The government of Somalia was unstable as a result of several coups d'état in 1969, 1991, and 2004.
How does the government of Somalia operate?A federal parliamentary republic is the structure within which Somalia's politics are conducted. The President of Somalia is head of state, while the Prime Minister, who is chosen by the President with the permission of parliament, is head of government, according to the country's constitution.
Why did the government of Somalia fall?Following a conflict with Ethiopia in the 1970s, Somalia started looking to the West, notably the United States, for financial assistance, military aid, and political support. The central government of Somalia was overthrown in 1991 as a result of the outbreak of a civil war in the 1980s.
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How has global warming affected the global environment
Explanation:
Changes to Earth's climate driven by increased human emissions of heat-trapping greenhouse gases are already having widespread effects on the environment: glaciers and ice sheets are shrinking, river and lake ice is breaking up earlier, plant and animal geographic ranges are shifting, and plants and trees are blooming ...
regions of continents that have not been subjected to orogeny during the past 1 billion years are termed
Regions of continents that have not been subjected to orogeny during the last one billion years are termed cratons. So the correct option is (c).
A zone is a piece of territory with similar characteristics. Natural or man-made elements might serve to identify an area. A regions may be defined by its language, governance, or religion, as well as by its woods, animals, or climate. The basic units of map are regions, no matter how big or tiny. A political, ecological, and theological territory that includes portions of African, Asia, and Europeans is known as the Middle East. The area experiences a dry, hot climate. Three of the great world religions—Christianity, Judaism, and Islam—were formed in this location.
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CQ
Regions of continents that have not been subjected to orogeny during the last one billion years are termed blanks.
a) Exotic terrane b) accreted terranes c) cratons d) orogen.
(b) How do longitudes determine time? How are the lengths of day and night related to latitudes? Write with examples.
Answer:
Longitudes determine time by dividing the Earth into 24 time zones, with each time zone being 15 degrees in width. Each time zone is one hour ahead of the previous one, so if a longitude is located in the Greenwich Mean Time (GMT) zone, the time there is considered the “standard” time.
The lengths of day and night are related to latitudes in that the closer to the equator a location is, the more even the lengths of day and night are. For example, near the equator, the length of day and night is almost always 12 hours each throughout the year. As you move further away from the equator, the length of day and night become more varied and the seasons become more pronounced. For example, in the northern hemisphere, the days become longer in the summer and shorter in the winter.
what is the cause of tectonic plate motion? view available hint(s)for part a what is the cause of tectonic plate motion? tidal forces from the moon earthquakes magnetic field reversals convection in the upper mantle earth's rotation
Magma is molten rock found beneath the crust, in the mantle. The hot magma flows in convection currents due to tremendous heat and pressure within the earth. These currents cause the tectonic plates that make up the earth's crust to move.
Plate tectonics (from the Late Latin: tectonicus, from the Ancient Greek: v, lit.'relating to construction') is the widely accepted scientific theory that the Earth's lithosphere is made up of a number of large tectonic plates that have been slowly moving since approximately 3.4 billion years ago.
The model is based on the concept of continental drift, which was developed in the early twentieth century. After seafloor spreading was validated in the mid to late 1960s, plate tectonics became widely accepted by geoscientists
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what is the driving force behind pyroclastic flows? what is the driving force behind pyroclastic flows? earthquakes water directed explosion gravity
When rapidly moving, highly hot rock debris erodes, combines with snow and ice, and melts while moving down steep slopes, pyroclastic flows can produce lahars.
A high-density mixture of hot lava rocks, pumice, ash, and volcanic gas can be found in pyroclastic flows. They often follow troughs as they descend the volcano's slopes at a very fast speed. The majority of pyroclastic flows are composed of two parts: a turbulent cloud of ash that rises above the lower (basal) flow of coarse pieces and proceeds along the ground. A large area downwind from the pyroclastic flow may experience ash fallout from this cloud. Pyroclastic flows destroy, fracture, bury, or take away practically all objects and structures in their path with rock particles ranging in size from ash to boulders that move across the earth at rates often greater than 80 km/h (50 mph).
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If locals from commuter towns are forced to move away due to rising house prices and associated
costs, this is called being p o. What phrase is missing from the sentence?
The missing phrase is "priced out". So, the complete sentence would be: "If locals from commuter towns are forced to move away due to rising house prices and associated costs, this is called being priced out."
What do you mean by "pricing out"?
"Pricing out" refers to the situation where rising housing prices and associated costs make it unaffordable for certain groups of people to live in a particular area. This often occurs in desirable, high-demand areas such as popular cities or commuter towns, where the cost of living is high. As a result, long-time residents or low-income individuals may be forced to move away, as they are unable to keep up with the rising costs of living in the area. This can have significant social and economic impacts, as it can lead to the displacement of communities and the erosion of cultural diversity.
Hence, the answer is "priced out"
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The Himalayan Mountains formed at which type of plate boundary?
Answer:
The Himalayan Mountains formed at a convergent boundary, where the Indian Plate collided with the Eurasian Plate.
Explanation:
What kind of conflicts can diamonds give rise to? give examples
Answer:
Explanation:
Diamonds can give rise to several types of conflicts, including:
Resource conflicts: Competition for control over diamond mines and resources can lead to conflicts between different groups, such as governments, rebel groups, and multinational corporations. For example, the diamond trade in Africa has been linked to civil wars and human rights abuses in countries like Sierra Leone and the Democratic Republic of Congo.
Blood diamonds: The trade in diamonds that are mined in conflict zones and sold to finance armed conflict is known as "blood diamonds." The sale of these diamonds fuels violence and human rights abuses, and the trade is often associated with organized crime and corruption.
Labor conflicts: The exploitation of workers in the diamond industry can lead to labor disputes and strikes. In some countries, diamond workers are subject to poor working conditions, low wages, and human rights abuses.
Environmental conflicts: The diamond mining industry can have a negative impact on the environment, leading to conflicts with local communities who depend on the land and resources for their livelihoods. For example, diamond mining can cause deforestation, water pollution, and soil degradation.
Market conflicts: The diamond industry is dominated by a few major players, and the concentration of power in the industry can lead to market conflicts, such
what does the farmers almanac say about winter 2022?
The farmers almanac say about winter 2022 is Winter will be warmer than average and have more precipitation than usual.
The winter will be warmer than average and have more precipitation than usual. Late November, mid- and late December, and mid-January will be the coldest times of the year. In most locations that typically get snow, there will be less snowfall than usual, with the snowiest times occurring in early to mid-January and early February. The winter solstice, which falls on December 21, 2022, at 4:48 PM, marks the start of winter in the Northern Hemisphere.
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quiz according to the picture, if these rock layers have been undisturbed, which layer is the youngest?
the upper layers
the layers are formed as a stack. newly layers are put on top of already existing ones(oldest)
suppose geologic evidence found the amount of weathering in the devonian period to be equal to that of other points in the geologic record.which scientist would most likely use this information in support of his or her view?
The Correct option(C) : Scientist 2, because it would show that the amount of deposition in this time frame was not abnormal and thus likely not the cause of the extinction.
Geological evidence refers to physical objects or structures in the Earth that are used to demonstrate a particular phenomenon. Some common examples include fossils, soil patterns, rock types, glacier shape, and landform structure.
Volcanoes, earthquakes, rocks, mountains, and oceans are all examples of earth features. The study of the earth's history is known as historical geology.
The State Park System contains spectacular examples of mountain peaks, coastal cliffs, headlands, beaches and dunes, desert surfaces and canyons, and unique physical environments such as caves, lava fields, and tufa structures.
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Full Question: suppose geologic evidence found the amount of weathering in the devonian period to be equal to that of other points in the geologic record.which scientist would most likely use this information in support of his or her view?
A. Scientist 1, because it shows no abnormal amounts of deposition in this time frame.
Scientist 1, because it would prove that weathering occurred during this time period and led to anoxia.
Scientist 2, because it would show that the amount of deposition in this time frame was not abnormal and thus likely not the cause of the extinction.
Scientist 2, because it would suggest that weathering of asteroids might have made up part of the weathering in this period.
d. explain how localized intensive agricultural practices may affect bodies of surface water in the st. lawrence river valley.
This region is suitable for agriculture due to its large clay soil type, close proximity to the St. Lawrence River and other bodies of water, and ecoregional categorization as the St-Laurent Lowlands.
What are intensive agricultural practices?Efficiency is the key to intensive agriculture, which focuses on generating an equitable amount of food.
Soybeans, wheat, rice, corn, and soybeans are among the main crops grown intensively.
Market gardening, plantation agriculture, and mixed crop/livestock systems are examples of intensive farming techniques.
In the middle latitudes of North America, there is a sizable river called the St. Lawrence River.
Its source begins to flow into the Gulf of St. Lawrence around northeastward from Lake Ontario.
Given its primary clay soil type, close proximity to the St. Lawrence River and other bodies of water, and ecoregional designation as the St-Laurent Lowlands, this area is suited for agriculture.
With the exception of the Monteregian Hills, the region is likewise rather level.
Therefore, this region is suitable for agriculture due to its large clay soil type, close proximity to the St. Lawrence River and other bodies of water, and ecoregional categorization as the St-Laurent Lowlands.
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how many miles did the silk road trade network cover
Answer:
about 4,000 across Asia
When studying the Calumet region of Illinois and Indiana, Alfred Meyer noted four stages of development as new groups occupied this land. In stage 3, __________, farming communities grew large quantities of crops to sell. A. subsistence agriculture B. conurbanization C. commercial agriculture D. fur trading
When studying the Calumet region of Illinois and Indiana, Alfred Meyer noted four stages of development as new groups occupied this land. In stage 3, commercial agriculture, farming communities grew large quantities of crops to sell. (Option C).
What is the Calumet Region?The Calumet Region is an area located in the southern portion of the Chicago metropolitan area in the US. It encompasses parts of Cook and Lake counties in Illinois, and extends into parts of northwest Indiana. The region takes its name from the Calumet River, which runs through the area and is a source of heavy industry, including steel production, oil refining, and chemical manufacturing.
The Calumet Region has a rich history, with roots in the indigenous cultures of the area, as well as in the growth of the industrial sector in the late 19th and early 20th centuries. Today, the Calumet Region is a mix of urban and suburban communities, with a diverse population and a mix of residential, commercial, and industrial land uses.
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1. Pilihan ganda1 minute1 ptQ. In the ocean surrounding Antarctica, there are fish that survive the cold water by using a molecule made of glycoproteins that circulates the blood and keeps it from freezing. Certain kinds of worms that live in the Arctic ocean also make antifreeze proteins that help them live in icy water.Pilihan jawabanConvergentDivergentCoevolution
In the ocean surrounding Antarctica, there are fish that survive the cold water by using a molecule made of glycoproteins that circulates the blood and keeps it from freezing. Certain kinds of worms that live in the Arctic ocean also make antifreeze proteins that help them live in icy water. This is example of convergent evolution. The correct answer is A.
There are fish that can withstand the chilly water in the oceans surrounding Antarctica by using a glycoprotein-based molecule that circulates the blood and prevents it from freezing. Some species of worms in the Arctic Ocean also produce antifreeze proteins that aid in their survival in the chilly water. A case of convergent evolution is this.
Convergent evolution is the independently occurring evolution of comparable traits in animals from several epochs or eras of time. Analogous structures that have a similar form or function but were absent from that groups' most recent common ancestor are created via convergent evolution.
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he swiss alps formed within the last 50 million years. what key mountain peak is discussed in the film and where are those rocks originally from?
The swiss alps formed within the last 50 million years. The key mountain peak is Matterhorn peak. those rocks originally from ophiolites and sedimentary rocks of the Penninic nappes.
The Dent Blanche nappe's gneisses, which were formerly pieces of the African Plate before the Alpine orogeny, which are layered on top of the ophiolites and sedimentary rocks of the Penninic nappes make up the majority of the Matterhorn.
Due to numerous glaciers splitting from the peak, including the Matterhorn Glacier at the base of the north face, the mountain's current structure is the consequence of cirque erosion. It is sometimes referred to as the Mountain of Mountains (Berg der Berge in German) and has come to represent the Alps as a whole.
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match the environment with a way in which a geologist might study that area. volcano volcano drop zone empty. glacier glacier drop zone empty. mineral resource mineral resource drop zone empty. mars mars drop zone empty. ecosystem
Geologist might study that mineral option (b) resource mineral resource drop zone empty.
Geologists are scientists who study the solid, liquid, and gaseous matter that makes up Earth and other terrestrial planets, as well as the processes that shape them. Geologists typically major in geology, earth science, or geophysics, though training in physics, chemistry, biology, and other sciences is also advantageous.
Although many subdisciplines incorporate laboratory and digitalized work, field research (field work) is an important component of geology. Geologists are part of a larger group of scientists known as geoscientists.
Geologists work in the energy and mining sectors searching for natural resources such as petroleum, natural gas, precious and base metals. They are also in the forefront of preventing and mitigating damage from natural hazards and disasters such as earthquakes, volcanoes, tsunamis and landslides.
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The earth spins in what direction around the north pole on its axis?
Answer:
the earth spins counterclockwise
what is the internal factor that should be considered when forecasting to determine the number of people to be recruited
There are a number of internal aspects that should be taken into account when estimating the number of individuals to be hired:
Organizational structure: When estimating the number of personnel to be hired, it is important to take into consideration both the company's present organisational structure and any future modifications.
Workforce planning: To ascertain the future hiring requirements, a review of the present workforce's performance, capabilities, and demographics is required.
Business strategy: When predicting hiring requirements, it is important to take into account the industry's overall business strategy, which includes growth objectives, market presence, and product offers.
Employee turnover: To establish if replacement hiring will be required, the company's staff turnover rate must be assessed.
Skills and training: To ascertain whether there are any gaps in the industry's current and projected skill and coaching requirements.
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Forecasting the number of people to be recruited is an important aspect of human resource planning and management. It requires considering both external and internal factors in order to make accurate and reliable predictions
Among the internal factors that should be considered when forecasting the number of people to be recruited are:
Organizational growth: The rate of growth of the organization is an important factor to consider when forecasting the number of people to be recruited. If the organization is growing rapidly, it may require more staff to meet the increased demand for goods or services.
Skills and capabilities of current employees: The skills and capabilities of the current workforce will play a significant role in determining the number of people to be recruited. If the current employees have the necessary skills to meet the demands of the organization, fewer new employees may be required.
Employee turnover rate: The rate of employee turnover is an important internal factor to consider when forecasting the number of people to be recruited. If the rate of turnover is high, the organization may need to recruit more employees to fill the vacancies.
Employee training and development programs: The availability of employee training and development programs can impact the number of people to be recruited. If the organization has effective training programs in place, it may be able to develop the skills of current employees, reducing the need to recruit new employees.
Internal promotions and transfers: The number of internal promotions and transfers can also impact the number of people to be recruited. If the organization promotes or transfers employees within the company, it may reduce the need to recruit new employees.
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What term describes the lowest temperature to which air can be cooled at constantpressure before saturation occurs?(a) air temperature(b) vapor temperature(c) humidity temperature(d) dewpoint temperature
The correct answer is (d) dewpoint temperature. describes the lowest temperature to which air can be cooled at constantpressure before saturation occurs.
Dew point (DPT) temperature: It is the temperature at which atmospheric moisture begins to condense or the temperature at which the first moisture droplet is produced. 2A.7 Dew Point: The Condensation Temperature The temperature at which a parcel of moist air must be chilled to achieve saturation while maintaining constant atmospheric pressure and water vapour concentration is known as the dew point temperature, or DP. The dew point is the temperature that air must be cooled to in order to reach 100% relative humidity (RH), while maintaining constant pressure. The air can no longer hold any more water in the gaseous state.
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the formation of small islands by volcanic activity and their subsequent colonization may all lead to
The formation of small islands by volcanic activity and their subsequent colonization:
The diversification of new species of plants and animals.An increase in the biodiversity of the surrounding ocean.The emergence of new cultures and traditions among the inhabitants.New sources of food and resources for the local population.An increased risk of natural disasters such as tsunamis.The formation of small islands by volcanic activity and their subsequent colonization can have a wide range of impacts. Most notably, it can lead to the diversification of new species of plants and animals, due to the isolation of the island and its unique conditions. Additionally, it can lead to an increase in the biodiversity of the surrounding ocean, as the new island can act as a stepping stone for migrating species.
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why is residence time shorter in oceans than in ice sheets? why is it important to calculate residence time?
water cycle have different water residence times. Residence time is defined as the amount of water in a reservoir divided by either the rate of addition of water to the reservoir or the rate of loss from it. The oceans have a water residence time of 3,000 to 3,230 years.
The amount of time a fluid parcel has spent inside a control volume is known as its residence time (e.g.: a chemical reactor, a lake, a human body). In order to quantify the residence time of a group of parcels, either the frequency distribution of the residence time within the group, known as the residence time distribution (RTD), or the average residence time, known as the mean residence time, must be considered.
In chemistry, particularly in pharmacology and environmental science, residence time is crucial. In supply chain management and queueing theory, where the material that flows is typically discrete instead of continuous, lead time or waiting time, respectively, plays a crucial role.
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which layer of earth's atmosphere is most strongly affected by conditions on the sun's surface?(1 point)
Thermosphere layer of Earth's atmosphere is most strongly affected by conditions on the sun's surface.
The layer of the Earth's atmosphere known as the thermosphere is situated above the interstellar medium and under the exosphere. The stratosphere is the bigger portion of the ionosphere because UV energy inside this layer of the atmosphere promotes photoionization of molecules, producing ions. The replayed is located 80 kilometres (50 miles) beyond sea level and gets its name from the Greek word flask, which means heat. Although most of the mesosphere is included in space according to the standards used to define the Representing line (100 km), the atmosphere transitions into space in the exosphere at a height of around 600 km (375 mi) at sea level. The sysem is the line separating the exosphere from the exosphere.
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What can the United States learn from India's experience running the world's biggest election?
Voting allows individuals to take part in the democratic process. Leaders are chosen by the people who will serve as their representatives and champion their causes.
Only citizens of the United States have two particular privileges: the ability to vote in federal elections and to seek for federal office.Elections provide a significant chance to promote political liberalisation and democracy. Certain civic rights, such as the freedoms of expression, association, and assembly, are necessary for a free and fair election. There are many different political, organisational, and business contexts where elections are place. Elections are held in many nations to choose members of their governments, but they are also held in other kinds of organisations. The freedom to vote is one of the most significant liberties enjoyed by citizens of the United States. Only white male citizens who were at least 21 years old were allowed to vote under the original Constitution.
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Explain how clothing, behavior, hairstyles, the language you speak, the food you eat, and the music you listen to give clues about you culture?
Clothing, behavior, hairstyles, language, food, and music are all expressions of cultural identity and can reveal information about a person's cultural background.
How do they reveal one's culture?Clothing can indicate traditional dress or conformity to specific dress codes that reflect cultural values and beliefs. Behavior, including gestures and social etiquette, are shaped by cultural norms and can provide insight into cultural norms and expectations.
Hairstyles often carry symbolic meaning within specific cultures, and can signify religious beliefs, social status, or cultural heritage. The language a person speaks can indicate their native language and cultural background, and the dialect used can provide further information about regional or cultural influences. Food is an important aspect of cultural identity, and traditional dishes, ingredients, and cooking techniques can reflect a person's cultural heritage.
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The von Thunen model of human settlement is outdated because it does not address modern transportation and city infrastructure. Please select the best answer from the choices provided T F
The statement -"Thunen model of human settlement is outdated because it does not address modern transportation and city infrastructure" is true.
What is Von Thunen's model of human settlement?Von Thunen's model, which was created before industrialisation, is used to demonstrate the link between the cost of land and the cost of getting the product to market.
The model of Von Thunen makes the premise that there is just one open, self-sufficient, and unrestricted market. It is occasionally used in planning for rural land use.
The von Thünen model included four locations that represented the area around the city centre. This paradigm is inadequate for the current circumstances since it was created before the technological and environmental revolutions. Hence, the statement is True.
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What did the Earth look like 250 million years ago?
Answer:
The worst came a little over 250 million years ago — before dinosaurs walked the earth — in an episode called the Permian-Triassic Mass Extinction, or the Great Dying, when 90% of life in the oceans and 70% of life on land vanished.
Explanation:
What conclusions can you make that justify why the cities were built where they are based on Land forms and physical features. to write using (this structure)?
The location of cities is often determined by land forms and physical features. In particular, cities are often built near coastlines, rivers, and mountain ranges due to the advantages they offer in terms of accessibility, resources, and protection.
What are Landforms and physical features. ?Generally, these landforms and physical features can also provide the necessary infrastructure for commerce, transportation, and communication. By taking advantage of these natural features, cities are able to thrive and grow.
Therefore, it can be concluded that landforms and physical features are key to the success of cities, and it is no surprise that cities are often built near them.
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the triassic is a relatively short (geologically speaking) span of time that began after the largest mass extinction in the geologic record called:
The correct answer is Roughly 76 percent of all marine and terrestrial species as well as about 20 percent of all taxonomic groups perished during the end-Triassic extinction, also known as the Triassic-Jurassic .
Triassic Events of Note. The Triassic Period marks the start of the Mesozoic Era. For good reason, this time period is referred to as the "Age of Reptiles": during the time, land-dwelling vertebrates were dominated by reptiles, especially dinosaurs. The Triassic Period, which spanned 245 to 202 million years ago, is the first stage of the Mesozoic Era. Because of the three-part division of rock types that the Triassic is represented by in Germany, Friedrich August Von Alberti (1795–1878) gave it the original name of Trias in 1834.
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a force that is important in driving plate tectonics is multiple choice all of the choices are correct. slab pull. ridge push. upwelling mantle, such as in hot spots.
A force that is important in driving plate tectonics is all of the choices are correct.
What is tectonics?Tectonics is the scientific study of the large-scale motions of the Earth's lithosphere. This includes processes such as mountain building, continental drift, and earthquakes. Tectonic plates are massive pieces of the Earth's lithosphere that move slowly over time. Tectonic forces cause deformation in the Earth's crust, resulting in earthquakes and volcanism. Plate tectonics is the theory that explains the movement of these plates and how they interact with each other to form the continents, ocean basins, and mountain ranges that define the face of our planet. It is one of the most important theories in the Earth sciences, and is essential for understanding the evolution of the Earth and its surface features.
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