How fast must the winds be blowing if the national weather service has issued a blizzard warning?

A seismic tsunami is formed by the sudden movement of the Earth's crust, which triggers a series of large ocean waves. This movement can be caused by several different events, such as earthquakes, volcanic eruptions, or landslides.

The energy from these events is transferred to the water and causes the water to move, creating a tsunami.In order for a seismic tsunami to form, three main things are required:1. A disturbance in the Earth's crust2. The disturbance must be large enough to transfer energy to the water3.

The water must be deep enough to allow for the creation of large waves.The characteristics of a tsunami wave in the open ocean are that it has a very long wavelength and a relatively small wave height. This means that in the open ocean, the wave may not be easily seen or felt by ships or other vessels.

However, as the wave approaches the shore, its speed slows down due to the decrease in water depth, and the wave height increases.In terms of speed, the wave travels very quickly in the open ocean, often reaching speeds of over 500 miles per hour. As it approaches the shore, the wave slows down significantly due to the decrease in water depth. This decrease in speed can cause the wave height to increase dramatically, resulting in a much larger and more destructive wave.

As the wave approaches the shore, it begins to "feel" the bottom of the ocean, and the wave's shape becomes compressed. This causes the wave height to increase, sometimes to several meters or more. The wave then crashes onto the shore, causing widespread damage and destruction.Content loaded:

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The net effect of water in a landslide is that it decreases the frictional resistance, making the slope more unstable and increasing the likelihood of a landslide occurring. Option D is the correct answer.

Water plays a significant role in the occurrence and severity of landslides. When water infiltrates the soil, it increases its weight of the soil, making the slope more prone to failure.

Additionally, water reduces the interlocking of particles in the soil, decreasing its frictional resistance and making it more unstable. Water also acts as a lubricant between the soil layers, making it easier for one layer to slip over another.

This is particularly true when the water pressure in the soil is high due to heavy rainfall or melting snow. Thus, the presence of water can greatly increase the likelihood of a landslide occurring and increase its destructive potential.

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Hurricane Matthew, two primary effects are Strong Winds and Infrastructure Damage, and Storm Surge and Coastal Flooding

1. Strong Winds and Infrastructure Damage: Hurricanes are characterized by powerful winds, and Hurricane Matthew was no exception. It brought destructive winds that caused widespread damage to buildings, infrastructure, and vegetation. High-speed winds can lead to the collapse of structures, uproot trees, and cause flying debris, posing a threat to human safety.

2. Storm Surge and Coastal Flooding: Storm surge is another significant effect of hurricanes. As Hurricane Matthew made landfall, it generated a substantial storm surge, resulting in coastal flooding. Storm surges occur when the strong winds and low atmospheric pressure push seawater onto the shore, causing water levels to rise significantly. This flooding can lead to the inundation of coastal areas, erosion of beaches, damage to coastal structures, and threats to lives and property.

These primary effects of Hurricane Matthew demonstrate the destructive power of hurricanes and the importance of preparedness and response measures in vulnerable regions. The specific impacts would depend on the geography, coastal topography, and infrastructure resilience of the affected areas.

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Technology plays a fundamental role in the field of meteorology because cutting edge tools such as computational models and GPS cloud devices are used to predict weather conditions for progressively longer periods of time.

The latest advancement in diverse disciplines such as computation modeling and particle physics have lead to the development of sophisticated technology devices which significantly helped in the field of meteorology.

For example, computational models can be used to predict a wide range of meteorological condition and thus develops more accurate weather forecast as well as to predict phenomena for longer periods in real time.

In conclusion, technology plays a fundamental role in the field of meteorology because cutting edge tools such as computational models and GPS cloud devices are used to predict weather conditions for progressively longer periods of time.

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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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Answer:

Madagascar easter border of Africa

Explanation:

WELL i just searched this up and it says Eastern sea border parts of Africa have lots of rain and the sorry but i cant find why. But its suposedly Madagascar in the Eastern part of Africa.

Answer:

The growing slave trade led to the organization of new political states in Africa. The slave trade affected Africans living in the interior as well as those living in coastal areas

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The weather features of High clouds & low precipitation will likely be observed at Pembroke, Ontario, Canada over the past couple of hours.

An example of High clouds are cirrus, cirrostratus, and cirrocumulus while the low precipitation means the cloud that is lacking in liquid rainfall content.

Hence, the weather features of High clouds & low precipitation will likely be observed at Pembroke, Ontario, Canada over the past couple of hours.

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Ocean floor rocks would most likely contain the highest percentage of iron-bearing minerals.

Thin bands of iron are created on the ocean floor as a result of cyanobacteria and other ocean-dwelling organisms producing oxygen. These iron ores are a product of the oxygen that is created.

Huge amounts of iron ores were deposited down at the bottom of the ocean over the course of a billion years. Between 3.5 and 2.5 billion years ago, this event occurred. The vast deposits that were formed at that period include the iron ores that are being mined in South Africa, Australia, and the United States. Once the waters were cleared of iron, oxygen could start to build up in the atmosphere and advanced life forms could start to respire seriously. This procedure takes a billion years to finish. When it was accomplished, the era known as the Archean in Earth history came to an end.

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Explanation:

it serves as a source of living for man

Answer:

"Violent conflict over water, like other armed conflict, can have disastrous health consequences for individuals and populations, including not only death, injury, illness, and long-term physical and mental impairment, but also destruction of the health-supporting infrastructure of society, including systems that provide freshwater; forced migration, which generally decreases access to freshwater; and diversion of human and financial resources, including resources to maintain and improve access to freshwater."

Don't copy this answer down it's an article!

Explanation:

The sort of vegetation that fills in a specific climatic zone is impacted for the most part by Precipitation characterized as the weather pattern which gets precipitation in a specific environment zone according to the circumstances.

Vegetation of any climatic zone is impacted by precipitation because the dirt has a specific potential to hold water in a specific amount. If precipitation is high in any nonpartisan climatic zone then there may be chances of water flood or flooding and low

precipitation can prompt a shortage of water because of which the development of vegetation won't happen as expected. Different choices are mistaken because breeze seas, scope, and win don't affect the vegetation that happens in a specific environment zone.

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Answer:

D. tension

Explanation:

Answer:

Meandering stream channels, natural levees and extensive floodplains.

Explanation:

Low-gradient streams have wider and less rugged valleys, with a tendency for the stream to meander. Many rivers involve, to some extent, a flattening of the river gradient as it approaches the terminus at sea level.

I have attached my notes. Hope this helps

The following features characterize wide rivers/streams and valleys with low stream gradients: Meandering stream channels, natural levees and extensive floodplains.

The rivers are large, natural bodies of water that flow in a specific direction, typically from higher elevations to lower elevations, eventually reaching a larger body of water such as a lake, sea, or ocean.

They are formed by the accumulation of water from rainfall, melting snow, or springs. Rivers play a crucial role in the earth's ecosystem, as they provide habitats for many species of plants and animals, and they also serve as sources of water for irrigation, industry, and human consumption.

A river with low stream gradients forms meandering stream channels, natural levees and extensive floodplains.

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Answer:

The costs of non-sovereignty are high.

European countries are increasingly vulnerable to external pressure that prevents them from exercising their sovereignty. This vulnerability threatens the European Union’s security, economic health, and diplomatic freedom of action, allowing other powers to impose their preferences on it.

To prosper and maintain their independence in a world of geopolitical competition, Europeans must address the interlinked security and economic challenges other powerful states present – without withdrawing their support for a rules-based order and the transatlantic alliance. This means creating a new idea of “strategic sovereignty”, as well as establishing institutions and empowering individuals that see strategic sovereignty as part of their identity and in their own interest. Most fundamentally, the EU needs to learn to think like a geopolitical power.

The long-term goal of the EU is to reach air quality levels that do not pose unacceptable hazards to the environment or adverse effects on human health.

The European Environment Agency (EEA) is responsible for collecting statistics on air pollution for the EU and aids in the enforcement of laws pertaining to air emissions and air quality. The EEA also helps with the assessment of EU air pollution policies and the formulation of long-term plans to enhance Europe's air quality.

The work of EEA focuses on:

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The Vistula River flows northward into the Baltic Sea and has many major cities on its banks despite being susceptible to flooding.

The Vistula River is the longest river in Poland, spanning approximately 1,047 kilometers. It originates in the Beskids mountain range in the south of the country and meanders through several major cities, including Kraków, Warsaw, and Gdańsk, before finally reaching the Baltic Sea.

Despite being prone to flooding, which can pose challenges to the cities located along its course, the Vistula River has played a significant role in the development and history of Poland. Its navigable waters have facilitated trade and transportation, while its fertile floodplains have supported agriculture and provided resources for human settlement. Efforts to manage and mitigate the risks associated with flooding have been undertaken over the years to protect the cities and communities situated along the Vistula River.

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Answer:

Latitudinal Effect: Pakistan Lies near the Tropic of Cancer therefore, it records higher temperatures due to latitudinal effects • Altitudinal Effect: The mountains experience mild temperature in summer and very cold in winter

Explanation:

Answer:

i think it's true

Explanation:

conducting a panel interview is generally one of the more objective methods of evaluating a potential new hire

The GLOBE (Global Learning and Observations to Benefit the Environment) study is a worldwide research initiative that involves students, teachers, and scientists collecting environmental data.

The study aims to enhance understanding of the Earth's systems and promote scientific literacy. The following outline provides an overview of the methodical procedure and key results of the GLOBE study:

Methodical Procedure:

a. Training: Teachers and students receive training on data collection protocols and measurement techniques.

b. Data Collection: Participants collect data in various environmental areas, including atmosphere, hydrology, soil, land cover, and phenology.

c. Protocols: The study provides detailed protocols and instruments for collecting and recording data.

d. Data Entry: Participants enter their collected data into the GLOBE database.

e. Quality Assurance: The collected data undergoes a rigorous quality assurance process to ensure accuracy and reliability.

f. Collaboration: The data is shared globally, facilitating collaboration among scientists, researchers, and educators.

Results:

a. Scientific Discoveries: The GLOBE study has led to numerous scientific discoveries and insights into Earth's systems, including climate patterns, weather phenomena, and ecological processes.

b. Education and Learning: Students and teachers involved in the study gain hands-on experience in scientific data collection and analysis, fostering scientific literacy and environmental awareness.

c. Global Network: The study has built a vast network of participants worldwide, promoting international collaboration in environmental research and education.

d. Data Availability: The collected data is freely accessible, allowing scientists and researchers to utilize it for further analysis, modeling, and understanding of global environmental processes.

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Answer:

True

Explanation:

Seeing as they are soo common, massive earthquakes would not be associated much with Normal Faulting.

False. Normal faulting can produce large earthquakes, but the size of the earthquake is typically related to the size of the fault that ruptures and the amount of movement that occurs along the fault.

The largest normal fault earthquakes are generally smaller than the largest thrust or strike-slip fault earthquakes, but they can still be very destructive depending on their depth, location, and other factors.

The size of an earthquake is indeed related to the size of the fault that ruptures and the amount of movement that occurs along the fault, rather than the specific type of faulting. While normal faulting can produce large earthquakes, it is not the only type of faulting that can result in significant seismic events.

Earthquakes occur when there is a release of accumulated stress along a fault line, causing the rocks on either side of the fault to slip or move relative to each other. The size or magnitude of an earthquake is measured using various scales, such as the Richter scale or the moment magnitude scale (Mw), which quantify the energy released during an earthquake.

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The type of agriculture shown in the photograph is called agriculture of subsistence since commercial agriculture is based on the extensive production methods of crops instead of the use of animals to work the soil land.

The expression agriculture of subsistence is used to denote all conventional methods of production of foods in the field that involve traditional processes and low production rates per unit of area.

Therefore, with this data, we can see that agriculture of subsistence is based on the use of animals to work the soil in order to produce crops.

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Columns of molten material that rise from the mantle at the core-mantle boundary and eventually make it through Earth's crust form hotspots on the Earth's surface.

A hotspot is an area on the Earth's surface that experiences a volcanic eruption. These eruptions are caused by hot, molten material that rises from deep within the mantle and eventually makes it through the Earth's crust.

Hotspots are associated with areas of tectonic activity, where the Earth's crust is being pulled apart or pushed together.

Some hotspots are located under the ocean, while others are found on land. Hotspots are responsible for creating many of the world's most famous volcanic features, such as Hawaii's Mauna Loa and Yellowstone's Old Faithful.

In addition to volcanic activity, hotspots can also lead to the formation of new islands, as molten material accumulates on the surface of the Earth and eventually cools and hardens.

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Answer:

Sedimentary

Explanation:

Sedimentary rocks are formed in that situation

Answer:

The explicit function is y = 6x + 2

Explanation:

Since the change in x, Δx is constant and Δx = 1 and also, the change in y, Δy is constant and Δy = 6, we use the equation of a straight line in gradient form.

So, (y - y₁)/(x - x₁) = Δy/Δx where x₁ = 1 and y₁ = 8

So, substituting the values of the variables into the equation, we have

(y - y₁)/(x - x₁) = Δy/Δx

(y - 8)/(x - 1) = 6/1

(y - 8)/(x - 1) = 6

cross-multiplying, we have

(y - 8) = 6(x - 1)

expanding the brackets, we have

y - 8 = 6x - 6

adding 8 to both sides of the equation, we have

y - 8 + 8 = 6x - 6 + 8

y + 0 = 6x + 2

y = 6x + 2

So, the explicit function is y = 6x + 2

Answer: ;) a(n) =8 + (n-1) •6

Explanation:

You’re welcome, can I get the top answer thing it would be my first

Plants can cause weathering as well. When a seed falls into a crack in a rock, it may grow there. Growing roots can push on and enlarge the crack. This process is known as biological weathering.

Biological weathering is the process by which plants, animals, and microorganisms break down rocks and minerals through physical, chemical, and biological processes. Biological weathering is important because it plays a major role in shaping the earth's surface. It can occur in a variety of ways, including through the actions of roots growing into cracks in rocks and soil, the production of organic acids by microbes, and the breakdown of organic matter by animals.

Biological weathering is important for several reasons. It helps to break down rocks and minerals, which can make it easier for plants and other organisms to access nutrients. It also helps to create soil, which is important for growing crops and supporting plant life. Finally, it plays a key role in the carbon cycle, helping to regulate the amount of carbon dioxide in the atmosphere.

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Answer:

Angle RQS measures 104°, and angle TQS measures 76°.

Explanation:

\(14x + 6 + 10x + 6 = 180\)

\(24 + 12 = 180\)

\(24x = 168\)

\(x = 7\)

Angle RQS measures:

14(7) + 6 = 98 + 6 = 104 degrees

Angle TQS measures:

10(7) + 6 = 70 + 6 = 76 degrees

Answer:

A. Sunspots

Explanation:

Sunspots are areas in the sun that has a magnetic field is about 2 thousand times stronger than Earth's. Also is much higher than anywhere else on the Sun.

Answer:

The dating system that describes only the order in which rocks were formed is called relative dating.

A dating system that describes only the order in which rocks were formed is called relative dating.

Relative dating is a method used by geologists to determine the chronological sequence of events in Earth's history without necessarily providing an exact age. This technique relies on the principles of stratigraphy, which involves studying the layers of sedimentary rocks, also known as strata.

Key concepts in relative dating include the Law of Superposition, the Principle of Original Horizontality, and the Principle of Cross-Cutting Relationships. The Law of Superposition states that in undisturbed sedimentary rock layers, the oldest layer is at the bottom, and each successive layer above it is younger. The Principle of Original Horizontality suggests that these layers were initially deposited horizontally and were subsequently deformed by geological forces. The Principle of Cross-Cutting Relationships asserts that if one geological feature cuts across another, the feature being cut is older than the one cutting it.

By applying these principles, geologists can establish a relative chronology for rocks and the events that formed them, such as volcanic eruptions, fault movements, and deposition of sediments. Although relative dating cannot provide exact numerical ages, it is a crucial tool in understanding the sequence of geological events and the history of our planet.

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Athens, Greece, had a form of democracy in which free male citizens could vote on laws in a general assembly. on the other hand, Rome was rebublic until 43bc. the citizens did not participate in decision-making but elected two consuls, who acted as the head of state.

Athenian democracy developed around the 6th century BC. In the Greek city-state of Athens (known as Police), including the city of Athens and the surrounding area of ​​Attica. Athens is the most famous democratic city-state of ancient Greece, but it was not the first.

Several other city-states adopted similar democratic constitutions before Athens. Ober (2015) may have democratized up to half of the more than 1000 existing Greek city-states in the second half of the 4th century BC.

Athens practiced the political system of legislative and executive accounting. Adult male citizens (ie, no matter how many generations of the family live in the city, are neither foreign residents nor slaves nor women) are not allowed to participate and are "probably less than 30 percent of the total adult population."

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