Answer: the word is occluded, and it creates a cyclone.
Least populous country in europe with less than 800 inhabitants
Answer:
Vatican
Explanation:
Vatican is the smallest country in Europe by population, but also by area, and not just in Europe, but it is the smallest country by population and area in the whole world. The country occupies only 44 hectares, and it has less then 800 inhabitants. It is also the only country in the world that has a birth rate of 0. The inhabitants of this country are the highest representatives of the Catholic Church, thus the Pope and the cardinals, and the people that work there. This miniature country is located in the central part of Rome, thus it has a border with only one country, Italy. It is a remnant of the Papal city-state that existed in this region, though it is much smaller nowadays. Vatican is the second most holy place for the 1.3 billion Catholics, right behind Jerusalem, and millions of people are visiting this small country every year, some because of religious purposes, while some as tourists.
Which method could detect a planet in an orbit that is face-on to the earth?
Answer:
maybe telescope,
with telescope you can detect planets
Which features form when magma cools beneath Earth’s surface?
Check all that apply.
1) geysers
2) calderas
3) batholiths
4) volcanic necks
5) dome mountains
3, 4, and 5 are all formed usually when magma cools below the surface, deep in the Earth's crust, or cool in the crust but soon re-heat to creat an explosive "bomb" lool
Volcanic necks, Batholiths and Dome Mountains are the features formed when magma cools beneath the Earth’s surface.
Explanation:
Volcanic neck is the hard deposited magma after the cooling process beneath the earth surface.Batholiths are the mass of rock formed when magma cools beneath the earth crust.Dome Mountains are formed when cooling down process of magma leads to cold and hard rock.Magma chambers correspond to the surface in reservoirs below which Magma is stored. “Stocks, laccoliths, sills” are some of the Intrusive features that are formed as a result. The type of volcanic landforms is decided by the cooling of magma either within the crust or above the crust.
This may result in either extrusive or intrusive landforms. The feature is also known as dynic volcano. The final stage is the formation of the magma, cooling of it, and then becoming hard.
What is the major river of southeast asia flowing through laos thailand vietnam and cambodia?
Answer:
the answer is Mekong River
Explanation:
How does el nino affect the pacific northwest?
Answer:
Brings in warmer and drier winters
Explanation:
El Nino is one of the two parts of the natural weather phenomenon known as the Southern Oscillation. El Nino basically is a warming up of the waters of the eastern part of the Pacific, pilling up warmth and moisture. As it spreads out, El Nino starts to impact whole continents and even has a global impact on the climate. While South America, Central America, and up to California, there's a significant increase in the rainfall, thus also slightly lower temperatures because of it, the northwestern part of the Pacific experiences the total opposite. The winters in the northwest are actually warmer on average and drier, resulting much less snowfall. This affects badly the economy of this parts as there are numerous winter tourist centers, but when El Nino is in action they do not have enough snowfall, or even when they get it often melts very quickly.
Where is the world’s longest train tunnel?
Answer:
The longest train tunnel is in Switzerland.
Explanation:
The longest train tunnel is located in Switzerland. It came into operation after almost two decades of construction work. It is 57 kilometers long which is equal to 35 miles. It is also the deepest rail tunnel in the world. It is called the Gotthard Base Tunnel. This tunnel is constructed between the beautiful and mesmerizing views of Switzerland. Switzerland is famous for its beautiful landscapes among tourists.
How are chemical rocks identified, and how does this differ from how detrital rocks are identified? How are chemical rocks identified, and how does this differ from how detrital rocks are identified? Chemical rocks are primarily identified based on their particle sizes, whereas detrital rocks are primarily identified based on their compositions. Chemical rocks are primarily identified based on the minerals they are composed of, whereas detrital rocks are primarily identified based on their grain sorting. Chemical rocks are primarily identified by their compositions, whereas detrital rocks are identified primarily by their grain rounding. Chemical rocks are primarily identified based on their compositions, whereas detrital rocks are primarily identified based on their particle sizes. Chemical rocks are primarily identified by their overall textures, whereas detrital rocks are primarily identified by their compositions.
Chemical rocks are identified by their mineral compositions, essential in determining their types, such as limestone and rock salt. Detrital rocks, conversely, are classified by the size and sorting of their grains, with examples including sandstone, which is known for its sand-sized particles.
Explanation:The identification of chemical rocks versus detrital rocks is primarily based on their mineral compositions and grain sizes, respectively. Chemical rocks, such as rock salt and limestone, are usually identified by their mineral compositions. These rocks are precipitated from water saturated with dissolved minerals, making their composition the main factor in identification. For example, limestone is identified by its primary composition of calcite. On the other hand, detrital rocks, also known as clastic rocks, are identified based on the size, shape, and sorting of their grains. These rocks form from pieces of bedrock or sediment derived primarily by mechanical weathering, with grain size being a key factor in their classification; for instance, sandstone is identified by its sand-sized particles.
What type of soil has equal parts of sand silt and clay?
Loam is equal parts sand, silt, and clay.
Why does a rainforest have more biodiversity than a temperate forest? give one reason. apex?
Answer:
Location and Climate
Explanation:
Biodiversity: The variety of life in the world or in a particular habitat or ecosystem.
A rainforest has more biodiversity than a temperate forest because of the rainforest's habitat, location and climate.
Due to the fact that a rainforest contains swamps, jungle, land, tree and underground life options for a wide variety of animals, that opens the door for more animals to come in and live in the rainforest.
The climate is adaptable and easy to get to know (to animals), so that will cause animals to stay and populate in certain areas.
A temperate forest does not contain many options for where to live. yes, there are many options with what we have, but the range for what animal can live in the temperate rainforest is very specific. If you are a water animal, you can't live here. If you are a really big animal, you can't live here. If you are a slow animal, you can't live here.
Everything depends on habitat, ecosystem, land and climate.
Mordancy.
The core of the sun is the interior or center part of this star true or false
Answer:
True
Explanation:
What type of weather is associated with cumulus clouds?
Answer:
The weather would be clear or little water.
Explanation:
Since cumulus clouds are fluffy and seem calm you can expect there to be little or no precipitation (rain water). But they can grow to cumulinibous clouds and then they would turn into a storm.
Cumulus clouds have flat bottoms and fluffy tops. They kind of look like floating cotton in the sky. These clouds grow upward and they usually mean good weather.
The formation of the hawaiian islands is one example of ____
Landlocked country in europe bordered by switzerland and austria. What is this landlocked country?
Answer:
Liechtenstein
Explanation:
Liechtenstein is one of the smallest countries in Europe, but also in the world. It is located between the two more famous Alpine countries, Switzerland and Austria. The capital of the small Alpine country is Vaduz, which is the center of all pretty much everything in the country. Maybe surprisingly, but Liechtenstein is one of the best countries for living in the world, having one of the highest GDP's per capita in the whole world, leaving the large economies trailing far behind it in that department. The country has a very strong economy, and it is based around the service sectors, mostly the banking, which brings in the majority of the income in the country. It was once a heaven for the rich people to hide their money from the public eye, but that is not the case anymore, and Liechtenstein is a country that left that in the past, being a member of pretty much every organization that a country would like to be in the present.
The landlocked country in Europe that is bordered by Switzerland and Austria is Liechtenstein. It is a ministate part of the Alpine Center, which also includes Switzerland, with its diverse linguistic culture and Austria known for its high standard of living.
The landlocked country in Europe that is bordered by Switzerland and Austria is the mini-state of Liechtenstein. This ministate is nestled between these two countries, in a region dominated by the Alpine ranges. Liechtenstein is considered part of the Alpine Center, which includes Switzerland and Austria, bearing close geographical and economic ties with these nations.
Switzerland and Austria are notable countries in the Alpine region. Switzerland is divided into 26 cantons and has four official languages—German, French, Italian, and Romansh—reflecting its multicultural ties. Its capital is Berne, and it has a population of over 8 million people. Austria, on the other hand, is similar in area to the US state of South Carolina and has a population of around 8.7 million. It has a social market economy and a high standard of living, with Vienna as its capital city.
Note: if one letter is incorrect in a term, that part of the puzzle will be graded as a missed answer.
- Across
1) This desert is found in the northern part of Africa and covers 3.5 million square miles.
4) This is the name given to a region of dense vegetation, tree growth, and precipitation, usually found in tropical regions of South America, Africa, and Asia.
7) This is the name given to the majority portion of Africa that is located south of the major desert found in the northern portion of the continent.
9) This section of the Nile River that flows from Lake Victoria into Sudan, and was part of the ancient Kush kingdom.
10) This refers to weather and atmospheric conditions measured over a long period of time.
- Down
2) This is a climate that has insufficient rainfall to support trees or woody plants.
3) This river, also known as the Zaire River, is nearly 3,000 miles long, making it the second longest in Africa.
5) This desert is found in southwestern Africa and extends approximately 360,000 square miles in to Botswana, Namibia, and South Africa.
6) This section of the Nile River that flows from Ethiopia into Sudan, and was part of the ancient Kush kingdom.
8) This is the longest river in Africa and was the cradle of the ancient Egyptian kingdoms.
Answer:
DOWN:
3) Congo River
5) Kalahari
6) Blue Nile
ACROSS:
9) White Nile
Explanation:
The deflection of wind due to the coriolis effect is strongest at _____. the equator the poles the midlatitudes midnight
Answer:
The poles :)
Explanation:
What are the evidence of plate tectonics?
The evidence of plate tectonics is shown through how the coastlines of the continents fit together. Distribution of fossils throughout the world is another example. Finally, similar geological formations on different continents show land connections.
Based on physical features and climate, which civilization would you predict had the largest city? Why?
due to presence of fresh glacier water, strategic physical feature ie northern border guarded by mighty himalaya ,south by indian ocean and sub tropical climate favourable for almost every crop indus valley civilization can be consider as largest city....
Compare and contrast the earth and sun centered theories of the universe
The theories about the Earth being the center of the universe, and the Sun being the center of the universe are very similar. The theory about the Earth being center of the universe, or the geocentric theory, suggests that the Earth is the largest object, located in the center of the universe, and every other object such as the Sun, Moon, planets, stars are orbiting around it. The theory is wrong, and the only thing that it got somewhat right is that the Moon is orbiting around the Earth.
The theory that the Sun is the center of the universe, or the heliocentric theory, suggests that it is the Sun that is the center of the universe, not the Earth. According to this theory, the Sun is the largest object, it is located in the center of the universe, and all the objects such as the Earth and the other planets, stars, moons, are all orbiting around it. The theory is wrong, though it has to be said that it is a big step forward, and while it is not accurate about the universe as a whole, it is very close to how the solar system works.
What is the name of the rainforest in puerto rico
El Yunque National Forest is the name of the rainforest in puerto rico.
Choose all the answers that apply.
Metamorphic rock is:
formed from igneous rock
formed from sedimentary rock
formed by heat and pressure
part of the rock cycle
formed from the remains of dead plants
All of the above except "formed from the remains of dead plants."
Metamorphic rock is formed by heat and pressure from any type of rock (igneous or sesimentary) and is part of the rock cycle.
Metamorphic rock is constituted from igneous rock, sedimentary rock, heat energy and pressure level, and is also an element of the rock cycle.
What is Metamorphic rock?Metamorphic rocks were defined as once sedimentary rocks that were altered by aggravated heat and/or pressure within the Earth's layer. They have a crystalline texture and are frequently “squashed”.
Metamorphic rock is a factor of the rock cycle that is formed from igneous rock, sedimentary rock, energy, and physical phenomenon.
Therefore, options A, B, C, and D are correct.
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What is an area of elevated flat land called?
Answer:
Plateau
Explanation:
A plateau is an area of relatively high ground.
"The area of elevated flat land is called a plateau.
A plateau is a flat, elevated landform that rises sharply above the surrounding area on at least one side. It is often referred to as a tableland. Plateaus can be formed by a variety of geological processes, including volcanic activity, erosion, and tectonic uplift. They are found on every continent and can vary greatly in size and elevation. Some well-known examples of plateaus include the Tibetan Plateau in Asia, the Colorado Plateau in North America, and the Deccan Plateau in India. Plateaus are important for human activities such as agriculture, settlement, and mining due to their relatively flat terrain and often fertile soils."
What part of Africa had a large supply of salt?
East African coast
Northern Africa
Southern Africa
Central Africa
Northern Africa, particularly regions within and around the Sahara Desert, had a large supply of salt. These regions were part of crucial trade routes and known for their salt mines.
Explanation:The part of Africa that had a large supply of salt was Northern Africa. Specifically, the areas in and around the Sahara Desert were known for their vast salt mines. Countries like Mali and Niger, part of ancient trans-Saharan trade routes, were especially renowned for their salt deposits. The importance of salt was immense, as it was used for preservation of food, among other uses, and was thus a valuable trade commodity in ancient times.
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Which is a negative economic impact as a result of the threat of hurricanes on beach communities along the eastern seaboard?
A) Decreased threat of flooding.
B) Increased threat of tornadoes.
C) Increased fishing opportunities.
D) Decreased tourism during severe weather months.
B is not the correct answer (Atleast for me...) The real correct answer is D. Decreased tourism during severe weather months. (I took the test and scored a 90%)
Decreased tourism during severe weather months is a negative economic impact as a result of the threat of hurricanes on beach communities along the eastern seaboard. Hence, option D is correct.
What is meant by tourism?Tourism is a social, cultural, and economic phenomenon that refers to travelling outside of one's normal area for personal, business, or professional reasons.
Tourists are those who travel for recreation or leisure, often while on vacation. It is a well-liked vacation spot that sees thousands of travelers each day.
Tourism is the practice of leisure travel. An example of tourism is taking a vacation. Establishments that cater to tourists would be an example of tourism. Domestic tourism, inbound tourism, and outward tourism are the three main types of tourism.
Thus, option D is correct.
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What happens when 2 oceanic plates collide?
When two oceanic plates coverage the denser will subduct under the plate that is less dense creating a deep sea trench at the point of subduction. As the subducted plate goes deeper into the mantle the mantle material above starts to melt to become magma
This is a term use to describe an ecological community in which moisture and temperature are high.
Answer:
Tropical forest
Explanation:
The tropical forest is an ecological community that is characterized with temperatures throughout all of the year, as well as high amount of precipitation and humidity. These ecological communities are located at the equator and near the equator, thus on the very low latitudes. They are home to more than half of the animal and plant species on planet Earth. They have the highest concentrations of living organisms, having also the highest diversification on the planet. The tropical forests are fascinating in every possible way, and it is a shame that the research in them is still largely descriptive, because the terrain and the conditions are extremely tough for any other method to be put in practice.
How does a convection cell in the mantle lead to volcanism at the mid-ocean ridge?
The convection cell in the mantle is essentially the self-sustaining, constant movement of the magma inside this layer. This works in a very simple way. The hotter magma is less dense, so it is pushed upward toward the crust above it, while the cooler magma is denser, and it moves downward where it gets hotter, and the process goes on and one. The magma that goes upward toward the crust, manages to push through the thinner and cracked crust between the plates that move away from each other, thus on the divergent plate boundaries. As the magma penetrates through the crust it manages to get to the ocean floor, thus causing volcanic activity. This magma cools of very quickly and creates new crust. Because the magma constantly rises up and creates new crust, the crust piles up and forms an underwater mountain of volcanic origin that constantly has volcanic activity because of the rising magma. This volcanic underwater mountain range is called mid-ocean ridge.
Convection cells in the mantle heat and move the semi-liquid mantle, causing plates in the Earth's crust to move. At mid-ocean ridges like the Atlantic Ocean, the plates move apart, providing an outlet for the rising hot mantle material, leading to volcanic activity and formation of new crust material.
Explanation:Convection cells in the Earth's mantle result in volcanism at the mid-ocean ridge through a sequential process. First, heat from the Earth's core causes the semi-liquid mantle to heat, decrease in density, and rise. Convection cells gradually form, as the hotter and lighter mantle material moves upwards, while the cooler and denser material sinks.
These convection currents exert force on the tectonic plates located in the Earth's crust, causing them to move. Particularly, at the mid-ocean ridges, such as the Atlantic Ocean, the force from the convection cells causes the tectonic plates to move apart from each other along rift zones. This movement creates a gap, through which the ascending hotter mantle material can emerge onto the ocean floor.
The emergence of this hot mantle material at mid-ocean ridges leads to volcanic activity, as the molten rock or magma breaks through the crust, cools, and solidifies to form new crust material. This entire process is a key factor in the formation of the Earth's topological features such as oceanic trenches, oceanic ridges, and volcanoes.
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Part B - The effect of aerosols on weather and climate The composition of the atmosphere can vary widely from time to time, and place to place. Clean, dry air is mostly comprised of nitrogen and oxygen, with only about 1% of other gases. Water vapor forms clouds and transports heat. Aerosols (solid and liquid particles suspended in the air) decrease the amount of sunlight reaching Earth's surface. Ozone (O3) can block harmful ultraviolet radiation. Increases in the concentration of water vapor and aerosols increases the presence of clouds and fog. Increased clouds and fog, along with an increase in the concentration of ozone, results in a lower global temperature not only because more aerosols block more sunlight, but also because aerosols provide a surface for water to condense. High moisture content results in lower temperatures. In 1991, Mt. Pinatubo in the Philippines erupted. The accompanying photo shows the ash and debris that the volcano propelled high into the atmosphere. What meteorological impact could these aerosols have on the global weather and climate?
Answer:
Short term global cooling and more rainfall
Explanation:
The eruption of the volcano Mt. Pinatubo in the Philippines managed to propel lot of ash and debris into the atmosphere. The atmosphere is not static, and the air movement manages to disperse these aerosols over much wider area over the planet. Since the aerosols manage to partially block the sunlight, the global temperatures would suddenly drop, thus there will be cooling off of the weather conditions across the planet. Also, the aerosols manage to contribute to more condensation oft he water vapor, and that results in more precipitation, so there has also been more precipitation around the world. The effects have been short term though, as the amount of aerosols propelled into the atmosphere has not been that big so that it can cause long term changes of the climate.
What do jamestown and plymouth have in common?
Answer:
Thirteen years later, 102 settlers aboard the Mayflower landed in Massachusetts at a place they named Plymouth. With these two colonies, English settlement in North America was born. Jamestown offered anchorage and a good defensive position. Warm climate and fertile soil allowed large plantations to prosper.
Explanation:
Answer:
B: lack of temperament for labor
What's the area of the figure. (Show work please. Will give brainilest answer. Ty)
Answer:
To find the area of the triangle shown in the picture, we need to find the height and the base.
The length of the height should be:
cos45° = BC/AB
=> BC = AB · cos45° = 24 · cos45° = 12√2 (ft)
From the information provided, we can calculate ∠CAB which is 45°, therefore ΔABC is an isosceles triangle, meaning that BC = AC = 12√2 (ft)
The area of the figure is:
A = bh/2 = (12√2)²/2 = 144 (ft²)
How do agricultural advancements enable cultures to become more self-sufficient?
Final answer:
Agricultural advancements have enabled cultures to become more self-sufficient by increasing food production, creating surpluses, and allowing for labor specialization, which has led to more complex societal structures and cultural developments.
Explanation:
Agriculture was the key development in the rise of sedentary human civilization. From its beginnings with simple tools, such as a pointed stick, to more complex technologies like the plow, agricultural advancements have had profound effects on human societies. Initially, people used simple tools to break up the soil, but when they harnessed animals to pull plows, productivity increased significantly.
This allowed a family to produce more than enough food for themselves, contributing to the creation of food surpluses and enabling the rise of settled communities. The invention of the plow approximately 5,000 years ago marked another critical moment in agriculture by increasing food supply and supporting population growth.
The Green Revolution introduced high-yielding varieties of grains, like wheat, corn, and rice, along with the use of fertilizers, pesticides, irrigation, and new machinery. These innovations further enhanced the ability of cultures to be self-sufficient, lifting millions of subsistence farmers above the survival level. With the advent of such agricultural improvements, some countries like China and India became self-sufficient in their basic food needs, and others such as Thailand and Vietnam emerged as leading exporters of rice.
Moreover, improved agricultural methods allowed for the specialization of labor within societies. As not everyone had to farm, others could focus on building structures, creating tools, or engaging in trade. This division of labor ultimately led to more complex societal structures, including the development of social hierarchies and cultural advancements such as math, writing, and science.