Question 9 of 20
Arrange these events from the history of cartography in the order in which
they occurred.
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Ibn Idrisi's world map

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The three attached sheets (pages 4, 5, 6) will be used to construct a simplified working model of lithospheric plate motions in the eastern Pacific Ocean.

To create the model, the sheets likely contain illustrations or diagrams representing the different lithospheric plates in the eastern Pacific Ocean region. Each sheet may depict specific plate boundaries, such as divergent, convergent, or transform boundaries, and the relative motion between the plates. The model could involve cutting out the plates from the sheets and assembling them to simulate their interactions and movements. By using this simplified working model, students or researchers can gain a better understanding of plate tectonics in the eastern Pacific Ocean, including the processes of seafloor spreading, subduction, and the formation of volcanic arcs. It provides a hands-on approach to visualize and explore the dynamic nature of Earth's lithosphere and the geological phenomena associated with plate tectonics in that specific region.

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Answer: I don't see your question you need to add the question

Explanation:

Answer:

For example, rain (hydrosphere) falls from clouds in the atmosphere to the lithosphere and forms streams and rivers that provide drinking water for wildlife and humans as well as water for plant growth (biosphere). River action erodes banks (lithosphere) and uproots plants (biosphere) on the riverbanks.

Explanation:

Answer:

Protect yourself as quickly as possible. In many situations that means remembering three actions: drop, cover, and hold. Drop: Get down on your hands and knees to protect yourself from being knocked over. That also puts you in an ideal position to crawl for shelter.

Removing material decreases the surface tension between grains.

Removing material overcomes the friction holding the slope intact.

are the correct answers.

The stability of a slope is determined by various factors, including the forces acting on it and the materials involved. When material is removed from the base of a slope, two important effects come into play:

Removing material decreases the surface tension between grains: The surface tension between grains plays a significant role in maintaining the stability of a slope. When material is present, the grains interlock and create friction, which helps to hold the slope intact. By removing material, the surface tension between grains is reduced, weakening the overall stability of the slope.

Removing material overcomes the friction holding the slope intact: Friction between grains is another factor that contributes to the stability of a slope. The frictional forces between grains resist the downward movement of the slope. When material is removed, the weight and pressure exerted on the remaining material decrease, reducing the frictional forces that hold the slope intact. This can result in a loss of stability.

It's important to note that the statements "the slope now has a much lower angle of repose" and "the slope now exceeds the angle of repose" are not necessarily true when material is removed from the base of a slope. The angle of repose refers to the maximum angle at which a material can remain stable without collapsing or sliding. While removing material can potentially alter the angle of repose, it depends on various factors such as the properties of the remaining material and the overall slope geometry. These statements cannot be generalized without further information.

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Answer:

The Iberian and Celtic culture groups emerged in different regions of Europe at different times.

The Iberians are believed to have originated from indigenous groups that inhabited the Iberian Peninsula, which is present-day Spain and Portugal. They developed a distinctive culture and language around the 6th century BCE, which was heavily influenced by the Phoenicians, Greeks, and Carthaginians. The Iberians contributed to their society through their expertise in metalworking, agriculture, and their complex social structures. They also played a significant role in trade and commerce.

The Celts, on the other hand, originated from the area that is now known as central Europe, and began to spread across much of Western Europe around the 5th century BCE. They were skilled warriors and farmers, and their society was organized around clans and tribal structures. The Celts contributed to their society through their advancements in metallurgy, art, and religion. They also had a significant influence on the development of the Roman Empire.

Both the Iberian and Celtic cultures had a lasting impact on the societies that succeeded them. For example, many place names and words in modern-day Spanish and Portuguese have their roots in the Iberian language. Similarly, the Celtic culture had a significant influence on the art, music, and folklore of many European countries.

The decline of these cultures was brought about by various factors such as military conquest, political and social instability, and economic decline. The Roman Empire conquered the Iberian Peninsula in the 3rd century BCE, which led to the decline of the Iberian culture. Similarly, the Celtic culture began to decline with the Roman conquest of much of Europe, and their eventual assimilation into other cultures.

The term "magmatic differentiation" refers to any process that modifies magma's original composition. A variety of rock types are formed when a single, homogeneous magma undergoes the process of magmatic differentiation, in which it splits into two or more portions of distinct composition.

Physical separation of the first crystals that form from the remaining magma, either by sinking to the bottom of a magma chamber or by being forced out to cool due to crustal deformations, is another mechanism by which magma can undergo differentiation. The observed compositional change of magma within relatively small regions has been attributed to a number of different processes over the years. There are a number of processes including:

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Answer: False.

Explanation: Group B climates, also known as dry climates, do not necessarily have a permanent moisture deficit at all latitudes. While dry climates are generally characterized by low precipitation and limited water availability, the presence of a permanent moisture deficit depends on various factors such as evaporation rates, vegetation cover, and local topography.

In dry climates, the annual evaporation typically exceeds precipitation, leading to a moisture deficit. However, this deficit can vary throughout the year and across different latitudes. Some dry climates experience a seasonal pattern of precipitation, where there may be periods of higher rainfall or even occasional heavy downpours. These events can temporarily alleviate the moisture deficit and contribute to local water availability.

Moreover, the concept of a permanent moisture deficit suggests a consistent lack of water resources throughout the year, which is not always the case in dry climates. Some dry regions may have intermittent water sources, such as seasonal rivers or groundwater reserves that replenish during periods of increased rainfall.

It is important to note that dry climates exhibit considerable variability worldwide, and specific regions within Group B climates may have unique characteristics and moisture patterns. Therefore, while dry climates generally face water scarcity, the existence of a permanent moisture deficit at all latitudes is not universally true.

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yes but is only Alaska in United states of America

The latitude range which a student will most likely find an area that has all four seasons is 55º North up to 71º North.

This is defined as the angular distance north or south from the equator of a point on the earth's surface.

Scandinavian countries have all four seasons with a latitude range of between 55º North up to 71º North.

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Answer:

There is a shortage of freshwater because of overpopulation, pollution, and climate changes, which all affect natural and human recycling and cleaning processes.

Explanation:

Although the majority of our planet is made out of the water, only a small amount of it is fresh water, and even less is approachable to humans (some being trapped in the glacier for example). However, the freshwater is still disappearing.

Part of the problem is overpopulation – water is being used faster than it can be recycled. People overuse water, and the freshwater is not as available since it takes time for it to be recycled by the natural process. Some of the water is also privatized by large companies and unavailable for free use by people who can't afford the bottled water.

Climate change also affects this, since it alters the weather circumstances. There are more droughts and the recycling process is shattered, not working as well as before.

Finally, so much of Earth’s supply of water is being polluted. Some are being cleaned, but some are so polluted that cleaning is considered too expensive. Therefore, as more and more water is polluted, there is less and less fresh water on the earth.

A diversity statement is a document that outlines an individual's experiences and commitments to diversity. It is essential to begin by defining the terms diversity, exclusion, and inclusion.

Diversity: Diversity refers to the differences that exist between people. These differences can be in terms of race, ethnicity, gender, sexual orientation, age, religion, disability, and socioeconomic status.

Exclusion: Exclusion refers to the act of keeping someone or a group of people out of a particular activity, group, or society. This exclusion can occur as a result of bias or prejudice.

Inclusion: Inclusion refers to the act of ensuring that everyone feels valued and respected. This is achieved by creating an environment that is welcoming and supportive to all people, regardless of their differences.

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A hypothesis about an informal settlement could be developed in the following ways; It is hypothesized that the level of education and access to basic services in informal settlements has a significant impact on the quality of life of residents.

An informal settlement is a residential area where dwellings are not subject to regulations that govern the ownership and use of land, the construction of houses, or the provision of services.

Hypothesis is an assumption about a population parameter based on information gathered from a sample of the population. Therefore, a hypothesis about an informal settlement could be developed in the following ways; It is hypothesized that the level of education and access to basic services in informal settlements has a significant impact on the quality of life of residents.

This hypothesis seeks to establish that access to basic services and education can improve the well-being of informal settlement residents. Another hypothesis could be that informal settlements lack proper sanitation and hygiene practices, which leads to high incidences of infectious diseases.

This hypothesis seeks to establish the need for proper sanitation and hygiene practices in informal settlements to improve health outcomes. A third hypothesis could be that informal settlements are susceptible to natural disasters due to poor infrastructure, construction materials, and building practices.

This hypothesis seeks to establish the need for proper infrastructure and building practices in informal settlements to mitigate the impact of natural disasters.

Overall, a hypothesis about informal settlements seeks to provide an assumption about a population parameter that can be tested and validated through research. It aims to shed light on the challenges faced by informal settlements and provides insight into possible solutions to address them.

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Population distribution in East Asia is generally uneven, with the majority of the population concentrated in urban areas. China, Japan, and South Korea are the three major countries in East Asia with significant variations in their population distribution.

China has the largest population in the world, with over 1.4 billion people. The population is heavily concentrated in the eastern coastal region, particularly in megacities such as Shanghai, Beijing, and Guangzhou. However, the western and central regions of China are sparsely populated, with vast areas of desert and mountainous terrain.

Japan has a population of over 126 million people, with the majority of the population residing in the major cities such as Tokyo, Yokohama, and Osaka. Rural areas in Japan have seen a decline in population as younger generations move to urban areas in search of better employment opportunities.

South Korea has a population of over 51 million people, with the majority living in the metropolitan areas of Seoul, Incheon, and Busan. Rural areas in South Korea have also experienced a decline in population as younger generations seek employment opportunities in urban areas.

Overall, population distribution in East Asia is heavily concentrated in urban areas, particularly in megacities. However, there are significant variations in population distribution across the major countries in the region, with some areas experiencing a decline in population due to migration to urban areas.

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Answer:

The Rocky Mountains feature tall peaks, canyons, tundra regions, basins and valleys, and forested regions.

Answer:

The correct answer would be - 3ab.

Explanation:

Given:

area of polygon = 1/2 (perimeter)(apothem)

let assume the length of a side of the hexagon = x

The length of the apothem = a

Formula used:

the perimeter of polygon = number of sides*length of the side

for hexagon = 6*x .....1

Solution:

As the formula for the area of a polygon is given, and the hexagon is a polygon as it has six sides then the area then,

Area of hexagon = (1/2)* (6x) (a)

= 6ax/2

= 3ax

put the value of a and x and get the numeric value.

Answer:

I dont know the the importantance but some endangered animals in nepal are one horn rhino,tigers and red panda

Answer:

Los Angeles is a metropolitan area.

Answer:

5 million for me to be the first of my family to

Answer:

False, because A space probe is any unmanned spacecraft designed to carry out physical studies of the Moon, other planets, or outer space. Space probes take pictures, measure atmospheric conditions, and collect soil samples then bring or report the data back to Earth.A probe is a spacecraft that travels through space to collect science information. Probes do not have astronauts. Probes send data back to Earth for scientists to study. Sputnik 1 was the first probe to go into space.

Explanation:

That is your answer Have A Nice Day!

An earthquake that may come after a major earthquake is true.

These subsequent earthquakes are commonly known as aftershocks. Aftershocks are smaller earthquakes that follow a larger earthquake in the same area. The occurrence of aftershocks after a major earthquake is typical, and their magnitude is smaller compared to the first earthquake.

Aftershocks occur as the rocks around the fault plane adjust to the new state of stress created by the initial earthquake. These are caused when the shaking of the main earthquake sends additional stress waves that spread outward from the epicenter into other faults, causing them to shift. Aftershocks tend to happen in the same region and the same fault zone as the main earthquake.

They usually continue for days or weeks after the initial earthquake. However, they can continue for months or even years after the main earthquake. The frequency of aftershocks reduces over time, but their strength reduces more quickly than their frequency. The magnitude of an aftershock depends on the size of the main earthquake.

The greater the size of the main earthquake, the more extensive and long-lasting the aftershocks can be. Aftershocks can also cause damage and destruction, making the situation worse in the affected areas. In the end, these aftershocks can significantly disrupt rescue and relief operations after a major earthquake.

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Answer:

The reign of terror started, September 5, 1793 and ended July 27, 1794

Answer:

C. snake women

Explanation: hope this helps you

Answer:

Explanation:

c

Answer:

Water shortages can limit production, disrupt supply chains, lead to conflict with other water users, and harm corporate reputations.

Increases in food prices and lack of water inflame regional conflicts and cause population migration to where water is readily accessible. Water scarcity leads to food shortages while raising commodity prices thereby hindering trade with developing economies and in the long run causing civil unrest.

Answer:

You won't be able to cook clean or have drinking water

Answer:

Divergent plate boundaries: the two plates move away from each other. Convergent plate boundaries: the two plates move towards each other. Transform plate boundaries: the two plates slip past each other.

Explanation:

i used the internet and that is what came up i guarantee 110%

Plate boundaries that differ: The separation of the two plates. Plate boundaries that are moving together: the two plates. The two plates can pass one another when plate boundaries alter.

The widely recognized scientific hypothesis that the Earth's lithosphere is made up of a series of massive tectonic plates that have been gently moving since about 3.4 billion years ago is known as plate tectonics (from the Late Latin: tectonics, from the Ancient Greek: v, lit. "pertaining to construction").

The model is based on the idea of continental drift, which was created in the early 20th century.

After seafloor spreading was confirmed in the mid-to-late 1960s, plate tectonics became largely accepted by geoscientists.

Differentiated plate boundaries: The two plates separate. Plate borders that are converging: the two plates are moving together. Plate boundaries shift, allowing the two plates to pass one another.

Therefore, plate boundaries differ in the separation of the two plates. Plate boundaries that are moving together: the two plates. The two plates can pass one another when plate boundaries alter.

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Characteristics of different biomes, you can determine the biome you are in. It is important to note that some areas may have transitional or mixed characteristics, making the identification process more complex. Consulting field guides, maps, or seeking expert knowledge can provide additional support in identifying the specific biome.

The easiest way to determine the biome you are in is by observing the dominant vegetation and climate characteristics of the area. Here are some key indicators that can help identify the biome:

1. Vegetation:

  - Look for the predominant plant types in the area. Different biomes have distinct vegetation patterns. For example, forests with tall trees indicate a temperate or tropical rainforest biome, while grasses and shrubs suggest a grassland or savanna biome.

2. Climate:

  - Consider the temperature and precipitation patterns. Biomes have specific climate ranges that support particular vegetation types. For instance, cold temperatures and low precipitation indicate a tundra biome, while warm temperatures and high rainfall are typical of a tropical rainforest biome.

3. Geographic Location:

  - Take into account the geographical location of the area. Biomes are often associated with specific regions. For example, deserts are commonly found in arid regions, while taiga forests are prevalent in northern latitudes.

4. Biodiversity:

  - Observe the diversity of plant and animal species. Different biomes support unique ecosystems with specific biodiversity levels. For instance, coral reefs are indicative of a marine biome, while diverse bird species may suggest a tropical forest biome.

5. Physical Features:

  - Consider the physical features of the landscape. Biomes often have distinct landforms associated with them. For example, mountains are characteristic of alpine biomes, and wetlands are common in marsh and swamp biomes.

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The principle that enables scientists to label rock layers or events in relative order is the principle of superposition.

The principle of superposition states that in an undisturbed sequence of sedimentary rocks, the youngest rocks are found on top, while the oldest rocks are found at the bottom. This principle is based on the idea that sedimentary layers are deposited horizontally over time, with each new layer being added on top of the previous layers. Therefore, the layers that are closer to the surface are younger, and those deeper down are older.

By observing the order of rock layers and their relative positions, scientists can determine the relative ages of different events or formations. For example, if a layer of volcanic ash is found sandwiched between two layers of sedimentary rock, it can be concluded that the volcanic eruption occurred between the deposition of the two sedimentary layers.

The principle of superposition is a fundamental concept in stratigraphy, the study of rock layers and their relationships. It provides a valuable tool for understanding the sequence of geological events and reconstructing Earth's history.

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Edmonton, Canada is not larger than the entire UAE (United Arab Emirates). Edmonton is the capital city of the Canadian province of Alberta, while the UAE is a country in the Middle East.

The UAE is substantially larger than Edmonton in terms of land area. The UAE encompasses seven emirates, including Abu Dhabi, Dubai, and Sharjah, and covers around 83,600 square kilometres (32,300 square miles). Edmonton, on the other hand, has a land size of around 684 square kilometres (264 square miles).

The UAE also outnumbers Edmonton in terms of population. The UAE has an estimated population of 9.9 million people as of 2021, while Edmonton has a population of about 1 million people.

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No, Edmonton, Canada is not much larger than the United Arab Emirates (UAE). The UAE is a country located in the Middle East, while Edmonton is a city in Alberta, Canada. UAE land area is larger than Edmonton. The UAE covers an area of approximately 83,600 square kilometers (32,300 square miles), while Edmonton's land area is around 684 square kilometers (264 square miles). However, when comparing populations, Edmonton has a significantly smaller population than the UAE.

The global water circulation system acts as a 'conveyor belt,' distributing carbon dioxide, nutrients, and heat energy across the globe.

The global water circulation system, also known as the ocean conveyor belt or thermohaline circulation, plays a crucial role in redistributing various substances and energy throughout the Earth's oceans. This system is driven by differences in temperature and salinity, which influence the density of seawater.

The process begins with the sinking of cold, dense water in high-latitude regions, such as the North Atlantic. This sinking creates a void that is filled by warm surface waters from the equatorial regions, forming a continuous flow. As the warm water moves towards the poles, it absorbs carbon dioxide from the atmosphere, acting as a carbon sink. This process helps regulate global climate by removing a significant amount of carbon dioxide from the air.

Additionally, as the water circulates, it transports nutrients, such as nitrogen and phosphorous, from nutrient-rich regions to nutrient-poor areas. This nutrient redistribution supports the growth of marine plants and phytoplankton, which form the basis of the marine food chain. Moreover, the circulation system plays a crucial role in redistributing heat energy across the globe, helping to regulate climate and influence regional weather patterns.

In summary, the global water circulation system acts as a vital 'conveyor belt,' transporting carbon dioxide, nutrients, and heat energy to different parts of the world's oceans. This circulation process plays a significant role in maintaining Earth's climate balance and supporting marine ecosystems by distributing essential substances and regulating temperature patterns.

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Answer:

a. sea surface temperatures in the Eastern Pacific are cooler

d. the prevailing rain pattern shifts west toward Australia

e. easterly trade winds are stronger

f. upwelling on the west coast of South America is stronger

Explanation:

Answer:

A) Earth’s rotation

Explanation:

Earth rotating on it's axis causes the day/night cycle.

Answer:

A) Earth’s rotation

Explanation: