The average temperatures in the various geographical locations of the world vary consistently over the course of certain time periods rank.
Additionally, these typical temperatures could go up or down depending on a variety of external geographic conditions. The information supporting this has already been mentioned. About 57 degrees Fahrenheit is the standard temperature on Earth (13.9 degrees Celsius). That was the average temperature throughout the 20th century, as determined by measurements made across land and water, day and night, according to climate data from the National Oceanic and Atmospheric Administration (NOAA) (opens in new tab). With a global temperature that was 1.53 degrees Fahrenheit (0.85 degrees Celsius) higher than the 20th-century average of 56.3 degrees F (13.5 degrees C), the first half of 2022 was the sixth warmest on record. The regions' average temperature changes since 1880 can be graded from biggest to smallest as follows:
region of Canada.
Eastern Pacific.
European Union.
Africa's south.
Australia.
the polar ocean
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A Santa Ana (or Chinook or Foehn) wind is a ________.
1.) very dry, warm wind flowing down a mountain slope
2.) wind associated with a blizzard
3.) cold, damp wind blowing off a snow field
4.) wind that is common to the world's deserts
answer :
1. very dry, warm wind flowing
down a mountain slope.
3. how do violent volcanic eruptions, like mt. pinatubo's cataclysmic eruption in 1991, rich in sulfur dioxide (so2) affect the stratospheric ozone shield?
Nearly 20 million tons of sulfur dioxide were created by Mount Pinatubo's eruptions in 1991, which resulted in a brief dip in global temperatures of about 1°F (0.5°C) between 1991 and 1993.
Mount Pinatubo in the Philippines, which erupted in 1991, caused a brief 0.5°C drop in world temperatures. Volcanoes have the ability to create "years without summer" and cool the Earth for more than 5 years by ejecting millions of tons of Sun-blocking particles into the sky while they are active.
For years, lahars from the volcano's major river systems have been spilling into the neighboring lowlands, which are densely populated.
The consequences on the climate in 1992–1993 included a surface cooling of up to 0.5–0.6°C in the Northern Hemisphere, which is similar to a hemispheric drop in net radiation of 4 watts per square meter, and a cooling of maybe as much as –0.4°C over huge parts of the Earth.
Because of the weight of the ash that had been wet with rain, the seismic trembling, and the strong winds, many roofs in the neighboring communities, including those at the two huge U.S. military bases Clark and Subic Bay, fell.
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what is the relief between the ship creek gauging station in the ne corner of the map (use nearest contour line) and vabm ship survey marker along the eastern edge of the map?
The relief between the ship creek gauging station in the NE corner of the map (use the nearest contour line) and the vibe ship survey marker along the eastern edge of the map: (1) The ratio scale of this map is 1:63360.
A survey is a process of collecting, analyzing, and decoding records from many people. Its objective is to determine insights approximately a set of people. A survey goes plenty deeper than a questionnaire and often includes multiple shapes of information series.
In research of human subjects, a survey is a list of questions aimed at extracting specific facts from a specific organization of human beings. Surveys can be carried out by means of smartphone, mail, thru the internet, and also at road corners or in department shops.
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the fact that a forested area can be used for timber, grazing, recreation, or wildlife conservation follows what principle?
According to question, the fact that a forested area can be used for timber, grazing, recreation, or wildlife conservation follows primarily preservation
the five most typical uses for land Residential, agricultural, recreational, transit, and commercial land use are the five main categories. While many choices impacting local projects are made at the municipal level, managing the different uses of property is done through collaborations involving state, federal, and municipal organizations.
land used for product manufacture, refining, mining, etc. land used for transportation, including highways, railroads, and airports. Residential real estate includes single-family residences as well as multiplex buildings.
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Why did battles occur between natives and settlers
One of the key reasons for battles between the Native Americans and Settlers is as follows
Native Americans rejected and fought back against the colonists' attempts to transform them. The conflict quickly erupted between the two groups as a result of their failure to adopt European culture, which infuriated the colonists.
The English colonists' tense interactions with the Native Americans, who had resided in the region for several thousand years, in Jamestown, Virginia, in 1607, led off the Indian Wars. Hundreds of various tribes were made up of millions of indigenous people who had colonised North America at the time. However, a series of conflicts between American Indians and European settlers known as the Indian Wars occurred between 1622 and the late 19th century, primarily over land ownership.
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The southeastern region of Texas has mild temperatures with relatively small changes in temperature between daytime and nighttime. Which of these is most responsible for keeping the daily temperature range small?
A: daily high wind speeds
B: slow-moving cool fronts
C: heat from deserts
D: moisture from coastal waters
The correct option is option (d) Moisture from coastal waters is most responsible for keeping the daily temperature range small.
The reason for the small temperature range in the southern region of Texas is as follows:
The Gulf of Mexico surrounds Texas, a state in the USA, on its southeast border.The water aids in keeping the temperature reasonably steady throughout the day.The specific heat capacity of water is higher than many other substances. This implies it requires a significant amount of heat energy to increase its temperature.This characteristic causes the heat to be absorbed by the moisture in the air rather than evaporate into the surroundings.This regulates the temperature in the southern region of Texas and minimizes the range of temperature fluctuation.Read more about temperature ranges from:
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koppen's climate classification makes use of a 3 letter code. for example, the humid subtropical climate has the letter code of cfa. what do each of the letters reference?
Local vegetation is used by the Köppen climate classification system to categorize climate zones globally.
Group A of the Köppen climatic classifications describes a tropical climate with average monthly temperatures of at least 18 °C (64.4 °F) and heavy precipitation.
Group B: Climates with little precipitation that do not match the polar (EF or ET) criterion of no month with an average temperature higher than 10 degrees Celsius are described as arid (50 degrees Fahrenheit).
Group C includes temperate climates. Group D includes continental climates, where at least one month's average temperature is below zero and sites are required to have both a dry summer (Cs) and a dry winter (Wd) (Cw).
Group E: Alpine and polar climate
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The prevailing winds in the northern sub-tropical region (0-30 N) tend to blow in
which direction?
a. From the northeast to the west (the trade winds)
b. From the west to the east
c. No change, they are constant
Answer:b. From the west to the east
Explanation:
a good research question should be focused. Which of these potential topics is well-focused rather than too broad?a. The dietary preferences of flying insectsb. The impact of global warming on monarch butterfly migrationc. Identifying North American butterflies and mothsd. Butterfly and caterpillar colors: their chemistry, structure, and purposee. The worldwide distribution of prehistoric insects
Focus is key to a successful research question. These possible subjects' coverage of the eating habits of flying insects is well-targeted rather than overly general.
The topic of flying insect food choices is narrowly focused.
Monarch butterfly migration and the effects of global warming is a quite vast subject.
Identification of butterflies and moths in North America is a vast issue of that includes several aspects of species evolution.
The chemistry, structure, and functions underlying the colors of the butterflies and caterpillars may span the whole chemical and structural spectrum.
A vast subject, the global distribution of ancient insects. Focus is key to a successful research question. These possible subjects' coverage of the eating habits of a flying insects is well-targeted rather than overly general.
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The ue of the Euro and the removal of trade barrier in the European Union ha created what?
Euro peans throughout the middle ages started to trade often in small markets and at the bigger, less frequent fairs held in towns and capitals.
Both of them were established with the consent of the local church leaders and council members, who in turn promoted a developing trade-based economy. In the European Union (EU), all border restrictions on the movement of capital, labor, and capital products had been lifted by 1993. To ensure that there are no trade obstacles, even items like consumer protection regulations and the sorts of connectors needed to plug in appliances have been standardized. A trade pact was reached by all of the members of the European Union as well as a number of non-EU countries, creating the European Single Market. As the Single Market developed, it became A worldwide economic behemoth that could compete more successfully than its constituent countries alone. The EU negotiates contracts on behalf of its member nations and is in charge of their trade policies. In international trade discussions, the EU's collective voice is more influential than the voices of its individual members. To negotiate trade agreements, the EU actively works with nations or regional organizations.
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how was china's experence with european imperilism similar or differemt from that of africa and india
Answer:
Imperialism in India was very similar to imperialism in Africa. In a photo, an Indian servant is giving a British man a pedicure while another reflects the sun onto him. Like in Africa, the British that imperialized India were very forceful and treated the Indians like their servants.
Explanation:
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identify a negative effect of increasing pest populations in forests or agricultural areas.
Answer:
Pests would destroy the plant life and the environment they are taking place in.
Explanation:
because the damage to plants caused by competition from weeds and by other pests like viruses, bacteria, fungi, and insects. They could efficiently destroy crops like its nothing!
1. occasionally, a layer of cool air forms under a layer of warmer air in the troposphere. this change from the normal temperature profile in the troposphere is called a
On occasion, in the troposphere, a layer of cool air develops beneath a layer of warmer air. A thermal inversion is the name given to this deviation from the typical temperature profile in the troposphere.
When the warmer layer of air is above the cold layer, which is not typically the case, this is known as a thermal inversion or change in the location of the air layer. It occurs when the typical temperature gradient changes, or when the gradient is inverted. These thermal inversions can happen in oceanic regions where there is significant upwelling close to the coast. When the sun's radiation is lower than the earth's radiation, as it is at night, thermal inversion also happens. These inversions have significant implications, particularly for the air quality in polluted environments like cities. Wintertime inversions are the strongest and can be hazardous because of the low air quality, as indicated by the AQI (Air Quality Index). The risk of breathing in bad air, or worse air, increases as the AQI index rises.
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Which branch checks officials appointed by the president can be forced to answer questions from the congress
Senate branch checks officials appointed by the president can be forced to answer questions from the congress.
The Executive branch is viewed as headed by the president. The ability of one branch of government to limit the power of others is referred to as a "check" in government.Congress is a branch of the legislature. The president can stop the Congress from passing a law proposal because he or she has the right to veto it.
Justices of the Supreme Court are members of the judicial branch. By having the option to pick the Judges, the president can impact individuals that will go with the choice on the off chance that individuals from government authorities participated in a contention.
DISCLAIMER: The question is incomplete.
Which branch checks officials appointed by the president can be forced to answer questions from the congress?
-Senate
-Prime minister
-Chief Executive
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During the generativity versus stagnation phase, adults feel a need to give back to society, often by raising children.T/F
Adults sense a need to contribute back to society during the generativity versus stagnation period, frequently through raising children.
In general, adults who want to contribute something worthwhile to the next generation are happier with their lives. According to Erik Erikson, the seventh stage of psychosocial development is a contest between generativeness and stagnation. Adults in this stage frequently parent, give back to the community, or effect other positive changes in an effort to create or nourish things. Low-quality connections: Stasis may be the outcome of low-quality social interactions because the growth of generativity is connected to positive relationships with others. As people age, this may become a concern because social connections are crucial for aging healthily. When midlife transitions occur, a 40-year-old might generally reflect on his life and achievements and engage in introspection. They would also consider what needed to be done next in the future. It offers a success or failure to this transition in generativity versus stagnation.
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which layer of the sun has a temperature of about 4500 degrees kelvin and is reddish-orange in color? group of answer choices photosphere chromosphere corona convective zone radiative zone
The layer of the sun has a temperature of about 4500 degrees kelvin and is reddish-orange in color and is called Photosphere.
The majority of the Sun's light that directly reaches Earth is emitted from the photosphere, the visible surface of the Sun. The photosphere's edge seems sharp because the Sun is so far away, but in reality, the Sun has no surface since it is too hot for matter to exist in any other state than plasma, which is a gas made up of ionized atoms.
Most photons, the quantum carriers of light energy, are thought to escape off the Sun's "surface," according to scientists. Thus, the photosphere is a layer that is around 250 miles (400 km) thick. From 4,400 kelvins "(K; 4,100 °C; 7,400 °F)" at the top to 10,000 K "(9,700 °C; 17,500 °F)" at the bottom, this layer has a temperature range.
Beyond this range, photons cannot escape without absorption and reemission. The ionized gas has a density that is around one-thousandth that of the air at the surface of the Earth, but it is considerably more opaque due to the high light absorption by the hydrogen ions.
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Earth is closer to the Sun in January than in July. Therefore, in accord with Kepler's second law, (a) Earth travels faster in its orbit around the Sun in July than in January. (b) Earth travels faster in its orbit around the Sun in January than in July. (c) it is summer in January and winter in July.
Answer:
option (b)Earth travels faster in its orbit around the Sun in January than in July.
Explanation:
KEPLER ’S SECOND LAW DESCRIBES THE WAY AN OBJECT ’S SPEED VARIES on ITS ORBIT
A earth’s orbital speed changes, depending on how far it's from the Sun. The closer a earth is to the Sun, the stronger the Sun’s gravitational pull on it, and the briskly the earth moves. The further it's from the Sun, the weaker the Sun’s gravitational pull, and the slower it moves in its route.
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microfossils, such as pollen or foraminifera, are very important to climate scientists. describe how data from microfossils are used in the modern analog method for paleoclimate reconstruction.
This microfossil had cell walls with a complicated morphology.
Since science students learn best by seeing things with their own eyes, microfossils are an essential class of fossils that are highly helpful in the classroom and important to climate scientists.
Additionally helpful are microfossils in the mining, geology, engineering, and other environmental-related industries. Sedimentary rocks always include significant numbers of microfossils. For instance, sedimentary rocks composed of the shells of foraminifera, a significant group of microfossils, are used to create the Egyptian pyramids. Microorganisms found in fossilized materials include It is known that bacteria, protozoa, and fossilized protozoa have complex exterior barriers.By finding cold-water foraminifera of the same age elsewhere in the oceans, scientists can construct maps showing where cold water existed at various points in the Earth's history. The microfossils themselves can speak volumes about the chemistry and temperature of the ocean.
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scientists claim that south america was part of a large landmass called gondwana, which included antarctica and australia. which law or theory supports the claim?
The law or theory supports the claim of scientists that claim that south america was part of a large landmass called gondwana, which included antarctica and australia is The continental drift law
Law of continental driftContinental drift is one of the earliest theories proposed by geologists for how continents might shift through time. The science of plate tectonics has now supplanted the theory of continental drift. The idea of continental drift is most directly related to the scientist Alfred Wegener. In the early 20th century, Wegener published a paper describing his theory that the continents were "drifting" over the surface of the Earth, periodically crashing through oceans and into one another.
Gondwanaland, a vast continent that includes Antarctica, South America, Africa, India, and Australia, was created about 200 million years ago. There was no ice sheet, and trees and huge animals were in plenty.
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how do erosion and deposition work together to form sand dunes? waves cause erosion along coastlines and deposit sand away from the shore. erosion occurs as surface water carri
Waves cause erosion along coastlines and deposit sand away from the shore. - Erosion occurs as surface water carries sediment and the sediment is deposited near oceans and lakes
Erosion is the action of surface processes (such as water flow or wind) that remove soil, rock, or dissolved material from one location on the Earth's crust and then transport it to another location where it is deposited. Erosion differs from weathering, which involves no movement. The removal of rock or soil as clastic sediment is called physical or mechanical erosion; this contrasts with chemical erosion, where soil or rock material is removed from an area by dissolution. Eroded sediment or dissolved substances may be transported only a few millimeters or thousands of kilometers.
Agents of erosion include rainfall; erosion of bedrock in rivers; coastal erosion by sea and waves; plucking glaciers, abrasion and abrasion; widespread flooding; wind abrasion; groundwater processes; and mass movement processes in steep landscapes, such as landslides and debris flows. The rates at which such processes operate govern how quickly the surface is eroded. Physical erosion usually occurs most rapidly on steeply sloping surfaces, and the rate may also be sensitive to some climate-controlled properties, including the amount of water supplied (eg, some ice-related processes).
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which of the following is the smallest? a. a cloud droplet b. a hailstone c. a snowflake d. a rain droplet
The smallest here would be the cloud droplet. Option A
What is a cloud droplet?Water vapor that has condensed onto condensation nuclei is what makes up a cloud droplet. A cloud is created when several cloud droplets come together.
Size is the main distinction between a cloud drop and a rain drop. The volume of a normal rain drop is one million times more than that of a cloud drop. Therefore, a raindrop is made up of numerous cloud droplets. Cloud droplets that collide and merge together can become raindrops.
When airborne water vapor condenses into observable water droplets or ice crystals, clouds are created.
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Please help me
Thank you
Gangs of men connected to Thomas Edison would knock on doors of independent film studio and threaten hem over patents. This shrewd action caused this era to me known as Patent Wars era.
What is Patent Wars?A "fight" to gain patents for legal action, either offensively or defensively, is known as a "patent war" between businesses or individuals. The biggest technology and software companies in the world are engaged in ongoing patent warfare.
The innovative study in the documentary on patent wars reveals who benefits from intellectual property and who is responsible for its economic and societal repercussions.
However On October 17, 1888, Thomas Edison submitted a proviso to the Patents Office in an effort to safeguard his future innovations. In it, he outlined his plans for a machine that would "do for the vision what the phonograph does for the ear"—record and reproduce moving objects.
Therefore the era referred as known as Patent Wars Era.
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how do we see the diff lunar phases on earth
Answer:
by the moon turning.
Explanation:
In the course of one month the Moon passes through all four phases. The Moon itself does not generate light; it is lit up by the Sun. Its looks like a shining rock up in the sky. As the Moon orbits the Earth, only one part of the moon is visible sometimes. And we can't see part of it because of the shadows. Giving rise to the phases of the Moon.
what tectonic setting is responsible for the folded mountains of pennsylvania and the high himalaya? group of answer choices hot-spot push-together subduction pull-apart push-together obd
Convergent plate boundary is responsible for the folded mountains of pennsylvania and the high himalaya.
What is Convergent plate boundary ?
An area where two plates converge is referred to as a convergent border.The borders of one or both colliding plates may bow up into mountain ranges as a result of the impact, or one plate may bend downward into a deep undersea trench.What are three convergent boundary examples?
Examples. The Himalayas are being created as a result of the collision of the Indian and Eurasian plates. The Aleutian Islands are the result of the northern portion of the Pacific Plate subducting beneath the NW North American Plate. The Andes were created by the subduction of the Nazca Plate beneath the South American Plate.To know more about Convergent plate,checkout this link:
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Please answer fast
1. Explain why you think the ancient Romans and Greeks used mythology to tell the story of volcanoes.
2. What are rift volcanoes? How do they form? What are cinder cones?
3. Identify and describe pyroclastic rocks.
4. Identify the different types of volcanoes and describe their unique characteristics.
Answer:
The ancient Romans and Greeks likely used mythology to tell the story of volcanoes because it was a way for them to explain natural phenomena that they did not understand. In ancient times, people often attributed natural events to the actions of gods and other supernatural beings. By using mythology to tell the story of volcanoes, the Romans and Greeks were able to provide a narrative for why volcanoes erupted and how they were created.Rift volcanoes are a type of volcano that forms along a rift zone, which is a crack in the Earth's surface. They typically have a long, narrow shape and are formed when the Earth's crust stretches and thinning, allowing magma to rise to the surface and create a volcano. Cinder cones, on the other hand, are small, steep-sided volcanoes that are formed when lava is ejected from a single vent. They are made up of pyroclastic material, such as ash and cinders, which are blasted into the air and fall back to the ground, forming a cone-shaped volcano.Pyroclastic rocks are a type of rock that is formed from fragments of material that are blasted into the air by volcanic eruptions. These fragments can include ash, cinders, pumice, and other materials that are created when magma is violently expelled from a volcano. Pyroclastic rocks are commonly found near volcanoes and can provide important clues about the nature and history of volcanic eruptions.There are several different types of volcanoes, each with its own unique characteristics. Some of the most common types include shield volcanoes, which are broad, gently sloping volcanoes formed from basalt lava flows; stratovolcanoes, which are steep, cone-shaped volcanoes formed from alternating layers of lava and ash; and calderas, which are large, circular or oval-shaped depressions formed when the ground collapses following a volcanic eruption. Other types of volcanoes include cinder cones, lava domes, and submarine volcanoes, which are volcanoes that form beneath the ocean's surface.which reason most likely explains why farmers are no longer encouraged to plant kudzu to prevent soil erosion?
There are a few possible reasons why farmers may no longer be encouraged to plant kudzu to prevent soil erosion:
Invasive species: Kudzu is a fast-growing, invasive plant species native to Asia that was introduced to the United States in the late 1800s. It is known for its ability to quickly spread and overtake native vegetation, making it difficult to control. As a result, kudzu is often considered a nuisance and has been classified as a noxious weed in some areas. Its ability to outcompete native plants can also have negative impacts on local ecosystems and biodiversity.Alternative methods: There are many other methods that farmers can use to prevent soil erosion, such as terracing, contour plowing, cover cropping, and the use of erosion control blankets or mulch. These methods may be more effective or more sustainable than planting kudzu, and may be preferred by farmers for this reason.Public perception: Kudzu has a negative reputation in some areas, and its association with soil erosion may contribute to this negative perception. Some people may view kudzu as an invasive or undesirable plant and may be opposed to its use as a means of preventing soil erosion.It is likely that farmers are no longer encouraged to plant kudzu as a primary means of preventing soil erosion due to its potential negative impacts on the environment and its reputation as an invasive species.
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Which Pacific South American country had its democratically elected
government replaced by military leaders supported by the United States?
A. Chile
OB. Peru
OC. Ecuador
OD. Bolivia
Answer:
The correct answer is A. Chile. In 1973
Explanation:
The democratically elected government of Chile led by Salvador Allende was overthrown by a military coup supported by the United States. The new military government, led by General Augusto Pinochet, implemented harsh authoritarian policies and suppressed political opposition, leading to widespread human rights abuses.
end of semester test: michigan world history and geography b what was the impact on religion of the scientific discoverieces
The impact on religion of the scientific revolution is as the church's influence declined in Europe, science started to shift toward a secular perspective.
What is the impact religion to the scientific revolution?Science shifted from being dependent on faith to being more fact- and logic-based by excluding religion from the discussion. This change allowed for a wealth of new scientific understandings of the natural world. Science has no limits in its understanding of the natural world when religion was not a hindrance. The series of scientific advancements in the seventeenth century altered the power dynamics in the West and challenged the church's dominance as the most important institution by casting doubt on the veracity of Christian ideas and presenting evidence that was in direct opposition to them.
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if an event were to take place on the sun, how long would it take for the light to reach us?
8 and 1/3 minutes
The Sun is 93 million miles away, so sunlight takes 8 and 1/3 minutes to get to us.
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50 POINTS WILL GIVE BRAINLIEST Before becoming democracies in the late 20th century, most Atlantic South
American countries had which form of government?
O A. Oligarchy
OB. Dictatorship
OC. Theocracy
OD. Monarchy