locating places in urban areas​

Answer:

New Orleans

Explanation:

The coordinates 30°N 30°E do indeed correspond to a location in Cairo (Egypt). The coordinates 30°N 30°E correspond to a location in the Mediterranean Sea, specifically the eastern part of the sea.

Egypt's capital city of Cairo is located at coordinates 30°N, 30°E, however, it is actually in the eastern Mediterranean Sea. At roughly 30°N 31°E, Cairo, the capital of Egypt, is located further south. You would be in the ocean off the coast of Egypt if your location were 30°N 30°E.

Coordinates are a set of two or more numbers that specify the position of a point, line, or other geometric figure in relation to some reference system. They are used to measure and depict locations on the surface of the Earth.

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Answer:

Remotely Operated Underwater Vehicle

Explanation:

Used in situations where diving performed by humans is dangerous. Mostly used for underwater exploration in dangerous areas.

Answer:

I am not sure but i think it is B

Explanation:

As per I know that producers think of worker are of 2 ways

1. Producers of service and goods

2. As Consumers

I hope it helps...Thank you

The challenges in urban areas due to the process of rural-urban migration​ are housing challenges, infrastructure and unemployment

Housing: One of the biggest challenges faced by urban areas is housing. As more people migrate to cities, there is an increased demand for housing.

Infrastructure: With more people moving into cities, there is a need for more infrastructure, such as roads, water supply, and sanitation systems.

Unemployment: Rural-urban migration can also affect urban migration due to the fact that the available jobs in the urban areas might be lower to the influx of people from the rural areas

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The establishment of the U.S.-Canadian border was achieved through a series of treaties between the United States and the United Kingdom (which governed Canada at the time).d. Through a series of treaties between the United States and the United Kingdom.

One of the most significant treaties in this process was the Treaty of Paris of 1783, which ended the American Revolutionary War and defined the eastern portion of the border between the United States and British North America (Canada).

Subsequent treaties, such as the Jay Treaty of 1794, the Treaty of Ghent in 1814, and the Webster-Ashburton Treaty of 1842, further refined and clarified various sections of the border. The Oregon Treaty of 1846 specifically resolved a dispute over the boundary in the western portion of the United States and Canada, primarily in the area that is now the states of Oregon, Washington, and Idaho.

Therefore, the correct answer is d. Through a series of treaties between the United States and the United Kingdom.

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The correct answer to the given question about work to transfer a boulder is option 2) (GMm) / (6R)

The gravitational potential energy is U_{G}(r) = - (GMm)/r polar mountain, so for the north po- U GN =- GMm 2R , and for the south polar mountain. U GS =- GMm 3R . Gravity is a conservative so the work done for any path is the same: W = Delta × Uc

=UGS-UGN = GMm / R (1 / 3−1 / 2)

= GMm / R (2-3/6) = + (GMm) / (6R)

Any rock with a diameter more than 16" is considered a boulder. There are two primary shapes that they come in: round and angular. Gravity is a fundamental interaction that causes all objects with mass or energy to attract one another. The weakest of the four fundamental interactions is gravity, by far. The Moon's gravity causes sublunar tides in the oceans, just as gravity on Earth imparts weight to physical objects (the corresponding antipodal tide is caused by the inertia of the Earth and Moon orbiting one another). In addition, gravity plays a significant role in many biological processes, including gravitropism, which directs plant growth, and the movement of fluids in multicellular organisms.

Question

How much work would it take to transfer the boulder (by any path whatsoever through empty space) from the north polar mountain to the top of the south polar mountain? Assume that the masses of the mountains are negligible relative to the mass of the plane-toid.

1. (GMm) / (8R)

2. (GMm) /( 6R)

3. (GMm) / (4R)

4. mg R

5. (GMm) / (2R)

6. It would take no work since there is no gravity in space.

7. (GMm) / (7R)

8. (GMm) / R

9. (GMm) / (3R)

10. (GMm) / (epsilon*D)

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Answer:

Tectonic plates are plates that can move and react in different ways with each other, these movements vary and as they vary they give rise to different geographical features.

The plates were found to slide or rub against each other, and this is what makes this sea livable.

The earth's surface is a puzzle of plates the size of continents that rub and collide with each other, generating powerful processes that form mountains and transform landscapes. The planet's geological metabolism, especially that of its tectonic plates, is also responsible for making it habitable.

The movements that occur between the plates are as follows:

convergent (two plates collide against each other), divergent (two plates separate) and transformants (two plates slide side by side). These movements are not because they are, but are the consequence of the currents of different temperatures that occur in the mantle, therefore everything that is warmer rises and what is cold descends or falls.

The updrafts / rising / hot and descending / falling / cold of the mantle can explain the movement of the plates, acting as a kind of "stimulating roller" that moves them.

Explanation:

When they move, they cause earthquakes or tsunamis in large bodies of water, when they converge and collide with each other, it may be that they form both mountains and volcanoes, in the event that they have a conduit that connects said geographic feature with the hot magma or mantle.

And if divergent movements happen they could also be caused by earthquakes, tsunamis, and even geographic divisions or neocontinent formations.

It is important to clarify also that volcanoes or mountain structures do not form only in earthly or sea life where there is land, there is scientific evidence of this also happens under the sea or under deep fresh water.

Answer:

r6647188383

explanation:

2637ru83ur7rje7e

Answer:

The orienta on helps the reader of the map understand where they are and which direc on to go. Orienta on is also known as a COMPASS ROSE. The Date of the map tells us when the map was made. It helps to know how long ago the map was made.

Explanation:

Answer:

"Its name comes from the reported phenomenon of strange lights flickering over peat bogs, called will-o'-the-wisps or jack-o'-lanterns."

Explanation:

Answer:

The term originated in 17th-century Britain, where it was used to refer to a man with a lantern or to a night watchman.

Answer:

New cells are created from a process called cell division. The new cells are produced when a cell, called the mother cell, divides into new cells called daughter cells. When two daughter cells have the same number of chromosomes as the original cell, the process is called mitosis.

Hope this helps ⊂◉‿◉つ

The most abundant group of minerals in the Earth's crust are the silicate minerals. Silicates are composed of silicon and oxygen atoms, and they make up approximately 90% of the Earth's crust.

The remaining 10% is made up of other minerals, such as carbonates, sulfates, and halides. Silicate minerals are found in a variety of forms, including quartz, feldspar, mica, and clay minerals. These minerals are important because they form the building blocks of rocks and are essential for the formation of soil, which supports plant life.

In addition, silicate minerals are used in a variety of industrial applications, such as glassmaking and construction. Overall, silicate minerals are crucial components of the Earth's crust and play a vital role in the functioning of the planet.

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The measure which could be the value of x in centimeters is 6 cm

Given:

Side length A = 2 cm

Side length B = 8 cm

Sum of the two sides = 2 cm + 8 cm

= 10 cm

Third side must not be less than difference of the two sides

Difference of the two sides = 8 cm - 2 cm

= 6 cm

Therefore, the third side should be greater than difference of the two side length (6 cm) and less than sum of the two side length(10 cm)

The measure which could be the value of x in centimeters is 6 cm

Complete question below:

A triangle has side lengths of 2 cm, 8 cm, and x cm. Which measure could be the value of x in centimeters?

A. 6

B. 9

C. 10

D. 12

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Answer:

15342

Explanation:

:)

Answer:

...........................

Seeing as I am from Maine, the geographic region in which my community is located is a beautiful and diverse place.

The state is home to a variety of landscapes, including mountains, forests, lakes, and coastline. There are also many small towns and villages throughout the state, each with its own unique charm.

Maine is home to the White Mountains, which are a popular destination for hiking, camping, and skiing. Maine is covered in forests, which are home to a variety of wildlife, including moose, bears, and deer. Maine has a long coastline along the Atlantic Ocean, which is known for its beautiful beaches and rocky shores.

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The culture described by the Incan civilization was the one most suited to the Andes Mountain region, its tax structure, and other factors.

The inhabitants of the Incan empire, which was situated close to the Andes Mountains, were known as the Incan people.

They were ruled by emperors who thought they were immortal because they were descended directly from the sun.

Therefore, the Incan empire had an efficient labor tax system that helped it prosper in the 15th century until it was defeated by the Spanish.

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NASA scientists are monitoring the changes in ice on Greenland for several important reasons:

Climate Change: Greenland's ice sheet is one of the largest repositories of freshwater on Earth. Monitoring its ice helps scientists understand the impacts of climate change and how it affects the global climate system. The melting of Greenland's ice contributes to rising sea levels, which poses significant risks to coastal communities and ecosystems.

Sea Level Rise: The ice on Greenland has the potential to raise global sea levels significantly if it melts. Monitoring changes in ice mass and ice melt rates provides crucial data for predicting and projecting future sea level rise. This information is vital for coastal planning, infrastructure development, and assessing the vulnerability of coastal regions.

Feedback Mechanisms: Studying the ice on Greenland helps scientists investigate feedback mechanisms related to climate change. As the ice melts, it can impact ocean circulation patterns, alter weather patterns, and affect the release of greenhouse gases trapped within the ice. Understanding these feedback mechanisms is crucial for improving climate models and predicting future climate scenarios.

Scientific Research: Greenland's ice sheet offers a unique opportunity for scientific research. By studying the ice's composition, layers, and history, scientists can reconstruct past climate conditions and gain insights into Earth's climate history. This research helps refine climate models, improve our understanding of climate variability, and enhance predictions of future climate change.

NASA's monitoring efforts involve satellite observations, airborne campaigns, field studies, and collaborations with international partners. By tracking changes in Greenland's ice, scientists can better understand the dynamics of our changing climate and make informed decisions regarding mitigation and adaptation strategies.

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Answer: The options are not given. Here are the options.

A. It would be harder for her to exercise

B. It would be easier for her to exercise

C.Nothing would happen to her ability to exercise, but her respiratory system would not work as hard, since glucose has more energy than oxygen molecules.

D.Nothing would happen to her ability to exercise, but her digestive system would not work as hard, since glucose is already small enough to get to her cells.

The correct option is D.

Nothing would happen to her ability to exercise, but her digestive system would not work as hard, since glucose is already small enough to get to her cells.

Explanation:

Nothing would happen to her ability to exercise, but her digestive system would not work as hard, since glucose is already small enough to get to her cells because there is no need for enzymes and the whole digestive system to digest the glucose , this is because glucose is the end product of carbohydrates digestion i.e it is breakdown into glucose which is in a form the body can easily absorb it to the cells.

Since the body can absorb it to the cells, it will supply her with the energy she needed easily and her ability to exercise will remain the same because when you exercise the body does not use energy from digestion rather it slows digestion and divert the blood to the muscles and lungs to exercise.

Answer:

Ongoing, chronic stress, however, can cause or exacerbate many serious health problems, including: Mental health problems, such as depression, anxiety, and personality disorders. Cardiovascular disease, including heart disease, high blood pressure, abnormal heart rhythms, heart attacks, and stroke.

Explanation:

Answer:

Explanation:

Ongoing, chronic stress, however, can cause or exacerbate many serious health problems, including: Mental health problems, such as depression, anxiety, and personality disorders. Cardiovascular disease, including heart disease, high blood pressure, abnormal heart rhythms, heart attacks, and stroke.

An area in texas has several months of heavy rain. This season is often following periods of drought. El Nino effect is likely its cause.

An El Niño situation happens when surface water in the equatorial Pacific evolves warmer than moderate and east winds blow weaker than normal. The warm ocean surface warms the atmosphere, which lets moisture-rich air uprise and expands into rainstorms. It varies rainfall imprints for months to seasons.

High-pressure designs lessen evaporation and moisture in the atmosphere. El Niño as the surface temperature of the Pacific Ocean around the central South American coast boosts, storm routines are disrupted. This phenomenon is assumed to build droughts.

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Answer: were i am we have like 5 feet and now it was warm then i changed back to like freezing wether but like every week it will be like 60 some then it has a chance of rain......... :(((

Explanation:

Answer:

ask your teacher to email you the  in docs to open them and then just answer the questions

An area of water saturated, unconsolidated sediment may respond during an earthquake by becoming weak and unable to support structures built upon it. the sediment may respond like quicksand and structures can partially sink into the sediment. this is a process known as liquefaction.

Liquefaction is a fact where the strength and stiffness of the soil is reduced due to earthquakes or other ground movements. This means a process or incident of changing the soil properties from a solid state to a liquid state, caused by cyclic loads during an earthquake so that the pore water pressure increases to approach or exceed the vertical stress. Liquefaction has been responsible for a large amount of damage in the history of earthquakes around the world.

Liquefaction occurs in saturated soils, i.e. soils in which the spaces between the individual particles are completely filled with water. This water exerts a pressure on the soil particles that affects how tightly the particles themselves are pressed together. Before the earthquake, the water pressure was quite low. however, earthquake vibrations can cause the water pressure to increase to the point where soil particles can easily move against one another.

Earthquake vibrations often trigger an increase in water pressure but related construction activities such as blasting can also cause an increase in water pressure. when liquefaction occurs the strength of the soil decreases and the ability of soil deposits to support the foundations for buildings and bridges decreases.

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Radiometric dating methods are the principles scientists use to determine the relative age of a rock unit by its particular fossil content.

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A zone of partially molten peridotite in the upper mantle best characterizes the Asthenosphere.

C is the correct answer.

More fluid and hotter than the lithosphere, according to asthenosphere theory. We can estimate that it reaches a depth of between 100 and 700 km below the earth's surface. The majority peridotite-containing rocks found in this area have a very sturdy structure.

Despite the Asthenosphere being almost completely solid, its mechanical weakness is caused by a tiny quantity of rock melting (less than 0.1% of the rock). This is the primary source of magma on Earth because as it wells higher, more extensive decompression melting of the Asthenosphere occurs.

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The complete question is:

which one of the following best characterizes the asthenosphere?

A. a layer of solid, magnesium silicates and molten iron droplets at the base of the mantle

B. a zone in the upper mantle where the velocity of p- and s-waves dramatically increase

C. a zone of partially molten peridotite in the upper mantle

D. a zone of brittle, rigid silicate rock at the base of the oceanic crust

To answer your question, the geocoded points for the other nine libraries in Virginia Beach were placed in close proximity to the library buildings themselves.

Geocoding is the process of assigning geographic coordinates to a location, such as a building or a street address. The coordinates are typically derived from a combination of sources, including satellite imagery and mapping data. In the case of the Virginia Beach libraries, the geocoded points were likely based on the physical addresses of the buildings, as well as other data points such as street intersections and zip codes. Overall, the accuracy of the geocoding process can vary depending on the available data and the complexity of the location, but in general, the points should be within a reasonable distance of the actual buildings.
Hi! In Virginia Beach, the geocoded points for the other nine libraries were typically placed close to the library buildings themselves, usually at the main entrance or within the building's property. This ensures easy identification and navigation to the libraries using mapping tools and geolocation data.

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