Warm air aloft is normally associated with high atmospheric pressure and cold air aloft with low atmospheric pressure. No coriolis effect at the equator, greatest at poles. option (B)
Warm air rises above cold air because it is less dense or lighter than the latter. An area of low pressure or depression is produced by warm air rising. High winds and extended periods of rainy weather are associated with depressions.
You should therefore have warm air coming out of your vents at a temperature of 80 to 95 degrees F in our example of 65 degree return air.
The motions and movements of the air in the atmosphere are caused by the heating of the earth, which also heats the atmosphere. The air gets hotter as molecules move more quickly.
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the dead zone at the mouth of the mississippi river in the gulf of mexico is caused by the process of which results in hypoxia when the algae and phytoplankton decompose. t/f
The process that results in hypoxia whenever the algae and phytoplankton disintegrate is what leads to the dead zone near the river mouth of the Mississippi in the Gulf of Mexico. This is True.
In the oceans and lakes of the world, dead zones are areas of low oxygen content, or hypoxia. Since most species need oxygen in order to survive, only a small number of living things can thrive in hypoxic environment. For this reason, these areas are referred to as "dead zones." Dead zones are a result of eutrophication, a condition that happens when an aqueous water body gets an excess quantity of nutrients like nitrogen and phosphorus. These nutrients support the development of cyanobacteria, sometimes known as blue-green algae, at typical levels. However, when nutrients are in excess, cyanobacteria can grow out of control and cause damage. These extra nutrients are primarily washed into the ocean as a result of human activity. Therefore a dead zone can be seen frequently close to populated beaches.
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temperatures within the stratosphere question 66 options: increase with altitude because of the absorption of ultraviolet radiation. decrease with altitude according to the normal lapse rate. decrease with altitude due to radiation losses. remain about the same from the tropopause to the stratopause.
Temperatures within the stratosphere increase with altitude due to the absorption of ultraviolet radiation by ozone. The best answer from the choices provided is A - increase with altitude because of the absorption of ultraviolet radiation.
This absorption of energy causes the temperature to increase with altitude until the stratopause, where the temperature reaches a maximum. From the stratopause to the tropopause, the temperature then decreases with altitude according to the normal lapse rate.
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subduction is when one plate goes under another plate. what causes this plate to go under the other plate?
Answer: The overridden plate (the slab) sinks at an angle of approximately 25 to 75 degrees to Earth's surface. This sinking is driven by the temperature difference between the slab and the surrounding asthenosphere, as the colder oceanic lithosphere has, on average, a greater density.
what can you infer about the ocean environment from a core sample composed of the following layers: siliceous ooze (youngest layer) calcareous ooze basalt rock (oldest layer)
We can infer about the ocean environment from a core sample that the core was extracted from water that was more than 4,500 metres deep in an area with strong surface productivity.
What is the ocean environment?
Saline or marine water makes up the ocean environment, which is home to millions of ecosystem and biodiversity riddles, the majority of which have not yet been solved. Ocean environments range from the water's surface to the seabeds, which vary in depth and morphology, from the beach (coastal environment), and estuaries, through the middle of the ocean.
Over time, secrets regarding the ocean, including marine biology and oceanography, were solved, particularly those pertaining to the ocean environment.
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you are writing a research paper on global warming. you find some information posted by a science professor on his personal website. it claims that the earth is actually cooling off. you should
Syndrome E is when people assault other members of society, frequently with the encouragement and support of those in positions of power.
Syndrome E is when people assault other members of society, frequently with the encouragement and support of those in positions of power. Obsessive ideation, reduced emotional (affective) responsiveness, situational (environmental) reliance, social contagion, quick desensitisation to violence, compulsive repetition, hyperarousal, and inability to adjust to new information are all characteristics of Syndrome E. People who suffer from this condition exhibit obsessive ideation, compulsive repetition, quick desensitisation to violence, reduced emotional reactivity, hyperarousal, environmental dependence, group contagion, and an inability to adjust to shifting stimulus-reinforcement connections.
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Answer:
not use the information because it may be just the professor's opinion
Explanation:
I got it correct on the test
on its way to earth, the solar wind first encounters question 72 options: earth's surface. the atmosphere. the lower atmosphere. the magnetosphere.
The magnetosphere is a region of space surrounding the Earth that is filled with charged particles from the solar wind. The best answer from the choices provided is D - the magnetosphere.
The solar wind first encounters the magnetosphere before it reaches the Earth's surface. The magnetosphere acts as a shield, deflecting the solar wind away from the Earth's atmosphere. As the solar wind approaches the Earth, the magnetic field around the planet deflects and slows the particles.
This causes a buildup of the magnetic field around the Earth, which in turn creates a boundary between the Earth's atmosphere and the solar wind. The interaction between the solar wind and the magnetosphere creates a number of phenomena, including the aurora.
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what would happen if india never got divided
Answer: Had India not been divided, he argued, the power and strength of Muslims could have been much bigger compared to the present size and strength they have in India, Pakistan and Bangladesh. The number of Muslims of three countries put together was almost half the number of Hindus at the time of the partition
Which of the following are characteristic of divergent plate boundaries? Select one or more: a. Island arcs b. An oceanic ridge c. Hot spots d. Shallow
The characteristic of divergent plate boundaries are an oceanic ridge, shallow earthquakes, and rising magma (B, D, E)
A divergent boundary is formed when two tectonic plates begin to move in opposite directions. Magma, which is molten rock, rises from the Earth's mantle to the surface at these borders, where it cools and solidifies to form new oceanic crust. Divergent plate boundaries are identified by shallow earthquakes, volcanic eruptions, a high topographic ridge, and extremely youthful lithosphere. These characteristics can be seen on the boundary of divergent plate systems.
Both the continental and oceanic lithospheres contain examples of these boundaries. The lithosphere in these areas is forced to stretch and pull apart as a result of the presence of tensional stress caused by the interaction of two tectonic plates that are separated by a divergent boundary. Within the continental lithosphere, divergent boundaries cause the gradual growth of ocean basins.
Your question is incomplete, but most probably your full question was:
Which of the following are characteristic of divergent plate boundaries?
Select one or more:
a. Island arcs
b. An oceanic ridge
c. Hot spots
d. Shallow earthquakes
e. Rising magma
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the collision-ring theory seems best to describe how____.
The collision-ring theory describes how particles interact with each other and exchange energy when they collide.
What is collision-ring?Collision-ring is a type of network topology in which all devices on the network are connected in a circular or ring formation. Each device is connected to two other devices, one to the left and one to the right. Data is passed in a single direction around the ring, and each device checks the data to determine if it is intended for it. If not, the data is passed on the next device. Collision-ring is a relatively simple type of network topology that is easy to maintain and troubleshoot.
This theory states that when two particles collide, the kinetic energy of the particles is converted into a "ring" of energy that expands outward from the point of impact, allowing the particles to interact with each other over a greater distance. This ring of energy acts as a bridge between the two particles, allowing them to exchange energy even when they are not in close proximity. As the energy dissipates, the particles will eventually stop interacting with each other.
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what kind of viscosity would flood basalts have? what kind of viscosity would flood basalts have? high viscosity low viscosity medium viscosity
The viscosity that flood basalts have is low viscosity.
A flood basalt, also known as a plateau basalt, is the outcome of a massive volcanic eruption or series of eruptions that cover significant areas of land or the ocean floor with basalt lava. Black and brittle, basalt is a type of igneous rock that contains less than roughly 52 percent silica by weight (SiO2). The low amount of silica in basalt contributes to the material's low viscosity (resistance to flow). Large volumes of low-viscosity and low-gas magmas typically erupt from fissures (cracks) during flood basalt eruptions, which result in the formation of expansive plateaus that are almost completely flat. Both continents and the ocean floor are possible eruption sites for flood basalts.
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How does a physical map represent relief?
Answer: A relief map shows the changing gradient of elevation, which is called "relief." A physical map can be said to be a kind of relief map, usually showing changing elevation with higher elevations being represented by darker colors. However, a physical map may also show other features, such as rivers or deserts.
what kind of volcano is this? diagram of a volcano in cross section. the volcano has a broad base with gently sloping sides. what kind of volcano is this? cinder cone shield volcano composite cone
The kind of volcano with a broad base with gently sloping sides is a shield volcano.
A shield volcano is a volcano that, like its name, has a look that resembles a warrior's shield that is lying on the ground. It has a wide (broad base) with gently sloping sides.
The eruption of low-viscosity lava causes the shape of the volcano. The low viscosity allows the lava to travel further and form thinner flows. Repeated eruptions then eventually result in a steady accumulation of lava layers.
Attached below is an image of Mauna Loa, a shield volcano located in Hawaii.
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Answer:In the given image, the magma chamber of the volcano is shown by the number 1.
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Note that Peru is a South American country known for its Amazon rainforest and Machu Picchu, an old Incan city high in the Andes highlands.
Why is Peru Important?The area surrounding Machu Picchu, including the Sacred Valley, the Inca Trail, and the colonial city of Cusco, is densely packed with ancient sites. Lima, Peru's capital, is located on the arid Pacific coast and has a surviving colonial core as well as major collections of pre-Columbian art.
Peru's Andean area is undoubtedly its most well-known feature. This majestic mountain range cuts the country in half from north to south. The Cordillera Occidental and the Cordillera Oriental are two parallel ranges.
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what is the position of the
he Mediterrean sea from Africa
Explanation:
i think it found in Northern part
according to the theory of plate tectonics, the ________ is constantly moving.
the earth is always moving?
3 pull factors for rural Russia
Answer:
Visa-free entrance, higher salaries, familiar language, and demand for labor migrants are 3 pull factors for rural Russia.
Explanation:
Hope it helps:)
Which processes cause igneous rock to become metamorphic rock?
Answer: Metamorphic rocks started out as some other type of rock, but have been substantially changed from their original igneous, sedimentary, or earlier metamorphic form. Metamorphic rocks form when rocks are subjected to high heat, high pressure, hot mineral-rich fluidsor, more commonly, some combination of these factors.
Explanation:
Explain the difference between cultural geography and physical geography, and give examples of each.
Answer:
Cultural geography is a subfield of geography that focuses on the study of human culture, including social norms, beliefs, values, practices, and material culture, and how they shape and are shaped by the physical environment. Cultural geography explores how cultural practices and beliefs are distributed across different regions, as well as how they are influenced by migration, globalization, and colonialism. Some examples of topics studied in cultural geography include urbanization, ethnic neighborhoods, and cultural landscapes.
Physical geography, on the other hand, is a subfield of geography that focuses on the study of the physical environment, including landforms, climate, soil, water, and ecosystems. Physical geographers study the natural processes that shape the Earth's surface, such as erosion, tectonic activity, and climate change, as well as the relationships between living things and the environment. Some examples of topics studied in physical geography include geomorphology, climatology, and biogeography.
In summary, cultural geography focuses on the study of human culture and its relationship with the environment, while physical geography focuses on the study of the physical environment and its natural processes.
Explanation:
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what protects the netherland from the sea
Explanation:
Natural sand dunes , dams
Answer:I hope this helps
Explanation:
Large parts of the Netherlands are below sea level, protected against floods from the North Sea by a coastal flood defence system consisting of dunes, dams and storm-surge barriers.
what do primatologists need to have in order to understand what the primate communication data they collect means?
Knowledge of both their vocalizations and their context.
newtonâs law of gravity works as well for explaining orbits of planets around other stars as it does for explaining the planets in our own solar system could be evaluated scientifically by:
Newton's law of gravity is a fundamental law of physics that states that every point mass attracts every other point mass by a force that is proportional to the product of their masses and inversely proportional to the square of the distance between them.
This law can be used to explain the orbits of planets around stars, both in our own solar system and around other stars.
The scientific evaluation of the applicability of Newton's law of gravity to the orbits of planets around other stars can be performed through several methods:
Observing the orbits of exoplanets: By observing the orbits of exoplanets around other stars, scientists can determine the gravitational forces acting on these planets and determine if they are consistent with the predictions of Newton's law of gravity.
Measuring the masses of exoplanetary systems: By measuring the masses of exoplanetary systems, scientists can determine if the masses of the planets and their host stars are consistent with the predictions of Newton's law of gravity. This information can be used to test the validity of the law and determine if any modifications are necessary.
Numerical simulations: By using numerical simulations, scientists can model the orbits of exoplanets around other stars and compare the results with observations. These simulations can help to test the validity of Newton's law of gravity and determine if any modifications are necessary.
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which tectonic setting has these main pieces of evidence? 1) an ocean trench on the ocean floor and 2) deeper earthquakes located progressively further from the trench, and 3) a chain of mountain volcanoes.
This tectonic setting is indicative of a subduction zone: 1. an ocean trench on the ocean floor.
A subduction zone is an area of the Earth's crust where one tectonic plate is being forced beneath another. Evidence of a subduction zone includes an ocean trench on the ocean floor, deeper earthquakes located progressively further from the trench, and a chain of mountain volcanoes.
These pieces of evidence are all indicative of a subduction zone, where the oceanic plate is being forced beneath the continental plate, resulting in the formation of the trench and the volcanoes. The earthquakes are caused by the movement of the two plates.
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How many tropical cyclones (hurricane) had occurred over the Atlantic by 25 August
Answer:
I'm assuming you meant by august of 2022 so that is how I will answer.
Explanation:
in 2022, 88 storms occurred over the Atlantic. Of these 88 storms, only 40 reached the tropical cyclone level.
Hope this helps!!
what technology is used to determine the rate and direction of tectonic motion wherever it is placed along the ground?
The Global Positioning System (GPS) is a method for calculating the speed and direction of tectonic motion along the earth's surface.
In the case of GPS, a system of satellites orbits the planet and sends out signals that GPS receivers on the ground may pick up. By measuring the amount of time it takes for signals from various satellites to reach the GPS receiver, it can determine its location. This information is used to map the surface of the Earth and track its deformation over time, together with data from other GPS receivers.
GPS receivers are positioned along the ground and their positions are regularly recorded to track tectonic movements. Scientists can tell how much and in which direction a GPS receiver has moved by comparing its position over time, which gives them knowledge of the underlying tectonic activity. The timing, position, and magnitude of earthquakes as well as the deformation of the Earth's crust brought on by plate tectonic motions may both be studied using this information.
In general, GPS technology has transformed the study of plate tectonics by enabling researchers to directly measure the motion of tectonic plates and obtain a greater comprehension of the dynamic and ever-changing surface of the Earth.
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The technology used to determine the rate and direction of tectonic motion along the ground is called Global Positioning System (GPS) technology. GPS is a satellite-based navigation system that uses a network of satellites to determine the position and movement of objects on the Earth's surface.
GPS technology can be used to determine the rate and direction of tectonic motion by measuring the precise location of objects along the ground over time. This information is then used to calculate the rate and direction of motion for the tectonic plates that make up the Earth's surface.
To use GPS technology to study tectonic motion, scientists install GPS receivers at different locations along the ground. These receivers are capable of receiving signals from GPS satellites and determining their precise location on the Earth's surface.
The data collected from the GPS receivers is then used to calculate the rate and direction of tectonic plate motion.
The advantage of using GPS technology to study tectonic motion is that it provides highly accurate and precise measurements of the movement of the Earth's surface. This information can be used to better understand the processes that drive plate tectonics and the behavior of the Earth's crust.
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Why does the author feel standards are such a vital issue?
Standards affect over 80 percent of global commodity trade.
U. S. Standards limit U. S. Companies from participating in the Chinese
software industry.
Standards should be raised, increasing U. S. Trade barriers to combat inferior
foreign goods.
U. S. Exports to China have exceeded imports from China, and higher
standards have a negative affect.
Standards affect over 80 percent of global commodity trade.
About commoditySimply put, a commodity is an item or product that can be traded. Of course the purpose of buying and selling commodities is to make a profit.
The definition of commodity is basic merchandise, commercial commodity, which can be classified according to quality according to international standards. Experts say that the concept of a commodity is a tangible object that is easy to trade, can be transferred, can be stored for a certain period of time, and can be exchanged for other similar products.
Commodities are defined as merchandise, raw materials or commercial objects. The quality of these commodities conforms to international trade standards. Examples include coffee, rice, wheat, rubber, corn, and others. In addition, commodity products do not only cover daily needs such as groceries.
Several products such as gold, aluminum and silver precious metals as well as energy sources such as coal and natural gas are also commodities. Forex, indices and other commodities can also be classified as commodities. Because these commodities can be traded. Commodity trading can be done by exchanging it for products or goods, provided that the value of the two goods is equivalent.
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the scientific word for sand, or broken down pieces of rock is?
Sediment can consist of rocks and minerals, as well as the remains of plants and animals. It can be as small as a grain of sand or as large as a boulder. Sediment moves from one place to another through the process of erosion.
Which of the following statements about von Thunen’s theory of human settlement is true? A. Hardy field crops were located closest to the city. B. The city served as the epicenter. C. Perishable items were grown farther away from the city. D. Climate and soil quality varied throughout the land area surrounding the city.
The statements about von Thunen’s theory of human settlement is true is "The city served as the epicenter". Thus, option B is correct.
What is Von Thunen's model of human settlement?Before industrialization, Von Thunen developed his model, which is used to show how the price of land and the price of bringing a product to market are related.
Von Thunen's concept is predicated on the idea that there is only one free, open, and unrestrained market. On occasion, it is employed in rural land use planning.
Four places that represented the region surrounding the city centre were included in the von Thünen model. The phrase "The city functioned as the epicentre" from von Thunen's theory of human habitation is accurate. So, choice B is the correct one.
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consider the controlled experiment on runoff from forested and deforested valleys as discussed in the core case study in your text. what were the results?
The Correct option (E) Runoff in the deforested valley increased and eroded soil.
Deforestation, also known as forest clearance, is the removal of a forest or a stand of trees from land and subsequent conversion to non-forest use. Deforestation can occur when forest land is converted to farms, ranches, or urban use.
Tropical rainforests have the highest concentration of deforestation. Forests currently cover approximately 31% of the Earth's land surface. This is one-third less than the forest cover prior to agricultural expansion, with half of that loss occurring in the last century.
Every year, between 15 million and 18 million hectares of forest, roughly the size of Bangladesh, are destroyed. Every minute, approximately 2,400 trees are cut down.
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Full Question :Consider the controlled experiment on runoff from forested and deforested valleys as discussed in the Core Case Study in your text. What were the results?
a. Runoff in the deforested valley decreased.
b. Soil erosion increased in the forested valley.
c. Runoff increased in the forested valley, but not in the
deforested one.
d. Removal of forest has no major impact on runoff or soil
erosion.
e. Runoff in the deforested valley increased and eroded soil.
earth's average overall albedo is question 45 options: 31 percent. 51 percent. 69 percent. unknown.
Earth's average overall albedo is 31 percent. The average albedo of Earth is 0.31, which indicates that 31% of the sun's incoming energy is reflected back into space by the globe. So the correct option is (a).
Energy is the ability to perform works physics. It might exist in several different forms, such as theoretical, kinetic, thermodynamic, electrical, biochemical, radioactive, etc. Additionally, there is heat and work, which is electricity being transferred from one element to another. Force is always assigned based on its type once it has been transmitted. Thus, heat transmitted may appear as thermal energy while labour performed may result in motor. Movement is a property of all energy kinds. For instance, if a body is moving, it possesses velocity.
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You just learned about US expeditions into Oklahoma and the Louisiana Territory. Did you notice experiences that the different expeditions had in common? List three elements that were similar about the expeditions.
Answer: president Thomas Jefferson
Explanation: