1. Reversing paleomagnetism in rocks on the ocean floor
Paleomagnetism indicated that parts of Earth's crust had shifted their positioning over geologic time.
Answer:
3 mountains in North America appearing to match up with mountains in Northern Europe - Wegener's original theory of continental drift was based on the observation that the continental landmasses of the world appeared to fit together like pieces of a jigsaw puzzle. He noticed that the mountain ranges of North America seemed to match up with those of Northern Europe, suggesting that these landmasses had once been connected.
On cold winter days, interior towns may experience a phenomena known as a temperature inversion. Explain what a temperature inversion is. Why is a temperature inversion a concern when it occurs in a large city like Vancouver, Toronto, Montreal or Los Angeles?
*Please answer in paragraph form*
Answer:
A temperature inversion is a meteorological phenomenon that occurs when a layer of warm air is trapped above a layer of colder air, causing the normal temperature gradient (decrease in temperature with altitude) to be reversed. This can result in the air near the ground being colder than the air above it.
Temperature inversions are common during the winter months, when the air near the ground is cooled by contact with the cold ground surface. They can also occur in large cities due to the heat produced by the urban environment, which can create a layer of warm air above the colder air at ground level.
In large cities like Vancouver, Toronto, Montreal, and Los Angeles, temperature inversions can be a concern because they can trap pollutants near the ground, leading to poor air quality. When the air is stagnant, pollutants such as car exhaust and industrial emissions can build up, leading to increased levels of smog and other forms of air pollution. This can have negative impacts on public health, particularly for individuals with respiratory conditions such as asthma.
write the ratio as a fraction in simplest form, with whole numbers in the numerator and denominator 45 cm to 40 cm ??
The ratio 45 cm to 40 cm as a fraction in simplest form with whole numbers in the numerator and denominator is 9/8
What is a ratio ?One quantity can be expressed as a fraction of other quantities using a ratio, which is a number. Only when the two numbers in a ratio have the same unit can they be compared. Ratios are used to compare two objects.
A ratio is a means to compare two numbers of the same kind or to demonstrate a relationship. Ratios are used to compare items of the same type.
45 cm to 40 cm
The simplest form can be dividing by 5, answer will be 9/8
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latent heat that is the energy source for many storms can be transported by ________.
Latent heat that is the energy source for many storms can be transported by water vapor.
Latent heat is the defined as the amount of energy or heat that is absorbed or release during a changing phase of the state of the substance. An example of latent heat would be of a changing phase from water that is on the surface of the earth, heated up by the sunlight, then changing its form from liquid into water vapor (gas), which then condenses, releasing the latent heat into the atmosphere forming clouds, which then accumulates up to a point until the clouds can no longer hold the accumulation of the water vapor, which then changing its gas form back into water in a form of rain.
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How do glaciers acquire their load of sediment?
O Sediments and rocks fall off the cliffs surrounding the glacier and move through crevasses to the base of the glacier. Sediments and rocks are deposited on glaciers by streams that flow into the glaciers.
O Sediments and rocks form on top of the glaciers through lithification
O Sediments and rocks are plucked off the ground surface at the base and sides of the glacier.
O All of the answers describe major contributors to the glacial load.
Glaciers acquire their load of sediment as Sediments and rocks fall off the cliffs surrounding the glacier and move through crevasses to the base of the glacier. Thus the correct option is A.
What is Glacier?A large volume of flowing ice is termed a glacier. Icebergs can have a significant impact on geography, and when they dissolve or move, they leave behind enormous mountains of sediment they were carrying.
The flow of the ice seems to be how glaciers accumulate their sedimentary burden. They transport sediment particles of varied sizes as they flow and bring the load with them
Therefore, option A is appropriate.
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Waves usually arrive nearly parallel to the shore because ____________________________.a)waves constructively interfere with each otherb)waves destructively interfere with each otherc)waves are refracted toward shallow waterd)waves are refracted toward deep watere)most waves come from storms that are directly offshore
Waves usually arrive nearly parallel to the shore because waves are refracted toward shallow water
Hence, option (C) is the correct choice.
Because the ocean floor topography is typically comparable to the contour of the beach, waves come in and break parallel to the shoreline. Waves refract in forms that reflect the beach as they approach it. Diffraction happens when waves shift direction as they travel through an aperture or around a barrier.
When the centre and right sides approach shallow water, the friction causes them to slow down as well. As a result, the entire wave progressively shifts to the left, until it is parallel to the coast. Waves break when they reach the coast due to the same friction action.
If a wave front approaches the coast at an angle, the end closest to the shore will contact the bottom before the rest of the wave.
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Note the correct question would be as bellow,
Waves usually arrive nearly parallel to the shore because ____________________________.
a)waves constructively interfere with each other
b)waves destructively interfere with each other
c)waves are refracted toward shallow water
d)waves are refracted toward deep water
e)most waves come from storms that are directly offshore
what is the small country surrounded by south africa?
The Kingdom of Lesotho is a small, landlocked nation located in southern Africa.
Entirely surrounded by South Africa, it is one of the three remaining independent enclaves in the world. Covering an area of 30,355 km2 (11,720 sq mi), this country is home to a population of roughly 2.2 million people. Most of its terrain consists of rugged mountains and plateaus, with the country lying entirely above 1,000 m (3,280 ft) in elevation. Maseru is Lesotho's capital and largest city.
The nation is a part of the African Union, the Southern African Development Community, the Commonwealth of Nations, and the United Nations (SADC). Lesotho's economy is primarily reliant on water exports to South Africa, agricultural products, and remittances from Basotho working in South Africa. These remittances account for almost 30% of the Kingdom's GDP.
Lesotho is a constitutional monarchy, with King Letsie III as the head of state and Prime Minister Tom Thabane as the head of government.
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in most of south asia, the winter is characterized as a ________ climate.
What would you be most likely to find at a convergent boundary where two oceanic plates collide?
a rift valley
an ocean trench
a mid-ocean ridge
an island arc
Answer: An ocean trench would be most likely to be found at a convergent boundary where two oceanic plates collide.
Explanation:
At a convergent boundary where two oceanic plates collide, one plate is being subducted beneath the other. As the denser plate sinks beneath the less dense plate, it creates a deep depression in the Earth's crust known as an ocean trench.
The ocean trench can be tens of thousands of feet deep and hundreds of miles long. This is the point of maximum depth of the ocean floor. At this location, the subducting plate is being recycled into the Earth's mantle and is the location of intense deformation, volcanic activity and seismic activity such as earthquakes. The trenches are also characterized by the presence of accretionary wedges and island arcs.
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An ocean trench is most likely to find at a convergent boundary where two oceanic plates collide. Thus, the answer is option B.
An oceanic trench is a long and narrow depression in the ocean floor. These trenches are considered the deepest part of the ocean floor, occurring at the boundary between convergent plates and lithospheric plates.
The trench is created when one plate slides below the lithospheric slab. These oceanographic features are the deepest parts of the ocean floor. Oceanic trenches are a distinctive morphological feature.
Most oceanic trenches are associated with plate subduction boundary systems; they form due to the downward bending of an oceanic plate entering a subduction system.
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A. Study the photograph and identify the type of agriculture shown in the photograph as subsistence or commercial agriculture.
Explain one reason for your identification in part "A."
The type of agriculture shown in the photograph is called agriculture of subsistence since commercial agriculture is based on the extensive production methods of crops instead of the use of animals to work the soil land.
What is agriculture of subsistence?The expression agriculture of subsistence is used to denote all conventional methods of production of foods in the field that involve traditional processes and low production rates per unit of area.
Therefore, with this data, we can see that agriculture of subsistence is based on the use of animals to work the soil in order to produce crops.
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the location of earthquake epicenters closely correlates with the __________________.
The location of the epicenter is closely correlated with the movement of the earth's plates.
What is an earthquake?Earthquakes are vibrations or shocks that occur on the surface of the earth due to the sudden release of energy from beneath the surface which creates seismic waves. Earthquakes are usually caused by the movement of the earth's crust or the earth's plates. In addition, earthquakes can also be caused by volcanic eruptions.
An earthquake can also be interpreted as an event where the earth vibrates due to a sudden release of energy in the earth which is marked by the breaking of rock layers in the earth's crust. The frequency of earthquakes in a region refers to the type and size of earthquakes experienced over a period of time.
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What are 3 ways it adapts to its environment?
All living organisms, including animals and plants, have the ability to adapt to their environment in order to survive. The ways include Physical adaptations, Behavioral adaptations, and genetic adaptations
Physical adaptations: These are changes in the physical properties of an organism, such as body form, size, or color. Physical adaptations can assist an organism in surviving in its environment by making it more adapted to the climate, food supply, or predators.
Behavioral adaptations are behavioral changes that help an organism to survive in its environment. A bird, for example, may alter its migratory habits in reaction to variations in food availability, whereas a lion may alter its hunting skills in response to the behavior of its prey.
Changes in an organism's genetic composition that are passed down from generation to generation are referred to as genetic adaptations. Changes in the DNA sequence or gene expression regulation are two examples of genetic adaptations. These modifications might be little or major, but the purpose is to help organisms live in their environment better.
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Name ES 100 Earth System Concept Map - Chapter 1 Your textbook on pages 21-22 provides a "big picture" overview of concepts presented in Chapter 1. Part of that overview is the introduction of a learning tool known as a "concept map." You will use concept maps several times this semester. The purpose of the concept map is for you to be able to show understanding of how different concepts are related to each other. In this case, you will be identifying processes that show the connections between Earth's environmental spheres. Examine the following list of interactions between pairs of components in the Earth system and the exosphere. Match each interaction with one of the lettered links in the concept map provided Note: Each letter is used only oncel Neatly write the letter in the chart provided below. Exosphere Atmosphere Hydrosphere 00 Geosphere Biosphere Letter Interaction Plants absorb carbon dioxide gases. Earthquake destruction causes deaths Wind blows sand Spacecraft explore deep space. Continents deflect ocean currents. Plants release oxygen Fish live in oceans Asteroid impacts Earth. Volcano emits toxic gases Animals drink water. Water evaporates from the oceans Humans mine coal Winds generate waves. A stream carves a canyon
Answer:
hydrosphere 00 geosphere
Explanation:
exosphere atmosphere
The most famous and, undoubtedly, most widely used of all the map projections is the ___.a. polyconicb. mercatorc. mollweided. sinusoidale. gnomonic
The most famous and, undoubtedly, most widely used of all the map projections is the Mercator. Hence, the correct option is (B).
What Is The Mercator Projection?The Mercator Projection is a form of map projector made by Gerardus Mercator in 1569. The Mercator projection map basically consists of horizontal and vertical lines. The horizontal lines on this map refer to the latitude of an area and the vertical lines on this map refer to the meridians. Therefore, we can see these two lines getting further away in areas far from the Equator. However, the Mercator map is not very effective when describing regions around the world because the depiction of some areas becomes too large, such as Greenland which is larger than South America which does not match the facts.
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Select all the correct statements about limestone and marble.
Choose one or more:
A) As limestone metamorphoses, calcite turns into quartz—the primary mineral in marble.
B) As limestone metamorphoses into marble, fossils, pore space, and cement disappears.
C) Fossils grow large as limestone metamorphoses into marble.
D) Marble is a uniform mass of interlocking calcite crystals.
E) Limestone is the protolith of marble.
As limestone metamorphoses, calcite turns into quartz—the primary mineral in marble. As limestone metamorphoses into marble, fossils, pore space, and cement disappears. Limestone is the protolith of marble. The correct answer is A, B, and E.
Limestone is primarily composed of the mineral calcite, which is made up of calcium carbonate. When limestone is subjected to high pressure and heat, the calcite can recrystallize and turn into the mineral quartz. Quartz is the primary mineral in marble, which is why marble is often considered a metamorphic version of limestone.
The process of metamorphosis also causes the fossils, pore space, and cement within limestone to disappear. This is because the high pressure and heat causes the minerals to recrystallize and the spaces between them to close.
Limestone is the protolith, or original rock, from which marble is formed. This means that marble is formed from the alteration of limestone through the process of metamorphism.
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02.04
Assessment
Before completing this lab activity, you should be able to:
observe how a meteorologist uses the scientific method to create weather forecasts
investigate the development of modern meteorology
use weather station models to analyze weather data
determine weather patterns using air masses, fronts, and types of clouds
After completing this lab activity, you should be able to:
create a forecast for your local area using weather data you collected
We must under that Meteorologists uses satellites to observe cloud patterns around the world and radar is used to measure precipitation. All of these data are plugged into super computers, which use numerical forecast equations to create forecast models of the atmosphere.
How do Meteorologists Predict the Weather?Meteorologists first look at what weather happened in the previous 24 hours in a specific area, as well as what's happening right now, to predict the weather for a specific day. The majority of local weather is determined by location or geographic conditions.
For example, we know that heavy snowfalls are common in the northeast and upper Midwest of the United States during the winter; hurricanes are common in the southeast; hot temperatures (both dry and humid) are common in the south and southwest; and tornadoes are common in the Great Plains.
Although this general knowledge can predict weather in a specific region, meteorologists require much more detailed information to predict local weather on a daily basis.
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Eastern Europe is considered an important cultural crossroads between Asia and Europe. Many
different empires controlled this land at one point. Which empire has not controlled Eastern Europe
at one point?
A. The Soviet Union
B. The Ottoman Empire
OC. The Roman Empire
D. The Aztec Empire
What is an ecozone?
• A. A region with common climate
• B. A region with common evolutionary history
• C. A region with common
weather patterns
• D. A region with common languages
Answer:
B. A region with common evolutionary history
Explanation:
it’s correct
What are the different GPS coordinate formats?
There are several different GPS coordinate formats, including decimal degrees, degrees, minutes, and seconds, Universal Transverse Mercator (UTM), Military Grid Reference System (MGRS), World Geodetic System 1984 (WGS84), and Ordnance Survey National Grid (OSNG). Each format has its own set of conventions for expressing the location of a point on the earth's surface.
There are several different GPS coordinate formats that can be used to represent the location of a point on the earth's surface:
Decimal degrees: In this format, the coordinates are expressed as a single number in decimal form. For example, 38.8977° N, 77.0365° W.Degrees, minutes, and seconds: In this format, the coordinates are expressed as degrees, minutes, and seconds. For example, 38° 53' 51.9" N, 77° 2' 11.4" W.Universal Transverse Mercator (UTM): In this format, the coordinates are expressed in meters based on the UTM coordinate system. UTM coordinates are often used in military and surveying applications.Military Grid Reference System (MGRS): In this format, the coordinates are expressed in meters based on the MGRS coordinate system. MGRS coordinates are often used by military and emergency services.World Geodetic System 1984 (WGS84): In this format, the coordinates are expressed in degrees, minutes, and seconds based on the WGS84 datum. WGS84 coordinates are often used in GPS systems.Ordnance Survey National Grid (OSNG): In this format, the coordinates are expressed in meters based on the OSNG coordinate system. OSNG coordinates are often used in the UK.Learn more about geographical coordinates at
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locate the sites of the five deadliest earthquakes on a world map. Just use the country if you can't find the exact location. What pattern do you observe? Would you expect to find plate boundaries here or not? Explain.
Please answer!!
In the world, the five most deadliest earthquakes that we experienced are as follows:
Maule(Chile) Earthquake (2010)– 8.8.Kamchatka, Russia Earthquake (1952) – 9.0.Tōhoku Earthquake (2011) – 9.1.Sumatra Earthquake (2004)– 9.1.Great Alaska Earthquake (1964)– 9.2.Valdivia Earthquake (1960)– 9.5.The notable pattern in these deadliest earthquakes are that they occur around the edges of the Pacific Ocean which is known as the 'Ring of Fire; where Pacific plate is being subducted beneath the surrounding plates.
The location where these deadliest earthquakes occur either have a convergent, divergent or transform plate boundaries. The plate boundary that result to most deadliest earthquakes is the convergent plate boundaries.
What makes an earthquakes deadly?The majority of the hazard to people are caused by man-made structures and the shaking caused by the earthquake. People are most at risk of being crushed by a collapsing building, drowning in a flood caused by a broken dam or levee, being buried under a landslide, or being burned in a fire.
According to the US Geological Survey, the most powerful quake was the 9.5-magnitude Valdivia Earthquake that struck Chile in 1960. (USGS). The quake triggered a tsunami, killing an estimated 5,700 people. The 2004 Indian Ocean tsunami had a magnitude of 9.3.
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All of the following instruments are used to measure air pressure except for ________. Select one: A. mercurial barometer B. barograph C. anemometer D. aneroid barometer
Answer
I might be wrong but C. (anemometer)
Explanation:
Anemometers measure wind speed not pressure.
Describe each type of mountain. Include the type of boundary where they are likely formed and characteristics of each.
Folded Mountains
Fault-block Mountains
Describe the physical makeup of the layers of the earth
Note that the earth's Physical Makeup is divided into three layers: the crust, the mantle, and the core. This is the earth's outer layer, and it is composed primarily of solid rock, primarily basalt, and granite.
Oceanic crust and continental crust are the two forms of crust. The oceanic crust of the earth is denser and thinner, and it is mostly made up of basalt.
What is the Earth's Core made up of?The earth's core is divided into two sections: the outer core and the inner core. The outer core is 2200 kilometers (1367 miles) deep layer of liquid metal, largely consisting of iron and nickel.
The inner core is a solid metal layer at the earth's core that is approximately 1220 kilometers (760 miles) in diameter. It is composed of the same metals as the outer core, but due to the immense pressure and heat at the earth's core, the metal remains solid despite the high temperatures. The earth's core is critical to the earth's magnetic field and the movement of its tectonic plates.
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Complete the sentence about convection currents inside earth. convection currents are formed in earth’s_____, which contains magma. magma is____rock. magma____due to the heat from earth’s interior.
Convection currents are formed in the earth’s mantle, which contains magma. Magma is a lava rock. Magma erupts due to the heat from earth’s interior.
Convection currents are an important part of the geologic process that occurs deep within the earth. These currents are formed in the earth's mantle, which is made up of magma.
Convection currents in the earth's mantle are created by the heat emanating from the planet's core.
Magma is a type of lava rock that is heated by energy from the earth's interior. When this heat reaches a certain level, it causes magma to erupt to the surface, creating the volcanoes and other geologic features we see across the world.
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Answer:
Convection currents are formed in Earth’s mantle, which contains magma. Magma is molten rock. Magma expands and contracts due to the heat from Earth’s interior.
Explanation: ed mentum or plato
It was making Harry crazy. After all, it was right there, his for the taking. He looked at his chemistry partner, who was still deep in slumber. His blonde hair was rumpled, his pink mouth slightly opened, and his breaths came in long, deep counts. Harry’s mouth watered a little as he thought of the payoff. It would be so sweet and glorious! How could he resist? Besides, what harm would it do? He could just reach over a tiny little bit, edge even nearer and then maybe – “Don’t even think about it, Harry. That last chocolate bar is mine!” How did Harry’s chemistry partner feel about his plan to grab the last chocolate bar? Why do you think that?
His plan to get the last chocolate bar made Harry's chemistry partner angry.Harry’s chemistry partner felt his plan to grab the last chocolate bar annoyed.
How does a passage work?When a passage has multiple sentences, it is called a passage. It can be one or two paragraphs long. Passages are usually taken straight from the source document without changing anything, not even the meaning or what the author wants to say.
In the passage, it is made clear that you wanted to take the partner's chocolate because it was the last bar and belongs to the partner.
He had a strong desire to grab the chocolate bar and became obsessed about it, as evidenced by the fact that he was taking short breaths and counting them as well as how his mouth was watering. However, the partner advised him not to do so or risk losing his chocolate, which he owed to himself.
Question is incomplete:
Read the following passage to answer these question:
It was making Harry crazy. After all, it was right there, his for the taking. He looked at his chemistry partner, who was still deep in slumber. His blonde hair was rumpled, his pink mouth slightly opened, and his breaths came in long, deep counts. Harry’s mouth watered a little as he thought of the payoff. It would be so sweet and glorious! How could he resist? Besides, what harm would it do? He could just reach over a tiny little bit, edge even nearer and then maybe – “Don’t even think about it, Harry. That last chocolate bar is mine!” How did Harry’s chemistry partner feel about his plan to grab the last chocolate bar? Why do you think that?
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What is a recent trend relating to sustainability worldwide?
O Net emissions are decreasing in some highly developed countries.
O The global temperature has stopped rising and started to decline.
O Automobile companies are increasing their share of gasoline-powered cars.
O The cost of renewable energy sources has increased substantially.
The cost of renewable energy sources has increased substantially.
How Sustainability Works?As a result, sustainable policies emphasize the long-term impact of any particular policy or business practise on humans, ecosystems, and the economy as a whole. The concept frequently corresponds to the belief that unless big changes are made to the way the world is managed, it will suffer irreversible damage. As public awareness of anthropogenic climate change, biodiversity loss, and pollution has grown, the globe has begun to adopt sustainable practises and policies, primarily through the application of sustainable corporate practises and greater investments in green technology. keeping the oceans clean by refraining from using plastic bags. Planting trees to preserve the environment is a part of terrestrial life. Recycling materials like paper, plastic, glass, and aluminum is a good practice for consumption and production.
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A location where two lithospheric plates spread apart.
Answer:
divergent plate boundary
Explanation:
How do the waters of the earth’s oceans help distribute heat from one place to another?
Currents influence winds through the Coriolis effect.
Currents carry warm water from the Equator to the poles.
Warm water stays far below the ocean’s surface.
Cold water stays just below the ocean’s surface.
Answer:
Yes, that's correct! The oceans play a major role in distributing heat around the Earth. The currents that flow through the oceans are driven by a variety of factors, including the wind, the temperature and salinity of the water, and the Earth's rotation. Warm water is less dense than cold water, so it tends to rise to the surface, where it can be cooled by the air and cooled further by evaporation. As the warm water cools, it becomes denser and sinks back down, setting up a circulation pattern called a "thermohaline circulation." This circulation helps to distribute heat from the equatorial regions towards the poles, helping to regulate the Earth's overall temperature. The Coriolis effect also plays a role in shaping the patterns of ocean currents, as it causes them to bend and curve as they move across the Earth's surface.
Explanation:
The detachment and removal of fragmented rock material is known as ________.
A) erosion
B) leaching
C) sedimentation
D) diastrophism
E) regolith stripping
The detachment and removal of fragmented rock material is known as erosion. The correct answer is A.
Erosion is a geological process in which earthen materials are worn away and transported by external forces like wind or water. Even though weathering doesn't include movement, it destroys or disintegrates rock in a manner similar to movement. The opposite of erosion is deposition, which is the geological process by which earthen materials are added to or built up on a landform.
The main contributors to erosion are liquid water, wind, and ice. Dusty air, murky water, or filthy glacier ice all contribute to erosion. The fluid's color is brown, which represents the movement of rock and dirt particles inside (air or water). This debris in transit is referred known as sediment.
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all months have average temperatures below freezing in the ________ climatic type.A. BSB. EFC. ETD. DfaE. Csa
All months have average temperatures below freezing in the ET climatic type. Thus the correct option is C.
What is Climate?A region's climate is determined by its long-term weather patterns. Climate describes how the weather is over a long period of time in a particular place, while weather refers to relatively brief changes in the atmosphere.
One of the most used systems of climatic classification is the Köppen classification. It is used to distinguish between various climate regions on Earth based on regional vegetation.
ET is the Climate of the tundra, with the hottest month's average temperature falling between 0 °C (32 °F) and 10 °C (50 °F). Each month of the year has an average temperature of less than 10 °C (50 °F) in this sort of climate.
Therefore, option C is appropriate.
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a counterclockwise atmospheric circulation in the northern hemisphere is known as a/an ________.
A counterclockwise atmospheric circulation in the Northern Hemisphere is known as a cyclone.
A wet monsoon is associated with high rainfall totals and is caused by. a seasonal reversal of winds.
The rotation of the earth causes the Coriolis force. It is in charge of pulling air to the right (counterclockwise) in the Northern Hemisphere and left (clockwise) in the Southern Hemisphere. The Coriolis Effect is the observed curved path of moving objects in relation to the Earth's surface.
The air is pushed clockwise in the Northern Hemisphere. The air is pushed anticlockwise in the Southern Hemisphere.
The Intertropical Convergence Zone, or ITCZ, is a region of low pressure that circles the Earth around the equator. The trade winds from the northern and southern hemispheres meet here, resulting in frequent thunderstorms and heavy rain.
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