Anthropography is a science by which we can:

The bigger the distance from the equator the lesser the angle at which the sunlight falls on the surface of the Earth. The smaller the angle of the sunlight the lesser the heating because of the greater dispersal of the sun rays which cause cooler temperature.

Oceans are significantly slower to heat up and chill down than land. This means that, at the same latitude and altitude, coastal sites are colder in the summer and warmer in the winter. Glasgow, for example, is at a comparable latitude to Moscow, but its winters are much milder due to its proximity to the shore.

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Answer:

born habits and they spend most time in water lurking for food

Answer:

yes

Explanation:

it will increase because even if we don't get as many children as 12-15 from one parent at least u can get 2 children for a parent so if u calculate like that if population today is 10 billion in the next 100 yrs it will be 20 billion

The three events that took place between the Jewish diaspora and the creation of Israel are 1914 - World War I begins, 1920 - The British take over Israel as part of the Palestine Mandate and 1939- World War II begins. During the war, 6 million Jewish people were killed by Adolf Hitler and Nazi Germany in the Holocaust.

Jewish diaspora is the dispersion of Israelites or Jews out of their ancient ancestral homeland and their subsequent settlement in other parts of the globe.  In terms of the Hebrew Bible, the term "Exile" denotes the fate of the Israelites who were taken into exile from the Kingdom of Israel during the 8th century BCE.

The Judahites from the Kingdom of Judah who were taken into exile during the 6th century BCE.

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Moving towards the equator generally results in warmer climates, while moving away from the equator generally leads to cooler climates.

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Translation- Because on the western coast of South America there are many volcanoes and earthquakes occur continuously, and yet on the western coast of Africa it is very stable and there are no volcanoes or earthquakes.

The boundaries of tectonic plates determine various geological features of the location, a areas geological activity is determined by its location and the tectonic plates inside the earth.

A region where multiple tectonic plates converge is known as the- Ring of Fire, and it includes the western coast of South America. When two plates collide, tectonic zones are formed, where one plate slides under the other and an earthquake or a volcano may result.

comparatively, there are no active tectonic plate boundaries near Africa's western coast. This region's stability can be result to its location on a stable tectonic plate.

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Answer:

natural and geographical environment

Explanation:

Answer:

They are:

Natural

Industrial

Social.

Explanation:

These are the three types of environment we have.

Most of the smaller streams flow in the elongated valleys because of the multistage history of the landscape, which has shaped the topography over time.

In the last visible stage, the valleys provide natural pathways for water to flow due to their lower elevation, allowing small streams to follow the path of least resistance. Meanwhile, larger rivers like the Susquehanna and Juniata have cut through the ridges at nearly right angles, indicating a more complex geological history. Most of the smaller streams flow in the elongated valleys due to the multi-stage history of the area. Over time, erosion and weathering processes have shaped the landscape and created valleys that are more susceptible to being carved by smaller streams. These valleys may also have been created by a glacial activity or tectonic forces.

Additionally, the smaller streams may follow the path of least resistance and flow along the natural contours of the land, which often includes elongated valleys. However, it is important to note that the Susquehanna and Juniata Rivers' ability to cut through ridges at right angles is due to a different set of geological processes and a separate stage of the area's history.

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Answer:

Explanation:

Simplify  -3\times -5−3×−5  to  1515.

15=-2\times -20

15=−2×−20

2 Simplify  2\times -202×−20  to  -40−40.

15=-(-40)

15=−(−40)

3 Remove parentheses.

15=40

15=40

4 Since 15=4015=40 is false, there is no solution.

No Solution

Explanation:

When responding to spills of human blood or OPIM that also involve broken glass or other sharps, a set of tongs or another device must be used to collect contaminated sharps.

There are three ways to measure the size of an earthquake because each method provides different information about the earthquake.

The first way is the Richter Scale, which measures the amplitude of the seismic waves at a specific distance from the earthquake's epicenter. This scale is logarithmic, meaning that each whole number increase represents a ten-fold increase in wave amplitude and a thirty-fold increase in energy released. The second way is the moment magnitude scale, which measures the total energy released during an earthquake, including both the amount of movement along the fault and the area of the fault that ruptured. This scale is more accurate for larger earthquakes than the Richter Scale. The third way is the intensity scale, which measures the effects of an earthquake on people, buildings, and the environment. This scale is subjective, as it depends on the perception of people in the affected area. By using these different methods, scientists can gain a more complete understanding of the size and impact of an earthquake.

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Answer:

Houses covered with grass or animal hides

Explanation:

Areas on the Gulf Coast most likely did not have adobe because it was not available to obtain. Pueblos are dwellings found more in the Southwest and not the Gulf Coast. Tipis are found in more forested and mountainous areas. Since the gulf coast is flatter, it would make sense that the houses would be covered with grass or animal hides because there is lots of grass and it is easy to obtain animal hides because it is so flat.

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The effect does Central America's location on top of moving tectonic plates have on the region is Many earthquakes and volcanoes. The correct answer is A.

Due to its location where numerous tectonic plates overlap and put strain on one another, Central America experiences earthquakes and volcanic eruptions frequently. When these plates abruptly move or rupture, earthquakes may occur. Another frequent occurrence at these plate borders is volcanoes.

Many of Central America's volcanoes occasionally erupt violently, in addition to experiencing frequent earthquakes. However, due to the fertile soil produced by weathered volcanic lavas, the highlands of volcanic zones have evolved into incredibly productive agricultural districts and densely populated areas.

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A cay is a Caribbean island formed by the accumulation of coral. Therefore, the correct statement is Option D.

Cays are formed while ocean currents deposit sand and different sediments on a reef, wherein it'll construct up, growing a sand island, apparently withinside the center of no wherein.

The cays are surrounded by the aid of using reefs, and regularly draw travelers in for wonderful snorkeling on fringing reefs.

Therefore, A cay is a Caribbean island formed by the accumulation of coral. the correct statement is Option D.

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A New Yorker's view of Polaris, also known as the North Star, will differ from a person's view in Quebec, Canada due to their respective latitudes. Polaris appears at an altitude in the sky equal to the observer's latitude.

Since New York is at a lower latitude (around 40.7° N) compared to Quebec (around 46.8° N), Polaris will appear lower in the sky for a New Yorker than for someone in Quebec.

In both locations, Polaris can be found by locating the constellation Ursa Major (the Big Dipper) and using the two stars at the end of the "bowl" to point towards it. The North Star remains relatively fixed in the sky as other stars and constellations appear to rotate around it due to Earth's rotation.

In summary, the main difference between a New Yorker's and a Quebecer's view of Polaris is the altitude at which it appears in the sky, with Polaris appearing higher for someone in Quebec due to its higher latitude. However, both observers can use the same method to locate Polaris by referencing the Big Dipper in the constellation Ursa Major.

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The Law of Superposition states that in an undeformed stratigraphic sequence, the oldest strata will be at the bottom and the youngest strata will be at the top. The answer is e. Foil in bottom layer are older than foil in top layer.

The Law of Superposition is a fundamental principle of stratigraphy which states that in an undisturbed sequence of sedimentary rocks, the oldest rocks will be on the bottom and the youngest rocks will be on the top. This law can be used to determine the relative age of different layers of rock in a given area, as the youngest layer will always be on top of the older layers. Additionally, the Law of Superposition can be used to determine the age of a rock relative to other rocks in the same area.

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Changes in the supply source or sediment supply can begin or end the life of a river.

Other factors that can affect the life of a river are;

Sediments deposited continually on the shores of a river can gradually edge the river away from it's course or cut it off from it's source.

Hence, it is right to state that Changes in the supply source or sediment supply can begin or end the life of a river.

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Buildings and other structures can store more heat during the day than plants; at night, they emit some of that heat, contributing to warmer temperatures when it's dark out. Cities might also have less reflectiveness, which would let them soak up more of the Sun's heat.

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Answer:

The four major reasons why Pakistan has been unable to realise its potential and succeed like other countries having similar resources include:

1. Corruption among the ruling classes leading to underdevelopment of the country.

2. Nepotism among the civil servants. This is where families and friends are given government contracts.

3. Population also has an effect on the development of the country. Lack of family planning and inadequate planning leads to exponential population which affect the limited resources.

4. Lastly, economic and unemployment factors also affect the potential of Pakistan. A situation where, the population of unemployed is far above the resources and jobs available leads to underdevelopment in Pakistan.

Explanation:

The setup of six corridors through which a significant proportion of European freight passes, despite covering only a small percentage of the region's roads, is a strategic decision aimed at optimizing the transportation of goods across Europe.

These corridors were chosen based on their geographic location, connectivity to major ports and cities, and potential for improving the efficiency of freight transport.

By concentrating the majority of freight traffic on these corridors, it is possible to streamline the movement of goods, reduce congestion and travel time, and lower transport costs.

This approach also facilitates the implementation of sustainable transport solutions, such as intermodal transport, which involves the use of multiple modes of transportation to transport goods.

Overall, the establishment of these corridors highlights the importance of efficient and sustainable freight transport in supporting Europe's economic growth and competitiveness, while minimizing the environmental impact of transportation.

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When it is windy, the near-surface vertical temperature profile over an airport runway would show a less rapid change with height compared to when it is calm.

When wind is present, it leads to the mixing of air near the surface. This mixing process is known as turbulence. Turbulence results in the redistribution of heat and moisture in the lower atmosphere, leading to a more uniform temperature profile with height. As the wind blows over the airport runway, it creates shear and friction, causing the lower layer of air to mix vertically. This mixing tends to diminish the temperature differences between layers, resulting in a smaller temperature gradient. Consequently, the rate of change of temperature with height becomes less pronounced under windy conditions.

In contrast, during calm conditions, the absence of wind allows for the development of stable temperature inversions. A temperature inversion occurs when the temperature increases with height, instead of the typical decrease. In this scenario, the lack of wind prevents the mixing of air near the surface, leading to the formation of distinct layers with varying temperatures. As a result, the near-surface vertical temperature profile over an airport runway would exhibit a more rapid change with height when it is calm.

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Extrusive is the ideal solution. When magma escapes and cools above (or very close to) the Earth's surface, igneous rock known as extrusive or volcanic rock is created.

These are the rocks that are produced by erupting volcanoes and gushing fissures. When exposed to the relatively cool temperature of the atmosphere, the magma, known as lava when molten rock erupts on the surface, cools and solidifies nearly instantaneously. These rocks have an extremely fine-grained or even glassy texture because of the rapid cooling, which leaves little time for mineral crystals to develop. The quenched lava frequently has a frothy, vesicular structure as a result of hot gas bubbles being trapped there.

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Answer:Volcanic activity ranges from emission of gases, non-explosive lava emissions to extremely violent explosive bursts that may last many hours. The types of eruptions determine the relative volumes and types of volcaniclastic material and lava flows, consequently the shapes and sizes of volcanoes.

Explanation:

Answer:

Volcanic activity ranges from emission of gases, non-explosive lava emissions to extremely violent explosive bursts that may last many hours. The types of eruptions determine the relative volumes and types of volcaniclastic material and lava flows, consequently the shapes and sizes of volcanoes.

Explanation:

Answer: Humans today are smaller than their ancestors.

Explanation:

Answer:Your answer should be d

Explanation:

According to California law, wildland high fire severity areas are exempt from Natural Hazards Disclosure requirements. Therefore, option C is the correct answer. However, it is important to note that even if a property is exempt from Natural Hazards Disclosure, buyers are still encouraged to do their own research and due diligence on potential hazards in the area.

Geological hazards refer to natural events or processes that pose a threat to human life, property, or the environment due to the characteristics or activities of the Earth's geological features. These hazards can have various causes and can occur in different forms. Here are some common geological hazards:

Landslides: Landslides occur when masses of rock, soil, or debris move downhill due to gravity. They can be triggered by heavy rainfall, earthquakes, or human activities. Landslides can cause significant damage to infrastructure and pose a threat to people living in affected areas.

Earthquakes: Earthquakes are the result of the sudden release of energy in the Earth's crust, leading to ground shaking. They occur due to the movement of tectonic plates and can cause widespread destruction, including building collapses, ground ruptures, and tsunamis in coastal regions.

Volcanic Activity: Volcanic hazards arise from volcanic eruptions, which involve the release of magma, gases, and ash from the Earth's interior. Volcanoes can produce ash clouds, pyroclastic flows, lava flows, lahars (volcanic mudflows), and volcanic gases, all of which can have devastating impacts on nearby communities and ecosystems.

Subsidence: Subsidence occurs when the ground sinks or collapses, often due to the extraction of groundwater or the dissolution of underground minerals. Subsidence can cause damage to infrastructure, particularly in areas with extensive mining or excessive groundwater pumping.

Sinkholes: Sinkholes are depressions or cavities that form when underground limestone or other soluble rocks dissolve or collapse. They can be dangerous, causing sudden ground collapses that can engulf structures or vehicles.

Rockfalls and Rockslides: Rockfalls and rockslides involve the detachment and movement of rocks or boulders along slopes or cliffs. They can be triggered by weathering, seismic activity, or erosion, posing risks to people and infrastructure below.

These are just a few examples of geological hazards. Other geological hazards include avalanches, mudslides, karst formations, and coastal erosion. Understanding and managing these hazards are crucial for land-use planning, infrastructure development, and the safety of communities in areas prone to geological risks. Monitoring, early warning systems, and implementing appropriate mitigation measures can help minimize the impacts of geological hazards on human lives and the environment.

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Minimum static groundwater elevation be in this well for it to be considered artesian is 234.8m.

Now, as we know that static groundwater level should be always above the top confining layer of aquifer from sea level.

Aquifer is encountered at 33.7 m from the surface.

the surface elevation of well is 268.5 from sea level.

Elevation of top confining layer of aquifer from sea level =268.5 - 33.7 = 234.8 m above sea level.

hence the minimum static water level should be above this 234.8 m elevation and the well will be artesian well.

An artesian well is a well that taps into a confined aquifer. Under artesian pressure, water in the well rises above the top of the aquifer but does not necessarily reach the land surface.

A flowing artesian well is one that has been drilled into an aquifer where the pressure within the aquifer forces the groundwater to rise above the land surface naturally without using a pump. Flowing artesian wells can flow on an intermittent or continuous basis and originate from aquifers occurring in either unconsolidated materials such as sand and gravels or bedrock, at depths ranging from a few meters to several thousand meters. All flowing wells are artesian, but not  all artesian wells are flowing wells.

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Florida has the very best thunderstorm frequency in the U.S. Because of a mixture of geographical and meteorological elements.

Firstly, Florida's geographic region makes it tremendously susceptible to thunderstorms. It is surrounded by the aid of hot ocean waters, mainly the Gulf of Mexico and the Atlantic Ocean, which provide a source of moisture and energy essential for thunderstorm improvement.

Additionally, Florida's flat terrain and ample moisture make contributions to the formation of thunderstorms. The kingdom's warm and humid climate creates risky atmospheric conditions, characterized by the rapid upward movement of air, which is essential for thunderstorm formation. The convergence of air hundreds, which includes sea breezes and frontal obstacles, similarly complements the likelihood of thunderstorm development.

Furthermore, Florida's proximity to the Gulf Stream, a warm ocean modern-day, complements moisture and warmth shipping into the place, creating favorable conditions for thunderstorm formation.

Overall, the mixture of warm ocean waters, flat terrain, plentiful moisture, and atmospheric instability make Florida a prime region for common thunderstorm pastimes. These thunderstorms can be excessive, with frequent lightning, heavy rainfall, robust winds, and even the capability for severe climate occasions which includes tornadoes.

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The correct question is:

"Why Florida has the highest thunderstorm frequency in the U.S.?"