both above and below the surface. The eastern side of the Rocky Mountains, off the East Coast, and the Gulf of Mexico are areas that are more likely to experience the development of mid-latitude cyclones.

A Mediterranean climate with hot, dry summers and cool, rainy winters can be found in the country's southwest corner. This is due to the fact that mid-latitude cyclones move farther north during the winter, allowing the cold front arm's edge to sweep across the country's southernmost region.

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Explanation:

A dam is an artificial barrier that controls the flow of water.

Dams are very useful for the following reasons:

The stratospheric ozone layer has changed over time due to the release of chlorofluorocarbons (CFCs) and other ozone-depleting substances into the atmosphere. These substances break down the ozone molecules in the stratosphere, leading to a decrease in the amount of ozone in the layer. This is known as ozone depletion.

The main cause of ozone depletion is the release of CFCs, which were commonly used in refrigerants, aerosol cans, and foam products. When CFCs are released into the atmosphere, they eventually rise to the stratosphere, where they are broken down by ultraviolet (UV) radiation.

This releases chlorine atoms, which react with the ozone molecules and break them down into oxygen molecules. This process is known as the "ozone hole" and has led to a decrease in the amount of ozone in the stratospheric layer over time.

In addition to CFCs, other ozone-depleting substances such as halons, methyl bromide, and carbon tetrachloride have also contributed to the decline of the ozone layer. However, the use of these substances has been regulated and reduced in recent years, leading to a decrease in the rate of ozone depletion.

Overall, the stratospheric ozone layer has changed over time due to the release of ozone-depleting substances into the atmosphere. However, efforts to reduce the use of these substances have led to a decrease in the rate of ozone depletion, and the ozone layer is expected to recover over time.

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Geologists call small accreted crustal fragments that have a geologic history distinct from adjacent blocks "terranes."

Terranes are individual crustal blocks that have been transported and attached to a larger landmass through tectonic processes. They typically have a unique geologic history, different from the surrounding rocks, indicating that they originated from separate geological settings. Terranes can vary in size, ranging from small fragments to large areas of land.

The formation of terranes occurs through processes such as subduction, collision, or accretion along plate boundaries. These processes involve the movement and collision of tectonic plates, which can result in the assembly of diverse geological units. Terranes often have distinct rock types, fossils, and structural features that are indicative of their separate origins.

Studying terranes is important for understanding the complex tectonic history of a region. By examining the geologic characteristics of terranes and their relationship to adjacent blocks, geologists can reconstruct the past movements and interactions of tectonic plates. This helps in unraveling the geological evolution of an area and provides insights into plate tectonics, continental drift, and the formation of mountain ranges.

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Mountain Range labeled as Number 3 is best known for its fertile soil and natural resources.

Without the specific map or visual reference provided, I cannot identify the mountain ranges labeled with numbers. However, if we assume that the mountain ranges are depicted on the map, and one of them is associated with fertile soil and natural resources, it would be the mountain range labeled as Number 3 based on the given information.

Mountain ranges often have diverse geological features that can influence the fertility of soil and the presence of natural resources. Factors such as weathering, erosion, and deposition of minerals can contribute to the development of fertile soil. Additionally, mountainous regions may contain valuable natural resources such as minerals, ores, and timber.

It is important to note that the specific characteristics of soil fertility and natural resources can vary greatly depending on the location and geological composition of a mountain range. Therefore, it is essential to refer to the provided map or additional information to accurately identify the mountain range associated with fertile soil and natural resources.

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"The earliest migrants to North America entered the region on the west coast, not the east coast" is FALSE. The statement is False.

The history of migration in North America began thousands of years ago when humans first migrated across the Bering Strait from Asia to North America. The first inhabitants of the Americas were hunters and gatherers who settled throughout the continent and developed distinct cultures and ways of life over time. The exact timing of the first human migration to North America is still being debated by archaeologists and anthropologists, but it is generally believed to have occurred around 15,000 years ago.

The earliest migrants are thought to have entered North America through what is now Alaska and Canada, traveling southward to colonize other parts of the continent. In conclusion, the earliest migrants to North America actually entered the region through the Bering Strait on the east coast, not the west coast. The statement is False.

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After earth formed, the emerging biosphere had several effects on earth's lithosphere. For example, rocks and minerals showed evidence oxidation caused by the presence of oxygen in air.

In a natural process known as oxidation, molecules have their electrons taken away during a specific chemical reaction. Rocks undergo oxidation when they interact chemically with oxygen, changing the makeup of the rock. On a geological scale, fossilisation causes deceased species (such as plants and animals) to transform into rocks. In conclusion, oxidation was visible in rocks and minerals. Additionally, after being dissolved in water or buried underground, ORGANISMS really produced new rock.

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Answer:

I believe the first blank is oxidation; and the second blank being minerals.

Explanation:

sorry if I'm wrong.

Answer:

9

Explanation:

daughter + daughter + daughter= mom mom+ daughter=36 36divided by 4 is 9

Answer:

Volcanic mountains Plateau mountains

Explanation:

In general, earthquakes in subduction zones can occur at depths ranging from a few kilometers to several hundred kilometers beneath the Earth's surface.

The depth of most earthquakes in subduction zones can vary, but they are generally deeper than earthquakes in other types of faults. Subduction zones are areas where one tectonic plate is being forced beneath another plate, which can create a complex network of faults and fractures in the surrounding rock.

In general, earthquakes in subduction zones can occur at depths ranging from a few kilometers to several hundred kilometers beneath the Earth's surface. However, the majority of earthquakes in subduction zones occur at depths between 70 and 300 kilometers (43 to 186 miles). This is because the high pressure and temperature conditions at these depths can cause the rock to become more plastic and deformable, allowing faults to slip and release energy.

Deeper earthquakes in subduction zones are generally associated with the down-going plate bending and breaking, while shallower earthquakes are often related to the movement of the overlying plate. The deep earthquakes in subduction zones can also generate powerful tsunamis, which can be particularly devastating to coastal communities.

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Answer:

jazz

Explanation:

Answer:

A. Jazz

Explanation:

Jazz is characterized by swing and blue notes, complex chords, call and response vocals, polyrhythms and improvisation. Jazz has roots in West African cultural and musical expression, and in African-American music traditions. Hope This Helps!

Answer:

A geostrophic current is an oceanic current in which the pressure gradient force is balanced by the Coriolis effect. The direction of geostrophic flow is parallel to the isobars, with the high pressure to the right of the flow in the Northern Hemisphere, and the high pressure to the left in the Southern Hemisphere.

Answer:

In some avalanche paths that affect the highway, avalanches cannot be avoided, but the risk of an encounter can be decreased.

Explanation:

Special fences, nets, or man-made walls can affect how the snowfall behaves and in which direction it moves in order to control avalanches. Small snow accumulations will be released by explosives, preventing larger accumulations from happening.

Answer: They can't be prevented entirely

Explanation: However, they can be prevented if you look at the weather avalanche forecast.