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SRSLY YALL ARE IGNORING ME QUESTIONS

Answer:

1860s–1890s: The Khodynka Tragedy.

1900–1916: 1905 Revolution and Bloody Sunday | Outbreak of First World War.

1917: February Revolution | June Offensive | July Days | October Revolution | Kornilov affair.

1918–1924: Brest-Litovsk Treaty.

Explanation:

there it is hope it helps

Answer:

An alluvial fan is a triangle-shaped deposit of gravel, sand, and even smaller pieces of sediment, such as silt. This sediment is called alluvium. Alluvial fans are usually created as flowing water interacts with mountains, hills, or the steep walls of canyons.

Explanation:

Hope this works and by the way do not click the bitly links they are IP grabbers

Answer:

A small movement of the tectonic plates

An occluded front and a stationary front are two different types of weather fronts. An occluded front occurs when a fast-moving cold front overtakes a slow-moving warm front. A stationary front is formed when two air masses meet but neither is strong enough to replace the other.

During an occluded front, a fast-moving cold front catches up to a slow-moving warm front. The warm air is forced aloft as the cold air wedges underneath it, leading to the lifting of the warm air and the formation of clouds and precipitation. There are two types of occluded fronts: cold occlusion and warm occlusion. In a cold occlusion, the air behind the cold front is colder than the air ahead of the warm front. In a warm occlusion, the air behind the cold front is warmer than the air ahead of the warm front.

In contrast, a stationary front occurs when two air masses meet but remain in place, neither advancing nor retreating. The boundary between the two air masses is stationary, hence the name. Stationary fronts often bring prolonged periods of cloudy and rainy weather as the two air masses interact. The temperature and humidity gradients across the front are not strong enough to cause significant movement, resulting in little to no displacement of the front.

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Hello, I am BrotherEye

Answer:

The spread of Christianity was made a lot easier by the efficiency of the Roman Empire, but its principles were sometimes misunderstood and membership of the sect could be dangerous. Although Jesus had died, his message had not. Word of his teachings spread to Jewish communities across the empire.

Explanation:

Beginning in the Middle East, Christianity began its spread north and west into Europe, carried by merchants, missionaries, and soldiers. ... As a result, in 313, the Edict of Milan was passed, which guaranteed freedom of religion throughout the Roman Empire, ending the persecution of Christians.

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The spread of Christianity in the ancient world was a complex and multifaceted process that spanned several centuries and regions. To create a map that shows the spread of Christianity in the ancient world, you can start by researching the major regions and countries that were affected by Christianity during this time period.

Some of the key regions and countries that were affected by Christianity include:
The Roman Empire, including Italy, Greece, and Turkey

North Africa, including Egypt, Libya, and Tunisia

The Levant, including Israel, Syria, and Lebanon

Mesopotamia, including modern-day Iraq and Iran

Asia Minor, including modern-day Turkey

Europe, including Spain, France, and Britain

Once you have identified these regions and countries, you can use different colors to indicate the spread of Christianity in each region. For example, you can use a light shade of blue to indicate regions where Christianity had a small presence, and a darker shade of blue to indicate regions where Christianity was more widespread.
        In addition to coloring the regions on the map, you should also label the important countries and regions. This can help provide context for the map and make it easier to understand. For example, you can label Egypt in North Africa or Spain in Europe.
        Overall, creating a map that shows the spread of Christianity in the ancient world requires careful research and attention to detail. By using different colors and labels, you can create a map that helps visualize the complex and fascinating history of Christianity in the ancient world.

The East African Rift (EAR) or East African Rift System (EARS) is a lively continental rift region in East Africa. The EAR started growing across the onset of the Miocene, 22–25 million years ago.[1] In the beyond it turned into taken into consideration to be a part of a bigger Great Rift Valley that prolonged north to Asia Minor.

The East African rift is an instance of a divergent tectonic plate boundary this is growing. Though it's far nonetheless presently a slim region, it's far presently experiencing the manner of splitting into distinct tectonic plates. Over time, the intended slim region can break up into a bigger one A slim region, the rift is a growing divergent tectonic plate boundary wherein the African Plate is withinside the manner of splitting into tectonic plates, known as the Somali Plate and the Nubian Plate, highly active earthquakes that we see alongside subduction zones, which include the ones withinside the Ring of Fire—the location withinside the basin of the Pacific Ocean acknowledged for its many earthquakes and volcanic eruptions—that can produce catastrophic consequences, as we’ve simply visible in Indonesia.

In the Rift Valley, citizens have now no longer included a highly active significant earthquake in their lifetime, mainly many human beings infer that the seismic chance is low or non-existent.

This isn't the case; even a medium-significance earthquake—with a significance between 5. zero and 6. zero can for a reason cause devastating losses within the Rift Valley, because of the inherent vulnerability of the region. Building pleasant withinside the Great Rift Valley Region is regularly pretty low, as casual housing and non-engineered homes predominate.

In the cities, there are greater than 30 million people who stay withinside the Rift Valley, and the variety ought to grow to 60 million by way of means of 2050. When an earthquake does occur, the city's people are at the maximum risk of shocks and disruptions to their lives.

The rift system which includes 3 microplates, the Victoria Microplate to the north, and the Rovuma and Lwandle microplates to the south. The Victoria Microplate is rotating anti-clockwise with admire to the African plate. Its rotation is a result of the configuration of routinely weaker and more potent lithospheric areas withinside the EARS.

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I believe the answer is either A or D. However, I think D sounds the most fitting but like i said, it could be either one. :)

Answer:

D) an exurb

Explanation:

Alfred Wegener's concept (Continental Drift) challenges the widely held belief that continents and ocean basins have not changed in size or shape over Earth's long history by providing evidence such as

He relied on fossil evidence, such as tropical plants discovered on Spitzbergen, an Arctic island. He discovered large-scale geographic features that corresponded, such as the Appalachian Mountains in the United States and the Scottish Highlands, as well as South African rock strata that corresponded to those in Brazil. He contended that previous land bridges between continents had collapsed. He also argued that mountains did not form like wrinkles on the skin of a drying apple, but rather when the edges of drifting continents crumpled and folded.

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The thick sequence of limestone units beneath the Esplanade sandstone was likely deposited through a process known as sedimentation.

Limestone is primarily formed from the accumulation of marine organisms' skeletal remains, similar as coral, shellfish, and microorganisms with calcium carbonate shells, over long ages of time. These organisms prize calcium and carbonate ions from seawater to build their shells and skeletons. As they die, their remains settle on the ocean bottom and suffer contraction and cementation, transforming into limestone.

The presence of the limestone units suggests that the area was formerly submerged in a marine terrain conducive to the growth and deposition of these organisms.

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The correct question is:

What is the nature of the deposition of the thick sequence of limestone units located beneath the esplanade sandstone?

The article "Environmental Impact of Atmospheric NH₃ Emissions under Present and Future Conditions in the Eastern United States" by Pinder, Gilliland, and Dennis, published in Geophysical Research Letters in 2008, discusses the environmental effects of atmospheric NH₃ emissions in the eastern United States.

The article "Environmental Impact of Atmospheric NH₃ Emissions under Present and Future Conditions in the Eastern United States" by Pinder, Gilliland, and Dennis provides valuable information on the environmental impact of atmospheric NH₃ emissions in the eastern United States. It highlights the importance of understanding and managing NH₃ emissions to mitigate their adverse effects on the environment.

NH₃, or ammonia, is a gas that is released into the atmosphere through various activities such as agriculture, industrial processes, and transportation. This article aims to understand the current and future impact of NH₃ emissions on the environment in the eastern United States.

The researchers analyzed the atmospheric NH₃ emissions under both present and future conditions. They examined factors such as NH₃ sources, transport, and deposition patterns. By studying these factors, they were able to determine the potential environmental impacts of NH₃ emissions in the region. The article provides valuable insights into the following aspects:

1. NH₃ sources: The authors identified and quantified the major sources of NH₃ emissions in the eastern United States. These sources include livestock operations, fertilizer application in agriculture, and industrial processes.

2. Transport and deposition: The researchers studied the movement of NH₃ in the atmosphere and its deposition onto the land and water surfaces. They examined how NH₃ is transported over long distances and how it interacts with other atmospheric compounds.

3. Environmental impacts: The article discusses the potential environmental consequences of NH₃ emissions. NH₃ can contribute to air pollution, acidification of ecosystems, and eutrophication of water bodies. The researchers evaluated the current and future impacts of NH₃ emissions on these environmental factors.

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Answer:

The two major causes of global sea level rise are thermal expansion caused by warming of the ocean (since water expands as it warms) and increased melting of land-based ice, such as glaciers and ice sheets.

Explanation:

Hope this helped Mark BRAINLIEST!!!

We simply solve the equation we created for the unknown length to determine the length of the missing segment by incorporating the existing segment lengths into it.

The distances that separate two points on a line or a line are referred to as segment lengths. A line segment is a section of a line bounded by two endpoints in geometry, and the length of a line segment is the distance between its endpoints. The distance formula, which is a mathematical formula that calculates the distance between two points in a coordinate system, can be used to measure segment lengths. Other methods include using a ruler or a measuring tape.

Plug in variables into equation:

9 + 11 + KL = 26

Now solve for KL

Step 1 Combine like terms ( 9 + 11 = 20 )

20 + KL = 26

Step 2 Subtract 20 from both sides

20 - 20 + KL = 26 - 20

KL = 6

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Full Question attached below:

Find KL

IJ=9

JK=11

KL?

Answer:

Earthquake waves are waves of energy that travel through the Earth's crust as a result of sudden movements along faults. Earthquake waves can be classified into two main types: body waves and surface waves.

Body waves travel through the interior of the Earth and are the first waves to be felt during an earthquake. There are two types of body waves: P-waves (primary waves) and S-waves (secondary waves). P-waves are compressional waves that travel faster through the Earth's crust, while S-waves are transverse waves that travel slower than P-waves. Both P-waves and S-waves can pass through solid materials, but only P-waves can pass through liquids.

Surface waves, on the other hand, travel along the surface of the Earth and are responsible for the most damage during an earthquake. There are two types of surface waves: Love waves and Rayleigh waves. Love waves move the ground from side to side, while Rayleigh waves move the ground up and down in a rolling motion.

Earthquake waves can be measured by seismometers, which record the waves' vibrations and can provide information about the earthquake's magnitude, location, and depth. Understanding earthquake waves is important for predicting and preparing for earthquakes, as well as for studying the Earth's structure and dynamics.

The 'glacial world' of 14,000-70,000 years ago had all of the following characteristics, except warmer high latitudes. The correct answer is a.

The "glacial world" of 14,000-70,000 years ago, also known as the Last Glacial Maximum, was characterized by significantly colder temperatures particularly at high latitudes. During this period, large ice sheets covered much of North America and Europe, and sea levels were significantly lower than today due to the large amount of water locked up in these ice sheets and glaciers. Surface ocean circulation was likely more sluggish than today due to the colder temperatures and the presence of ice sheets, which would have reduced the amount of heat and moisture being transported to the atmosphere.

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Answer:

Subsistence farming – the cultivation of crop plants and the keeping of animals to ensure self-sufficiency – is something states, seed producers, agro chemical concerns, and world trade organizations consider backwards today – inefficient and a cause of poverty in the rural areas of the South.

Answer:

although I am not sure but I think it is B

Long, fairly straight fracture zone is present on the seafloor off the Pacific Northwest.

The composition, structure, physical characteristics, and processes that shape the Pacific Northwest area of North America are included in the geology of the region. The area is a portion of the Ring of Fire, where the subduction of the Pacific and Farallon Plates beneath the North American Plate is to blame for both many of the region's picturesque aspects and some of its risks, including volcanoes, earthquakes, and landslides.

A portion of the flexible mantle melts as water vapor climbs into it above the subducting plate. By melting wall rocks and traveling via fracture and faults in the crust, this newly generated magma rises through the crust in a direction that offers the least amount of resistance.

Option B is the correct answer.

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Answer:

3.igneous and sedimentary and sedimentary and metamorphic.

4. Marble- metamorphic

pumice-igneous

slate- metamorphic

obsidian- igneous

limestone-sedimentary

5. a) A rock is a solid mass of geological materials. Geological materials include individual mineral crystals, inorganic non-mineral solids like glass, pieces broken from other rocks, and even fossils. A rock can be composed of only one type of geological material or mineral, but many are composed of several types.

b) Igneous rocks form when magma (molten rock) cools and crystallizes, either at volcanoes on the surface of the Earth or while the melted rock is still inside the crust. When lava comes out of a volcano and solidifies into extrusive igneous rock, also called volcanic, the rock cools very quickly.

c) Sedimentation is the collective name for processes that cause these particles to settle in place. The particles that form a sedimentary rock are called sediment, and may be composed of geological detritus (minerals) or biological detritus (organic matter).

d) sedimentary rock consits of fossils.

e) Metamorphic rocks form when rocks are subjected to high heat, high pressure, hot mineral-rich fluids or, more commonly, some combination of these factors. Conditions like these are found deep within the Earth or where tectonic plates meet.

6. Any four uses of rocks are:

•Making Cement (Limestone) (Sedimentary Origin)

•Writing (Chalk) (Sedimentary Origin)

•Building Material (Sandstone) (Sedimentary Origin)

•Bath Scrub (Pumice) (Igneous Origin)

•Kerb Stone (Granite) (Igneous Origin)

The type and age of bedrock found in high elevation areas depend on various factors such as geological processes, tectonic activity, and erosion. However, in general, high elevation areas tend to have bedrock composed of igneous and metamorphic rocks, and they can be of varying ages.

In mountainous regions with high elevations, the bedrock type is typically composed of granite, gneiss, or schist. These rocks are formed through the process of metamorphism, which occurs when intense heat and pressure change the composition of existing rocks. For example, granite is an igneous rock that can be transformed into gneiss or schist through metamorphism.The age of bedrock in high elevation areas can vary widely. Some mountains and high elevation areas may have bedrock that is millions or even billions of years old, while others may have relatively young bedrock that is only a few thousand or hundred thousand years old.

The age of the bedrock depends on the geological history of the region, including the timing and type of tectonic activity, the presence of volcanic activity, and the timing and intensity of erosion and other geological processes.

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Let's begin by determining the truthfulness of each of the suspects’ statements. This is important because, according to the problem, one of the sentences spoken by each person is true, while the other is false.

A stated that he did not do it and B did not either. Therefore, if A's first statement were true, B's statement would be a lie, indicating that B had done it. This is contradictory to what A said. As a result, A's first statement is false, implying that he did it.

B said that he did not do it and that C did not either. B's first statement is false because A has done it. As a result, B's second statement is accurate, indicating that C did not do it.

C said that he did not do it and that he did not know who did it. Because we've already established that A is the culprit,

C's second statement is accurate. Therefore, C's first statement must be incorrect, indicating that he did it.

In conclusion, suspect A is the real criminal.

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The second largest economic activity in Sub-Saharan Africa is farming

Farming refers to to the process of growing plants and animals.

There are two types of farming commercial farming and subsistence farming

commercial farming is the process of  farming in large scale mostly using machineries while subsistence farming is a method of farming that is relatively small and hence di not require machines.

In sub-Saharan African mining is the major economic activity where countries like Nigeria depend more on extraction of mineral resources especially Gold and Oil.

The next after mining is farming

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The temperature of the Earth's troposphere decreases as the altitude increases because the Earth's surface heats the troposphere from below. This process is referred to as convection. Convection occurs when heat is transferred from the Earth's surface to the atmosphere.

This heat causes air to rise, which leads to a decrease in pressure. As the air rises, it expands and cools, resulting in a decrease in temperature.When the air cools to a certain point, it can no longer hold the water vapor that it contains. This leads to the formation of clouds and precipitation. The temperature of the troposphere is also affected by the amount of greenhouse gases in the atmosphere.

Greenhouse gases trap heat in the atmosphere, which can lead to an increase in temperature. However, as altitude increases, the concentration of greenhouse gases decreases, leading to a decrease in temperature. This is why the temperature of the Earth's troposphere decreases as the altitude increases.

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Explanation:

The greenhouse effect is a process that occurs when gases in Earth's atmosphere trap the Sun's energy. This process increases the Earth temperature than it would be without an atmosphere.

The factors influencing sea and river levels could affect the height of the storm surge at a given place and hour are atmospheric pressure, location of the surge, intensity of the wind, the shape of shore line.

In meteorology, wind speed, also known as wind flow speed, is a fundamental atmospheric quantity brought on by air shifting from a state of high to low pressure, frequently as a result of temperature changes. Nowadays, an emometer is used frequently to measure wind speed.

Numerous other things, including construction projects, aviation and maritime operations, plant growth and metabolism rates, and weather forecasting, are all impacted by wind speed. Due to the rotation of the Earth, wind direction is typically almost perpendicular to isobars (as opposed to perpendicular, as one might expect).

Numerous circumstances and factors, operating on various scales, influence wind speed. These consist of the pressure gradient, Rossby waves and jet streams, as well as the local weather. Along with the pressure gradient and the terrain, there are other connections between wind speed and wind direction.

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A HIGH ISO is very sensitive to light and will have high levels of noise in the photograph

A HIGH ISO setting on a camera increases its sensitivity to light, allowing it to capture brighter images in low-light conditions.

However, this increased sensitivity also leads to higher levels of digital noise in the resulting photograph. This noise appears as grainy or speckled patches throughout the image, particularly in areas of shadow or darker tones.

The level of noise will depend on the specific camera and ISO setting used, as well as factors such as shutter speed and aperture.

Balancing these factors is crucial to achieving a well-exposed, low-noise image in challenging lighting situations.

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Answer:

A.  Increasing the use of fertilizers and irrigation

Explanation:

That will help the land and make it more farmable.

Answer:

Volcanic eruptions have had a profound impact on the course of human history. From the eruption of Mt. Vesuvius in 79 CE, which destroyed the then-thriving city of Pompeii, to the eruption of Krakatoa in 1883, volcanic eruptions have brought destruction and calamity to many populations across the planet.

Throughout history, volcanic ash has also been put to good use, having found its way into agriculture, construction, and even art and manufacturing. For example, the ash from the Minoan eruption on the island of Santorini has been used since ancient times as a fertilizer for crops and is still used today. It has also been used in road building to improve soil drainage and water retention, resulting in a more durable surface. Volcanic ash has even been used for its decorative properties, with early Romans using it to create colorful mosaics and ceramics and modern artists using it as a pigment in their work.

Volcanic eruptions and their accompanying ash have had an undeniable influence on the course of human history. While destructive eruptions have brought tragedy and displacement to many people, they have also provided materials that have been used and valued. Ultimately, it is clear that volcanic eruptions have been important agents of change and progress in the long story of human civilization.

Answer:

D. Austrian

Explanation:

On edge, got 100%