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A general term for a mass of perennial ice, resting on land or floating in the sea attached to a landmass is a glacier. Option B is the correct answer.

A glacier is a general term for a mass of perennial ice. It can be found resting on land or floating in the sea attached to a landmass. Glaciers are formed when snow accumulates over time and is compressed into ice. They move slowly under the force of gravity. Option B is the correct answer.

Glaciers can be found in various parts of the world, including polar regions and mountainous areas. They are a significant feature of the Earth's landscape and play a crucial role in shaping the land. Glaciers erode the surface beneath them, carrying rocks and debris as they move. This material can be deposited at the edges of the glacier, forming what is called a moraine. Icebergs, on the other hand, are large pieces of ice that break off from glaciers and float in the sea. They are not attached to a landmass. The snowline refers to the elevation above which snow accumulates and remains throughout the year.

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The complete question is, "A general term for a mass of perennial ice, resting on land or floating in the sea attached to a landmass is

a. an iceberg.

b. a glacier.

c. the snowline.

d. a moraine."

Earthquakes can indeed occur in relatively stable areas away from plate boundaries. These earthquakes are known as induced earthquakes and are typically caused by human activities rather than natural tectonic processes. Some common causes of induced earthquakes include:

1. Fluid Injection: Injecting large volumes of fluids, such as wastewater from oil and gas operations, deep underground can increase pore pressure and change the stress distribution in the rocks. This alteration of stress conditions can trigger seismic activity.

2. Mining Activities: Mining operations, particularly those that involve extracting minerals or extracting and injecting fluids from underground, can cause stress changes and lead to induced seismicity.

3. Reservoir Induced Seismicity: The filling of large reservoirs, such as those created by dams, can induce earthquakes. The weight of the water in the reservoir can exert stress on the underlying rocks, potentially causing faults to slip and generate seismic events.

4. Geothermal Energy Extraction: Geothermal energy extraction involves the extraction of heat from underground reservoirs. The fluid injection and withdrawal processes associated with geothermal operations can induce seismicity.

5. Hydraulic Fracturing (Fracking): Fracking is a technique used in the extraction of oil and gas from shale formations. The high-pressure injection of fluid into the rocks can create fractures, and the release of stored stress in the surrounding rocks can lead to induced seismic activity.

It's important to note that while induced earthquakes can occur in stable areas, they are generally of smaller magnitude compared to earthquakes along major tectonic plate boundaries.

However, in some cases, induced earthquakes can reach significant magnitudes and cause damage to infrastructure and pose risks to local communities.

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"In stage 4, conurbanization, new cities spread across new territory and grew toward one another."

Alfred Meyer invented the term "conurbanization" to describe the process by which a collection of cities spreads out over a region. These cities were originally divided, but rapid urbanization caused them to expand to the point where they joined forces to form a much larger metropolitan region.

As is the case in many sections of the United States, as well as major cities in England, Mexico, or China, these cities, which were before divided by the countryside or natural areas, are now a part of one another.

Alfred Meyer identified four stages of growth in the Calumet region of Illinois and Indiana as new tribes inhabited this territory. In stage 4, conurbanization, new cities became closer to one another as they expanded throughout the new region.

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Answer:  C

Explanation:

The flat and nearly featureless part of the deep-ocean floor is known as the abyssal plain.

In the deepest parts of the ocean basins are the vast expanses known as abyssal plains. They stand out for having a smooth, flat topography that is covered in small sediments. These plains are located far from the continental margins and were created by the long term accumulation of sediment.

In contrast, ridge axes are elevated regions along mid ocean ridges where new oceanic crust is created through seafloor spreading, guyots are flat-topped underwater mountains, and trenches are deep, narrow depressions formed by tectonic activity. The deep-ocean environment is diverse and dynamic but the abyssal plain is a relatively flat and uniform area.

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The question is not correctly paraphrased "which of these parts of the deep-ocean floor is flat and nearly featureless?

group of answer choices- trench, abyssal plain, guyot, ridge axis"

The correct answer to this riddle is "Strata".

Strata is a layer of rock or soil that is distinct from the layers above and below it. They were formed over time by different processes such as sedimentation, volcanic eruptions, and erosion. These layers are important because they carry records of the Earth's history. They contain information about the climate, geology, and biotic history of the Earth. Scientists study these layers to understand the Earth's past and the different processes that have shaped it. It is used in many areas of research, such as paleontology, geology, and archaeology. The study of these layers is called stratigraphy, which is a branch of geology.

The following are the unscrambled letters that have already been placed in the correct letter sequence:

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Roman achievements have greatly impacted our community today through their significant contributions in the fields of architecture, engineering, and government. These achievements have stood the test of time and continue to influence the world we live in.

Firstly, Roman architecture has greatly influenced modern architecture. The use of arches, domes, and concrete are some of the many techniques still in use today. The Colosseum in Rome is a great example of Roman architecture and has served as a model for modern sports arenas.
Secondly, Roman engineering has greatly influenced modern engineering. The construction of roads, aqueducts, and the invention of concrete are just a few examples. The Roman roads were built to last and helped to connect various parts of the empire. Today, we still use some of these techniques to build roads and infrastructure.
Finally, Roman government has greatly influenced modern government. The concept of a republic and the idea of democracy were developed by the Romans. These ideas have served as a model for modern governments and continue to be relevant today.
In conclusion, Roman achievements have greatly affected our community today through their contributions in architecture, engineering, and government. These achievements have stood the test of time and continue to shape the world we live in today.

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Answer:

sunni beleive that Mohammad pbuh is the messenger and shia beleive its his cousin

The supporting material that can be used by Yolanda is a hypothesis. This is because the material used by Yolanda is presumptive or temporary.

The etymological hypothesis comes from the Greek, namely Hypo which means weak and Thesis which means theory. So the meaning of the hypothesis is a statement that is still weak in nature because it still needs to be proven. The hypothesis can also be regarded as a temporary guess in a study.

The hypothesis serves as a temporary answer or conclusion to a problem. Directing researchers in finding and collecting data. Clarify a situation that was still vague. Helps predict things that might happen.

The hypothesis has the following characteristics. It needs to be tested for truth, must state a relationship, must be testable, the shape is simple, and based on facts.

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The statement "shapely found the sun is located about halfway out the disk from the center of the disk of the galaxy." is false as it was found that Sun is not located at the center of the disk of the galaxy.

Shapley learned that the Sun is not at the center of the galaxy's disk through his study of globular clusters. Instead, he discovered that the Sun is located in the outer regions roughly two thirds of the way from the galaxy's disk's center to its edge. This discovery fundamentally altered how we think about the Milky Way's structure and how we fit into it.

Shapley's research demonstrated that our galaxy is much larger and more extended than previously thought demonstrating the size of our cosmic neighborhood. His discoveries also opened the door for additional research into the dynamics and structure of galaxies making a significant contribution to the field of astrophysics.

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The marine food sources will not be able to keep up with human growth population.

There isn't much space for hope. There doesn't seem to be enough water available for agriculture to produce enough food to feed the world's 9200 million inhabitants.

Already under water stress, the current population is made worse by the interaction between population expansion and climate change. Additionally, since the middle of the 1980s, worldwide fisheries landings have been dropping, which has added to the current crisis in food production.

The food-producing industry least dependent on the availability of freshwater, marine aquaculture (hereinafter mariculture), will be used to help feed humanity in the twenty-first century.

Although there is still room for growth in northern temperate regions, despite significant intensification (such as a 10-fold increase in the yield of Chinese freshwater aquaculture in 20 years), freshwater aquaculture is becoming increasingly spatially constrained in the tropics and subtropics due to rapid human population growth and the concomitant high requirements for direct use of water and land.

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The Mouflon are a type of Sheep commonly found in the Mediterranean Island region.

A  geneticist known as David Coltman checked out concentrating on them and found that the hereditary variety has been kept up with over the course of the years regardless of the multitude of horrible circumstances the species has been exposed to.

The Mouflon keeping up with the hereditary variety implies that normal determination addresses one of the centers of transformative cycles in living beings. At the point when populaces are decisively decreased in size, the hypothesis of hereditary float proposes that a deficiency of hereditary variety ought not out of the ordinary. On account of the Mouflon, be that as it may, no such misfortune in variety was noticed. This outcome was very astonishing for researchers since it meant that the theory of genetic drift does not always hold true.

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Data fusion of SMOS brightness temperature and GRACE terrestrial water storage observations enables the estimation of soil moisture and shallow groundwater.

SMOS (Soil Moisture and Ocean Salinity) is a satellite mission that measures brightness temperature, which is related to soil moisture content. GRACE (Gravity Recovery and Climate Experiment) is another satellite mission that measures changes in terrestrial water storage. By assimilating data from both sources, the multi-sensor assimilation approach combines the strengths of SMOS and GRACE to estimate soil moisture and shallow groundwater.

The assimilation process involves integrating the SMOS brightness temperature data and GRACE terrestrial water storage observations into a model or algorithm that takes into account their respective strengths and limitations. By combining these two datasets, the assimilation method enhances the accuracy and spatial resolution of soil moisture and shallow groundwater estimation. The SMOS data provides information on near-surface soil moisture, while the GRACE data helps capture changes in total terrestrial water storage, which includes contributions from both surface and subsurface water.

The assimilation of SMOS and GRACE data offers valuable insights into soil moisture dynamics, water availability, and hydrological processes. It has applications in various fields such as agriculture, hydrology, and water resource management, enabling better understanding and monitoring of soil moisture and shallow groundwater conditions.

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Answer:

B.

The plate is pulled under and the newly formed island is separated from the hot spot.

Your new latitudinal/longitudinal position is 15°s and 350°w.2.

1. starting at 10°n and 30°e, if you move 25° south and 40° west, you can calculate your new latitudinal and longitudinal position as follows:

latitude: 10°n - 25° = -15° (or 15°s)

longitude: 30°e - 40° = -10° (or 350°w) starting at 20°s and 165°e, if you move 45° north and 50° east, you can calculate your new latitudinal and longitudinal position as follows:

latitude: 20°s + 45° = 25°n

longitude: 165°e + 50° = 215°e

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its in Wikipedia

Explanation:

you will get a lot of info from Wikipedia

Answer:

I think is B

Explanation:

because when the Spanish conquistadors they went to America they spread many diseases.

40 percent of 70 is 28 and we get that multiplying 0.4 by 70.\

%, which is a relative figure used to denote hundredths of any amount. Since one percent (symbolized as 1%) is equal to one tenth of anything, 100 percent stands for everything, while 200 percent refers to double the amount specified.

As an illustration, 1% of 1,000 chickens is equivalent to 1/100 of 1,000, or 10 birds, and 20% of the quantity is equal to 20% of 1,000, or 200. These relationships may be generalized as x = PT/100 where x is the amount equal to a certain percentage P of T and T is the total reference quantity selected to represent 100%. As a result, T is 1,000, P is 1, and x is determined to be 10 in the case for 1 percent of 1,000 chickens.

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The force vector that best represents the direction of the total gravitational force on Earth is towards the center of mass of the system of two planets.

According to Newton’s law of universal gravitation, the gravitational force of attraction between two point masses is directly proportional to the product of their masses and inversely proportional to the square of the distance between them.

Mathematically, this is expressed as:

F = G(m1 m2 / r²)where F is the gravitational force of attraction between two masses, G is the gravitational constant, m1, and m2 are the masses of the two bodies, and r is the distance between the centers of the masses.

In the given problem, there are two planets of different masses, at different distances from the Earth. The force vector that represents the total gravitational force on Earth due to these two planets can be obtained by summing up the individual gravitational forces of the two planets on Earth. Since both planets are not in the same direction, the gravitational forces acting on the Earth are in different directions. Hence, to obtain the total gravitational force on Earth, we need to add the individual gravitational forces of the two planets using vector addition.

The force vector that best represents the direction of the total gravitational force on Earth is towards the center of mass of the system of two planets. This is because the total gravitational force on Earth due to the two planets is equal to the net gravitational force acting on a point mass located at the center of mass of the system of two planets. Therefore, the direction of the total gravitational force on Earth is towards the center of mass of the system of two planets.

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Answer:

D. the limited number of places aid is needed worldwide

Explanation:

Edge 2021

Organic geometry often adapts itself to all the above conditions including slope and topography of the land, environmental factors such as sun and wind, and human needs.

Organic geometry refers to a style of architecture that blends organic elements and principles with the built environment. Buildings are built with the intention of creating a harmonious relationship between the environment and the structure, resulting in a symbiotic relationship between the two.

The slope and topography of the land, Organic geometry adapts to the topography and slope of the land by incorporating it into the design of the building, which reduces the need for extensive excavation. This minimizes the impact of the structure on the natural environment. Architects also use natural elements such as plants and rocks in the design, which add to the building's visual appeal.

Environmental factors such as sun and wind, Organic geometry also adapts to environmental factors such as sun and wind. Passive solar design techniques are used in the design of buildings to take advantage of the sun's natural warmth and light. This reduces the amount of energy needed for heating and lighting, resulting in a more sustainable building. Buildings are also oriented in such a way as to reduce the impact of wind on the structure.

Finally, organic geometry adapts to human needs. Buildings are designed to be functional and practical while also incorporating elements of nature to create a comfortable and inviting space. Architects use natural materials such as wood and stone, which provide a warm and inviting atmosphere while also reducing the building's carbon footprint.

Buildings are also designed with the user in mind, incorporating features such as natural lighting and ventilation to create a healthy and comfortable environment.

In conclusion, Organic geometry often adapts itself to all the above conditions, including the slope and topography of the land, environmental factors such as sun and wind, and human needs.

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Answer:

Eratosthenes of Cyrene was a Greek polymath: a mathematician, geographer, poet, astronomer, and music theorist. He was a man of learning, becoming the chief librarian at the Library of Alexandria. His work is comparable to what is now known as the study of geography, and he introduced some of the terminology still used today.-Wikipedia

Answer:

The formation of a glacial trough involves two processes abrasion and plucking. Abrasion is when pieces of debris in the glacier wear away at the rocks below, a bit like sandpaper. The sharper rocks in the ice can also cause scratches in the rocks called striations.

Explanation:

Answer: 13

Explanation:

The region of South America contains the continent of South America and several other nearby offshore islands. The region is made up of 13 countries.

Answer:

Natural include waterfalls, caves, lagoon. -Landmarks: Man made include buildings and nature reserves like sanctuaries. their distinct features could be: that natural things are God created whereas man made things are artificial.

Explanation: