Final answer:
The famous rainforest in Costa Rica is called the tropical wet forest or tropical rainforest. It is known for its unique biodiversity.
Explanation:
The famous rainforest in Costa Rica is called the tropical wet forest or tropical rainforest. It is characterized by its high species diversity and is found in equatorial regions. The rainforest in Costa Rica is known for its unique biodiversity, with many species of animals and plants found nowhere else on earth.
What kind of bridge is the golden gate bridge
The Golden Gate Bridge is a suspension bridge, which includes engineering concepts such as tension, compression, and load-bearing. Its design also accounts for temperature-induced length changes with special components like expansion joints.
The Golden Gate Bridge is an iconic example of a suspension bridge. It was the longest of its kind when it opened in 1937 and remains one of the longest suspension bridges to this day. This type of bridge involves physics concepts like tension, compression, and resisting loads through its main components - the towers, cables, and the deck that vehicles travel on. The cables, which are under tension, carry the load of the deck, transferring weight to the towers, which are in compression. These towers then transfer the load to the ground. The bridge's design is a representation of a keen understanding of forces and interactions between them, showcasing the intricate link between engineering and physics.
In terms of physical properties, the fact that the Golden Gate Bridge's main span can change in length due to temperature variations is an important consideration as well. The metal's ability to expand and contract without causing damage is accounted for in the engineering. Keeping all these factors in balance is critical for bridge longevity and safety. The expansion joint is a specific feature that accommodates these changes in length while maintaining structural integrity.
What is the best definition of fossil range?
The fossil range can simply be defined as the time period in which an organism has existed, thus left fossil traces of its existence. The fossil range can be very short, medium, or long, thus usually there are limitations before certain type of organism evolves into another species, thus eliminating the ancestral organism from the fossil records. On the other hand, there are organisms that have incredibly big fossil ranges of several hundred million years, and since they emerged, they have remained almost unchanged. Those kind of fossil ranges are very rare though, and they don't represent the general picture. Most of the fossil ranges are between several thousand years and several million years, as that is usually how much a species exists, ending its reign, be it because of competition, changes in the environment, or big natural disaster.
Fossil range refers to the period between the first and last appearance of a species in the geological record. It allows scientists to map the timeline of evolution and understand the appearance, evolution, and extinction of species.
Explanation:The fossil range refers to the time period during which a fossilized species is observed in the geological record. This range is determined by finding the ages of the rock layers in which the first and last specimens of the species are found. The fossil range is critical in the study of biological and geological history because it helps depict the timeline of evolution, the appearance and extinction of species, and changes in the environment.
For example, imagine the fossils of a particular dinosaur species found in rock layers dated 150 million years ago and 100 million years ago. The fossil range of this dinosaur species would then be 50 million years.
Fossil range is particularly useful for establishing the timeline of evolution. It offers crucial insights into which species were present at particular times in Earth's history, how they lived, and how they may have interacted with their environment. For instance, analyzing the fossil range of horses has revealed them evolving from smaller, forest-dwelling animals to the larger, grassland dwellers we recognize today.
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__________ are defined as a chain of glacial lakes where each lake flows into the next.
A Pater Noster lake is a type of lake that is part of a series of glacial lakes that are connected by a single stream.
Its name is due to its connection in series reminds the beads of a rosary, an element used to perform prayers, among which is the Our Father (Pater Noster in Latin)
It should be noted that this type of lakes originate from the irregular erosion of a glacier along its weakness zone.
paternoster lakes are defined as a chain of glacial lakes where each lake flows into the next.
Explanation:
Lakes: A lake is a territory loaded up with water, confined in a bowl, that is encompassed via land, aside from any waterway or other outlet that serves to nourish or deplete the lake. Lakes.
lakes have following features
Surface Area:The area which lakes has or in the other words surface area of lake can be described as an area on which any lake spreads
Open or closed lakes:lakes can also be described as open or closed lakes
Paternoster Lake: A paternoster lake is one of a progression of frosty lakes associated by a solitary stream or a meshed stream framework. The name originates from the word Paternoster,
other features of glacial lakes
Arete: Arete (Greek: ἀρετή), in its fundamental sense, signifies "greatness of any sort". The term may likewise signify "moral righteousness".
U-shaped: some lakes are of u shaped that's why these type of lakes can be defined as u-shaped.
Glacial Lake: A Glacial lake is a waterway with starting points from ice sheet movement. They are framed when an ice sheet dissolves the land, and afterward softens, filling the downturn made by the ice sheet.
Glacial L:akes are dangerous: Then again, the moraine-dammed frosty lakes have the potential for blasting. A standard record to characterize a lake that is a wellspring of potential peril as a result of conceivable blasting does not exist. Moraine-dammed icy lakes, which are still in contact or close to the icy masses, are generally risky.
Answer Details:
Subject: Geography
Level:High School Level
Keywords:Lakes, surface Area of lakes , open or closed lakes, Paternoster Lake , Arete, Glacial Lakes , Glacial lakes are dangerous
Which orbital effect describes how the shape of earth’s orbit around the sun will change over time?
The orbit of a body around another in space, as is the case of the Earth orbiting the Sun, is described by six orbital elements that determine its orientation, position, size and shape.
In the specific case of the shape of the orbit, this is determined by its eccentricity, which varies between 0 and 1.
When the eccentricity is 0, the shape of the orbit is circular, when this value begins to vary until approaching 1 (without reaching 1), the shape of the orbit becomes more elliptical.
In this sense, the eccentricity of the orbit of the Earth around the Sun is 0.2, which means is nearly circular. However, due to orbital perturbations this value may change over time.
What is the name of the peninsula in antarctica that juts out near the southern tip of south america
Answer:
Antarctic Peninsula.
Explanation:
The Antarctic Peninsula is the northernmost part of the mainland of Antarctica and is located at the base of the Southern Hemisphere.
Why don't all places on Earth receive the same amount of direct sunlight at the same
place?
Answer:
due to land topography
Answer:
Axial tilt of the earth and the rotation around the sun.
Explanation:
The rotation of the earth has profound impact on the climate and the weather patterns of the place as the Coriolis force plays a dominant role in the suns rays to reach the pars of the earth thus don't get the same type intensity as the wavelength are deflected and are narrower in the poles and the thus the tropics experience most of the sunshine. The temperate zones are thus classified as the zones of the mid-latitudes as the have temperature inversion and thus they experience the tropical and the temperate storms and the formation of the seasons is directly related to this. Hence the place on the earth have variation the patterns of the sun's rays that fall on them in the tropics, temperate and the polar zone a s one side faces the sun and the other side has night and similarly the northern side has summer in the month of June while the southern side has winter.Which of the following were major Indian civilizations?
Mughal
Maurya
Lapita
Ganges Valley
Qing
Indus Valley
Answer:
Maurya
Ganges Valley
Indus Valley
Explanation:
The Indian subcontinent is one of the places where the civilization started. One of the first civilizations in the world developed around the Indus River, called the Indus Valley Civilization, formed by the Dravidians. After the fall of this civilization, the society has regrouped and gradually developed again, forming the Ganges River Civilization. Much more recent, but a great civilization, was the Mauryan Civilization, which managed to have almost all of South Asia in its borders, and it influenced a lot the further development of the society in this part of the world.
Question 3
and Question 4
The second option. Urban planning and resource allocation.
How many countries separate north korea and finland?
Answer:
One
Explanation:
Even though Finland and North Korea are thousands of kilometers away from each other, with Finland being in Northern Europe, and North Korea in East Asia, there's only one country between them. The only country that separates these two countries is the largest in the world Russia. Finland of course borders the European, much more developed part of Russia, while North Korea borders the eastern part of Asian Russia, practically Siberia, which is much less developed. These countries are totally different from one another in every aspect, be it politically, socially, economically, geographically, climate etc.
What line of longitude forms the other half of the prime meridian
Answer:
anti-meridian
Explanation:
The prime meridian is the line that separates the world into two hemispheres, the Western and Eastern hemispheres. The opposite longitudinal line of the prime meridian, running through the Pacific Ocean, is called the anti-meridian. This anti-meridian is actually a longitudinal line that is very important, as that is the line that has been established from which every new day starts, thus the time as well. So the anti-meridian is the line that dictates our daily lives, and most of the people are not aware of it, nor do they know even the name of this longitudinal line. Unlike the prime meridian that has longitude of 0 degrees, the anti-meridian has a longitude of 180 degrees. When these two opposite lines are combined, they divided the planet into two equal parts, and they represent one great line that runs across the whole globe in north-south direction.
What is the highest peak in the rocky mountains?
What is the only country that borders portugal
Answer:
spain
Explanation:
Spain is the only country that borders Portugal, contributing to its unique geopolitical and historical significance as a European maritime power.
Explanation:The only country that borders Portugal is Spain. Positioned on the Iberian Peninsula in southwestern Europe, Portugal is surrounded by the Atlantic Ocean to the west and south, and by Spain to the north and east. This geographic location has heavily influenced Portugal's history, from its days as a maritime power establishing far-reaching trade routes and colonies, to its complex relationship with neighboring Spain and overseas territories in Africa and the Americas.
Political revolts in South America have been the result of _____.(select all that apply)
-economic limitations
-industrialization
-social inequality
-urbanization
a paragraph explaining why the North and South Poles experience seasons differently than the rest of the planet
The North and the South Poles constantly experience winter, with only minor changes in the weather conditions in the two seasons they have. The two seasons are summer and winter. The summer though is not real summer, as it has all the characteristics of a winter. The seasons on the poles are defined by the light they receive from the sun. In one half of the year, the poles are constantly experiencing day, thus the summer, while in the other half of the year, the poles are constantly experiencing dark, thus the winter.
Which event would most likely cause a competition for water?
Male deer hunt for their food.
A valley is stricken with drought.
Prairie dogs search for shelter.
A rainforest is exposed to sunlight.
‘A valley is stricken with drought’ is the event that would most likely cause a competition for water.
Explanation:
Water scarcity is getting worse nowadays, we have to find a solution for the lack of water in a global level. It is true that the event of a valley is stricken with drought is most likely cause scarcity for water. Recent analyses of United Nations shows that the water availability will surpass by 40% in 2030.
Basically valley have the natural water flow and they usually start with the shallow waters of Mountain Rivers, and then increase the speed as they welcome new journey to an even larger river or to the ocean. Drought is a persistent phase of dry weather with months or even years without a rainfall in an area. If the event is prolonged there will be a shortage of water supply and it leads to competition for water.
Which of the activities listed below could help limit global warming by slowing the increase in atmospheric carbon dioxide levels? View Available Hint(s) Select all that apply. a. replacing fossil fuels with nuclear energy b. burning vegetation to clear land for agriculture c. limiting soil erosion so organic matter takes longer to decompose d. choosing a fuel-efficient car, or bicycling to school or work e. using more electrical appliances and cars f. cutting down forests to build houses
Final answer:
To limit global warming, replacing fossil fuels with nuclear energy, minimizing soil erosion, and opting for fuel-efficient cars or bicycling are effective strategies that reduce atmospheric carbon dioxide. Using more electrical appliances and deforestation typically have contrary effects unless powered by clean energy.
Explanation:
To limit global warming by slowing the increase in atmospheric carbon dioxide levels, we can engage in certain activities. Three strategies that could be effective include:
Replacing fossil fuels with nuclear energy, as nuclear power plants emit negligible amounts of carbon dioxide once operational.
Limiting soil erosion to let organic matter take longer to decompose. This can help prevent the release of carbon dioxide into the atmosphere.
Choosing a fuel-efficient car, or better yet, bicycling to school or work. These transportation methods reduce the amount of carbon dioxide emitted into the atmosphere.
Using more electrical appliances and cars often leads to increased carbon dioxide emissions unless the electricity comes from clean energy sources like wind or solar power. Moreover, cutting down forests to build houses is counterproductive as forests act as carbon sinks and their destruction releases stored carbon dioxide.
Weather conditions in which location would be most interest to a person predicting the next day's weather for new york state
Answer:
probably northern states like Massachusetts or vermont
Explanation:
the wind travels from north to south, which means that it's easier to predict the weather if you are up north even as far as Canada
What is the northern most national park in the world
Answer: penislandia
Explanation:
Which country has the most official languages?
Answer:
Zimbabwe
Explanation:
Zimbabwe is the most country has the most official languages in the world.
What ocean lies to the north of both asia and north america
Answer:
Arctic Ocean.
Explanation:
North Asia is bordered to the north by the Arctic Ocean.
During metamorphic processes, increased pressure and temperature can affect the _______ of minerals in rock. Rocks subjected to very high pressure are typically _______ than others because mineral grains are squeezed together, and the atoms are more closely packed. During metamorphic processes, water facilitates the transfer of ions between and within minerals, which can _______ the rate at which metamorphic reactions take place. The growth of new minerals within a rock during metamorphism has been estimated to be about _______ per million years. _______ metamorphism is commonly associated with convergent plate boundaries, where two plates move toward each other. During contact metamorphism, a large intrusion will contain _______ thermal energy and will cool much more slowly than a small one. Metamorphosed sandstone is known as _______. The metamorphic rock _______, made from metamorphosed shale, was once used to make blackboards for classrooms
Answer:
stability denser increase 1 millimeter regional more quartzite slateExplanation:
As the rocks under the metamorphic presses can cease their temperature and as a result of which there stability of minerals in rocks gets affected, which leads rocks to get forced to a very high pressure and they form denser than other rocks and as the minerals grains are tightly packed they buckle up together. During this process, water can mix up with the minerals contents and increases the rate of metamorphic reaction. Thereby the growth of the minerals n the ricks forms up to one mm per million years. As regional metamorphism is associated with the convergent plates and during this process a large intrusion will contain more thermal energy a will cool more slowly than a small part. The metamorphosed sandstone is thus called as the Quartzite and slate is the metamorphic ricks that are made of shale and are used to make the blackboards.Metamorphic processes involve changes in structure and density of rocks due to increase pressure and temperature. It also involves the transfer of ions that increases the rate of reactions, leading to the growth of new minerals. Types of metamorphism include regional and contact, and examples of metamorphic rocks include quartzite and slate.
Explanation:During metamorphic processes, increased pressure and temperature can affect the structure of minerals in rock. Rocks subjected to very high pressure are typically denser than others because mineral grains are squeezed together, and the atoms are more closely packed. During metamorphic processes, water facilitates the transfer of ions between and within minerals, which can increase the rate at which metamorphic reactions take place. The growth of new minerals within a rock during metamorphism has been estimated to be about 1000 atoms per million years. Regional metamorphism is commonly associated with convergent plate boundaries, where two plates move toward each other. During contact metamorphism, a large intrusion will contain more thermal energy and will cool much more slowly than a small one. Metamorphosed sandstone is known as quartzite. The metamorphic rock slate, made from metamorphosed shale, was once used to make blackboards for classrooms.
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Where do most people living in Australia and New Zealand descend from? A. Most people living in Australia descend from Germany, while most people living in New Zealand descend from France. B. Most people living in Australia descend from Spain, while most people living in New Zealand descend from Ireland. C. Most people living in Australia and New Zealand descend from Britan and Ireland. D. Most people living in Australia and New Zealand descend from Spain and France.
Answer:
C. Most people living in Australia and New Zealand descend from Britain and Ireland
Explanation:
Australia and New Zealand have been discovered by the Europeans very recently, and they have long been in isolation from the rest of the world. Even though it was not the British that discovered Australia and New Zealand, they were the ones that decided that it will be good idea to settle on them. First it was Australia that was settled, and the settlers were actually mostly prisoners from Britain and Ireland, thus Australia was used as a large open prison for them. That didn't work for a long time and the people broke free and established their own country, unfortunately being very cruel toward the native populations and decimating their numbers. New Zealand was settled slightly later, and it was settled by people looking for new opportunities. The two islands quickly picked up a lot of interest and lot of people from Britain and Ireland moved in. Unlike in Australia, the relations with the native people were much better, despite having some initial conflicts, everything was settled very quickly and peacefully, with the natives and new comers living together and in harmony ever since.
Answer:
C
Explanation:
That's why they say hey mate with the accent because they came from there.
Where does oxidative phosphorylation take place
Answer:
inner mitochondrial membrane, matrix
Explanation:
Oxidative phosphorylation takes place in the inner mitochondrial membrane, in contrast with most of the reactions of the citric acid cycle and fatty acid oxidation, which take place in the matrix.
Final answer:
Oxidative phosphorylation takes place in the mitochondria of eukaryotic cells and in the plasma membrane of prokaryotic cells. It's a part of aerobic cellular respiration, crucial for synthesizing ATP efficiently.
Explanation:
Oxidative phosphorylation is a critical process during the aerobic cellular respiration where ATP is synthesized. In eukaryotic cells, this process takes place in the mitochondria, often referred to as the powerhouse of the cell. The mitochondria are unique organelles that have two membranes creating two aqueous spaces, which are vital for the electron transport chain and chemiosmosis that comprise oxidative phosphorylation. Specifically, it occurs in the inner membrane of the mitochondria where a series of membrane-bound carrier molecules work to transfer electrons from donors like NADH and FADH2 to oxygen, ultimately forming water (H₂O).
In contrast, prokaryotic cells perform oxidative phosphorylation in the plasma membrane. This is because prokaryotes do not have mitochondria, so the plasma membrane takes on the role of hosting the electron transport chain and driving the production of ATP through the creation of an electrochemical gradient.
Oxidative phosphorylation is fundamental for ATP generation during glucose catabolism and is markedly more efficient than substrate-level phosphorylation, such as what occurs in glycolysis or the Krebs cycle. It is notable that the process relies heavily on the presence of oxygen, which serves as the final electron acceptor in the electron transport chain and is a driving force for the production of ATP.
What is the largest river in the United States?
Answer:
Missouri River
Answer:
the Nile river
Explanation:
What is recycling?
a way to increase economic development in less-developed countries
a way to increase resource use
a way to increase the supply of nonrenewable resources
a way to reduce solid waste
(chose only one answer)
Answer:
a way to increase resource use
What body of water separates iran and saudi arabia?
Answer:
it is the gulf of oman
Explanation:
Religious beliefs of indigenous peoples of Oceania connected them to
Religious beliefs of indigenous peoples of Oceania connected them to land and sea.
Explanation:
Religious movements are the vital part of the experience of the humans in Oceania. Cultural factors as well as colonial and postcolonial experiences of the people in Oceania continues to influence religious movements.
The impact of this missionary system quickly spread to Oceania, and today most of the people are Christians. They are marked as cults and independent churches. Whether new or old religious movements that have been documented throughout Oceania since the beginning of Western ties, combines social, political and religious elements.
Explain the geological processes involved in creating the Old Man of the Mountain rock formation.
Answer:
The story begins millions of years ago when the Conway Granite was once molten rock that forced its way into older and colder rocks deep below the earth's surface. ... The Conway Granite is one body of igneous rock (bedrock formation) that formed from this magma, underlying much of the White Mountains today.
Explanation:
Answer:
Ice weathering
Explanation:
The Old Man of the Mountain was a rock formation on the side of Cannon Mountain in New Hampshire. Scientists believe it formed 200 million years ago when the mountain was covered in glaciers. New Hampshire is known for its harsh, snowy winters. In the 1920s, scientists started noticing large cracks in the face of the mountain. In 2003, the rock formation collapsed.
It would rain and then, maybe on a cold night or winter the water in the cracks would freeze and slowly expand.
Match the following. Match the items in the left column to the items in the right column.
1. lake effect snow
2. rain shadow effect
3. transpiration
4. urban heat island effect
when wind flow over mountains produces moist conditions on the windward side of the mountains and dry conditions on the leeward side
downpour of snow due to an arctic air mass flowing over a warm lake
the process of plants releasing moisture from their leaves
the tendency of streets and buildings to absorb and retain the Sun's heat
Final answer:
Lake effect snow is snowfall due to arctic air over warm lakes. The rain shadow effect causes dry conditions on the leeward side of mountains due to moisture being dropped on the windward side. Transpiration is moisture release from plant leaves, and the urban heat island effect is the retention of heat by urban infrastructure.
Explanation:
To match the following terms with their correct descriptions:
Lake effect snow is the downpour of snow due to an arctic air mass flowing over a warm lake.
Rain shadow effect occurs when wind flowing over mountains produces moist conditions on the windward side and dry conditions on the leeward side. This is due to the air being forced up and cooling rapidly on the windward side, leading to precipitation, and then becoming drier and warmer as it descends on the leeward side.
Transpiration is the process of plants releasing moisture from their leaves.
Urban heat island effect refers to the tendency of streets and buildings to absorb and retain the Sun's heat, leading to higher temperatures in urban areas compared to nearby rural areas.
Deserts and tropical forests seem to be opposites, but they have this trait in common. a. They are hospitable to insects. b. They separate markets, thereby increasing transportation costs. c. They have small populations on their edges. d. They are good vacation spots and so are an economic stimulator.
Answer:
b.They separate markets, thereby increasing transportation costs.
Explanation:
Deserts and tropical forests seem to be opposites, but they all have separate markets, thereby increasing transportation costs.
Hope this helps!