Answer:
A. conducting free trade between member nations
Explanation:
The E.U was made for safeguarding the interests of its member nations and includes more than 28 nations and many powerful countries in Europe that have free and fair access to the trade of goods ad services with no hidden costs. They have maintained a supranational entity as a country and have economic integrity within the continent.A i just took the test
A proposed invention that would create an infinite amount of energy without any inputs would violate:____.
A proposed invention that claims to create an infinite amount of energy without any inputs would violate the law of conservation of energy.
The fundamental laws of physics and thermodynamics would be broken by a proposed invention that asserts to generate an infinite amount of energy devoid of any inputs. The first law of thermodynamics also referred to as the law of energy conservation, states that energy can only be changed from one form to another and cannot be created or destroyed.
This idea has strong scientific backing and is generally accepted. This law would be broken and the conventional wisdom regarding energy conservation would be questioned by any device or invention that asserts to be able to generate infinite energy without any input. It would require a seismic shift in our understanding of the universe's governing laws as well as a revolution in scientific knowledge.
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In finland , during what season does the weather get cool and wet?
Answer:
Finnish winters are snowy, wet, and cold. Lapland experiences snowy conditions from October through May, while southern Finland is a bit more mild, experiencing four to five months of winter. Despite the weather, winter is one of the most popular times to visit Finland.
Explanation:
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Which county receives the least amount of rain each year in georgia
Answer:
The place with the lowest precipitation on earth is Arica, a port city in Chile
the thermal energy that drives the storms in jupiter's atmosphere is thought to come from where
The thermal energy that drives the storms in Jupiter's atmosphere is thought to come from the planet's core.
Jupiter is a gas giant and has no solid surface. Instead, the core of Jupiter is composed of a hot, dense mixture of hydrogen and helium gases, which are heated by the decay of radioactive elements. This heat creates convection currents within the atmosphere, which then power the storms.
The heat also causes huge amounts of water vapor and other gases to rise up to the upper atmosphere, where it condenses into clouds and forms the storms. The storms are further energized by the planet's rapid rotation, which generates a powerful Coriolis force. This force causes the storms to move in a circular motion, creating the raging winds and turbulent weather that define Jupiter's atmosphere.
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Submit your answers to the following 5 questions via dropbox. Each question is worth 4 points: 1) What does the sediment size indicate about the energy of the sedimentary environment? What types of sediment would you expect to find in neritic vs pelagic areas? 2) You are studying the sediment at the bottom of the Mariana Trench. What kind of sediment would you expect to find and why? It can be multiple origins of sediment so make sure to list all that can be found there and why? 3) What are the four different types of marine sediment? How do they originate? 4) What kind of clues can studying marine sediment tell us about the ocean? Explain each clue, don't just list them. Tell me more about each clue. For example don't just say marine organism distribution. What does that mean and why can we know that by studying the sediment? 5) Using the different ocean provinces, explain what types of sediment you would find in each part and why. Explain all characteristics of the types of sediment you would find (origin, texture, size, etc.) Additional Content? You can add text and bles that support your answers.
In high-energy environments, such as near shore or in turbulent waters, you would expect to find Signpost coarser sediments like sand and gravel. In low-energy environments like deep ocean basins, finer sediments like silt and clay are more common.
Neritic areas, which are shallow nearshore areas, would typically have coarser sediments due to the higher energy levels, while pelagic areas, which are deeper and farther from shore, would have finer sediments due to lower energy levels. At the bottom of the Mariana Trench, you would expect to find mainly fine-grained sediments like clay and silt. This is because the trench is located in a deep, quiet, and remote area of the ocean, where the energy levels are extremely low. Sediments from various origins can be found.
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Check the divisibility of 86, 190 by 3
Explanation:
to check if a number is divisible by 3 add all the numbers in a term here it is 86 so 8+6=14 and 14 is not divisible so therefore not divisible and 190 1+9+0= 10 Nd 10 is not divisible by 3 so both number is not divisible by 3
What was Willam Cockerill's role in the spread of industrialization?
He established the first railroad in Great Britain.
He helped bring industrialization to continental Europe.
He pioneered manufacturing methods in the United States.
He developed efficient coal mining techniques.
Answer: Number 2
Explanation:
William Cockerill's role in the spread of industrialization was that he helped bring industrialization to Europe.
Willam Cockerill was a British carpenter who left the Britain to spread the knowledge of industrialization in continental Europe.
He started a cotton spinning mill in Belgium. Later he founded many companies in the area of textile, metal works, military arms etc.
Therefore, Willam Cockerill spread of industrialization by bringing industrialization to continental Europe.
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which are the famous iron ores in india?
Answer:
Types of iron ores in India are:
-Haematite
-Magnetite
-Limontite
-Siderite
explain how the downslope, cool wind and upslope, warm winds develop in the early hours of the morning
Answer:
explain how the downslope, cool wind and upslope, warm winds develop in the early hours of the morning
Explanation:
when rain comes
Valley's b) Give three theories that explain the formation of Foid Mountains
Theories that explain the formation of the Fold Mountains are as follows:
Fold mountains are created where two or more of Earth's tectonic plates are pushed together. At these colliding, compressing boundaries, rocks and debris are warped and folded into rocky outcrops, hills, mountains, and entire mountain ranges. Fold mountains are created through a process called orogeny.Fold mountains are created in which or extra of Earth's tectonic plates are driven together. At those colliding, compressing limitations, rocks and debris are warped and folded into rocky outcrops, hills, mountains, and whole mountain degrees. Fold mountains are created through a technique known as progeny.
Fold mountains are fashioned by using the results of folding on layers within the upper part of the Earth's crust. earlier than the improvement of the idea of plate tectonics and before the internal architecture of thrust belts have become well understood, the term become used to explain most mountain belts, e.g. the Himalayas.
Mount Everest, placed in the Himalayan range, is a fold mountain and is the very best mountain not handiest in Asia, but in the world at 8849 meters above sea stage.
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IDENTIFY THE GEOGRAPHICAL FEATURES BY USING KEYWORDS IN THE LIST
[Mountains, Rivers, Valley, Glaciers, Delta Plain, Tributary, Narrow Garge or Canyon, Flatlands,
Himalaya Mountains, Ganges River plains, Panjab Region Valleys, Delta Regionin the Sindh]
Answer:
Himalaya Mountain -Mountain
Ganges River Plains - Flatlands
Panjab Region Valleys-Valley
Delta Region in the Sindh - Delta
What would be the altitude and azimuth of Polaris (north star) from our latitude of 43 degrees North?
From the latitude of 43 degrees North, the altitude of Polaris would be 47 degrees and its azimuth would be 0 degrees (or 360 degrees).
To find out the altitude and azimuth of Polaris (north star) from a certain latitude, in this case 43 degrees North, we can use the following formulae:
Altitude of Polaris = 90° - latitude of observer
Azimuth of Polaris = 0° or 360°
Since Polaris is located almost directly above the Earth's North Pole, its altitude above the horizon will be equal to the observer's latitude. Therefore, in this case:
Altitude of Polaris = 90° - 43° = 47°
The azimuth of Polaris is always due north and hence it is equal to 0° or 360°.
So, Azimuth of Polaris = 0° (or 360°).
Therefore, from the latitude of 43 degrees North, the altitude of Polaris would be 47 degrees and its azimuth would be 0 degrees (or 360 degrees).
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What role does the atmosphere play in protecting the earth?.
Answer:
The atmosphere protects the Earth from radiation and cosmic rays coming from the outer space. The ozone layer in the Earth's atmosphere protects the Earth from harmful ultraviolet radiations. The dense layers of molecular gases absorb the cosmic rays, gamma rays, and x-rays thereby blocking most of the harmful effects.
Explanation:
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What is the link between land and culture in Mexico?
"Citizens of Mexico highly value their nation, independence, and community. Their culture is a composite of influences handed down by countless civilizations. From the early Mesoamerican civilizations to the diverse populations that live there today, Mexico’s citizens have remained proud of their heritage and their country.
Many rural communities maintain strong allegiances to regions, often referred to as patrias chicas (small homelands). The large number of indigenous languages and customs in these regions, especially in the south, naturally accentuate cultural differences. However, the indigenismo (ancestral pride) movement of the 1930s played a major role in unifying the country and solidifying national pride among the various populations".
Catholicism has become the dominant Mexican religion since first being introduced during Spanish colonization in the 16th century. Currently, more than 75 percent of Mexico’s population is Catholic, making Mexico the second-largest Catholic country in the world after Brazil. During the Mexican Revolution of 1917 and the administration of President Plutarco Elías Calles (1924 – 1928), there was a strong anti-clerical movement. This idea became less prevalent between 1940 and 1960. That era saw a boom in the construction of new churches.
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What is the displacement of a fault?
Displacement, the separation between the offset marker's two ends, measured along the fault surface in the slip direction.
Over geologic time, most faults cause repeated displacements. The rock on one side of the fault abruptly slips in relation to the other during an earthquake. The fault surface may be vertical, horizontal, or at any other arbitrary angle.
The cumulative motion of the hanging wall over the footwall causes displacement even though slip along the fault changes instantly at the fault bend.
Extensional faults, regardless of their orientation with respect to the horizontal, cause the layers they cut to extend as a result of their displacement. Normal faults are dip-slip faults where the footwall and hanging wall have both descended relative to one another.
There are two types of displacement reactions namely Single displacement reaction and Double displacement reaction.
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The shapes and forms of land have affected where people
O A. don't live
O B. live
O C. travel
D. All of the above
When studying the Calumet region of Illinois and Indiana, Alfred Meyer noted four stages of development as new groups occupied this land. In stage 1, __________, Native American communities made use of natural resources.
Answer:
fur trading
Explanation:
Before the Europeans settled in the Calumet region, the area was inhabited by many Native Americans. It thus became essential to study these tribes in connection to the area's development over time. According to Alfred Meyer, a German writer, the first stage is "fur trading." The Native Americans used their natural resources such as animal furs in trading with different nations. It became their primary source of livelihood and it also became a popular fashion for the Europeans they traded with. Later on, it also became a cause of competition between English and French.
Answer:
fur trading
Explanation:
In the diagram, is perpendicular to . Create and , and measure their lengths. How do the lengths compare?
Answer: The line segments are equal in length: AC = BC = 5.
Explanation:PLATO ANSWER
Answer:
The line segments are equal in length: AC = BC = 5.
Explanation:
Exact answer from edmentum
Summarize depositional and erosional processes that lead to the great variety of coastal landforms that we have today and that were cover in this prelab. Provide examples.
Overall, the combination of depositional and erosional processes leads to a great variety of coastal landforms. For example, the beaches of Florida's Gulf Coast are formed by depositional processes, while the sea stacks and cliffs of California's Big Sur coastline are formed by erosional processes.
Coastal landforms are shaped by both depositional and erosional processes. Depositional processes involve the accumulation of sediment in a particular area, while erosional processes involve the removal of sediment from an area. Depositional processes can lead to the formation of beaches, sandbars, and barrier islands. Beaches form when waves bring sediment to the shore and deposit it in a sloping area. Sandbars form offshore as sediment accumulates in shallow areas. Barrier islands form parallel to the coast and are composed of sand and other sediments that have been deposited by waves and currents. Erosional processes can lead to the formation of cliffs, sea stacks, and sea caves. Cliffs form when waves erode the base of a rock formation, causing it to collapse. Sea stacks are isolated rock formations that have been eroded by waves and are left standing in the water. Sea caves are formed when waves erode softer rock and create a hollow space. Overall, the combination of depositional and erosional processes leads to a great variety of coastal landforms. For example, the beaches of Florida's Gulf Coast are formed by depositional processes, while the sea stacks and cliffs of California's Big Sur coastline are formed by erosional processes.
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1. Discuss the relationship between data type, visual perceptions, visual variables and type of maps.
Data type, visual perceptions, visual variables, and types of maps all interrelate in the process of effectively communicating spatial information. This relationship determines how data is visually represented and consequently interpreted in different map types.
In the realm of data management and computer science, a data type is a classification that specifies the type of value that a variable can hold, and it determines the operations that can be done on the data. Data types are fundamental in creating a set of rules for programmers and systems to manage and manipulate data efficiently. Common data types include integers, floating-point numbers, and booleans, which represent true or false values. Character or string data types hold sequences of characters, useful for text. Arrays are collections of elements of the same data type. More complex data structures, like lists, trees, and objects, also constitute data types in higher-level languages.
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The Chao Phraya River is considered an artery because __________.
A. it flows from south to north
B. it is used to transport people and goods
C. it has many waterfalls
D. it starts high in the mountains
Answer: B. It is used to transport people and goods
Explanation: Good luck! :D
Answer:
B
Explanation:
100 % 0n edge
15. In the mid-1900s in the US, the accessibility of
led to the growth and expansion of
a. automobiles; suburbs
b. railroads; cities
C. cargo ships; rural areas
d. public transportation: CBD
Answer:
The National Setting By 1900 the American nation had established itself as a world power. ... Collection The Life of a City: Early Films of New York, 1898 to 1906
How is the erosion of a beach during a hurricane similar to the eruption of a volcano?
Answer:
Erosion is the wearing down of soil or rock by the action of wind, rain, rivers, ice and gravity. A volcanic eruption produces lava, ash and gases. ... Volcanoes cause limited erosion directly; the underside of a new lava flow scours topsoil or loosely consolidated sediments.
Explanation:
What happened after the 1986 nuclear accident in the Soviet Union?
Answer: The accident caused the largest uncontrolled radioactive release into the environment ever recorded for any civilian operation, and large quantities of radioactive substances were released into the air for about 10 days. The Soviet government also cut down and buried about a square mile of pine forest near the plant to reduce radioactive contamination at and near the site. Chernobyl's three other reactors were subsequently restarted but all eventually shut down for good, with the last reactor closing in December 2000. It also contributed to the demise of a political system.
Wildfires are not the only natural disaster happening in the news. What else have you been reading about or hearing about in the news?
Answer:
MURDER,WILDFIRES, BLM, Cancer,& famous people who died
Explanation:
MURDER,WILDFIRES, BLM,Cancer,& Famous people who died
native americans produced petroglyphs by etching into ________.
Native Americans produced petroglyphs by etching into rock surfaces.
Petroglyphs are rock carvings or engravings made by Native Americans and other indigenous cultures. They were created by etching or carving into the surfaces of rocks, typically using stone tools or other sharp objects. Petroglyphs can be found on various types of rock, including cliffs, boulders, and cave walls.
The etchings often depict various symbols, animals, human figures, and geometric patterns that hold cultural, spiritual, or historical significance. Petroglyphs served as a means of communication, storytelling, and recording important cultural events and traditions for Native American communities.
They are valuable archaeological and cultural artifacts that provide insights into the rich history and artistic expressions of indigenous peoples.
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suppose that f has a bounded derivative on r. determine whether f must be uniformly continuous on r, giving reasons
If a function f has a bounded derivative on an interval R, then f is uniformly continuous on R.
To see why, we can use the Mean Value Theorem (MVT) to show that the difference quotient of f is bounded on R, which implies that f is Lipschitz continuous, and therefore uniformly continuous.
By the MVT, for any x and y in R, there exists some c between x and y such that
f(y) - f(x) = f'(c)(y - x)
Since f'(x) is bounded on R, say |f'(x)| <= M for all x in R, we have
|f(y) - f(x)| = |f'(c)(y - x)| <= M|y - x|
This shows that the difference quotient of f is bounded on R by M, which is a constant that does not depend on x and y. Therefore, f is Lipschitz continuous with constant M, which implies that f is uniformly continuous on R.
In summary, if f has a bounded derivative on an interval R, then f is uniformly continuous on R, by the argument above.
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In january, earth’s rotation axis points in the direction of the star polaris. Where does it point in july?.
In January, earth’s rotation axis points in the direction of the Star Polaris. In July it will point towards the star Polaris.
What is Polaris?
The brightest star in the constellation Ursa Minor, the small celestial bear, is Polaris, which is currently the north star or pole star. Around 70 million years ago, a gas and dust-rich interstellar medium gave rise to the Polaris star system. The brightest star in the constellation of Ursa Minor, Polaris, and its two smaller companions were created as a result of gravitational pulling together of swirling gas and dust. Polaris would eventually take on the role of our Earth's north pole star. Polaris is more than 50 times bigger than our Sun, and is more massive.
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What is the most likely reason why a region is higher than adjacent regions?.
One possible reason why a region is higher than adjacent regions is due to the process of tectonic uplift. Tectonic uplift is the movement of the Earth's crust that results in the elevation of land. This can be caused by a variety of factors, including the collision of tectonic plates, volcanic activity, and the erosion of rock and sediment.
Tectonic plates are huge slabs of rock that make up the Earth's crust. When two plates collide, they can buckle and push upward, causing the land above them to rise. This can create mountains, plateaus, and other high-elevation regions. Similarly, volcanic activity can create new land by adding lava and other materials to the surface. Over time, this can build up and create a higher elevation than surrounding areas.
Finally, erosion can also contribute to tectonic uplift. As rock and sediment erode away, the pressure on the underlying rock decreases. This can cause the rock to rebound and rise upward, creating a higher elevation than the surrounding area.Overall, the most likely reason why a region is higher than adjacent regions is due to the forces of tectonic uplift. While there are other factors that can contribute to the elevation of land, tectonic uplift is one of the most common and significant.
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severe thunderstorms are defined as having one or more of these features: hail at least one inch in diameter wind speeds of at least 58 mph tornadoes group of answer choices true false
The given statement "severe thunderstorms are defined as having one or more of these features " is True because Severe thunderstorms refer to any thunderstorm containing one or more of the following features
These features all have the potential to cause significant destruction and disruption, and the thunderstorm is referred to as severe because of the greater potential for such destruction.
Severe thunderstorms can also contain heavy rains, frequent lightning, and strong winds. They cause significant damage to structures, uproot trees, create flash flooding, and can cause power outages. In addition to these dangers, these storms can also cause property damage and loss of life.'
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