The region of colonial North America under Great Britain's control on this map is denoted by the number: 4
Along the Pacific Ocean's eastern coast of North America were the thirteen original colonies. This makes sense because it was the first place the colonists from Great Britain arrived. Because of the harsh weather and living conditions, colonists initially chose not to move west.The thirteen initial colonies under Great Britain's control were: Massachusetts, New Hampshire, Rhode Island, Connecticut, New York, Pennsylvania, New Jersey, Delaware, Maryland, Virginia, Carolina del Norte, Carolina del Sur, and Georgia are the states that fall under this category.
The Massachusetts Bay colony, the New Hampshire colony, the Connecticut colony, and the Rhode Island colony were the four North English colonies. Delaware, New York, Pennsylvania, and New Jersey were the Middle English colonies. Maryland, Virginia, North Carolina, South Carolina, and Georgia were the Southern English colonies.
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What did George Washington say about freedom of religion?
George Washington say about freedom of religion President George Washington delivered several bits of advise to the nation in his farewell speech. Avoid forming political parties or factions of any kind.
Washington thought that political parties would simply exacerbate societal division among Americans. He believed that these organisations would exacerbate rather than resolve the problems. Washington foresaw the potential for internal strife within the united states and advised against the formation of political parties as well as.
The establishment of long-term foreign alliances. He thought that if the US formed foreign alliances, it may become involved in the politics and conflicts of other countries, which could result in expensive entanglements and a loss of independence and the Additionally, he cautioned against the development of political parties since he believed that doing so would produce divisions within the nation, could spark civil upheaval, and could ultimately lead to the dissolution of the union.
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What is the difference between southern farms and plantations?
A farm's primary goal was typically subsistence farming. A plantation, on the other hand, was primarily concerned with producing cash crops, with enough staple foods produced to sustain the estate's residents as well as the cattle.
Southern Farms, which is located on the original Schuitdrift farm, is now the SCMM stable's top producer. Its construction, which was started on undeveloped land, was the first farm specifically built for growing table grapes on the Orange River, producing some of the earliest table grapes in Southern Africa. On Southern Farms, the majority of cultivars are grown, with a current emphasis on novel varieties.
In addition to producing dates, Southern Farms is poised to grow into one of the Southern Hemisphere's largest date farms. Dates such as Medjool and Zamli are grown.
Cash crops may be grown with great success in the South thanks to its environment. Plantations, as opposed to tiny, subsistence farms, were built to raise cash crops for the market. The plantation system was a forerunner of capitalism.
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Which egg is better in Great Gatsby?
Jay Gatsby resides on Long Island in West Egg. East Egg is located just across the water from West Egg. West Egg was known as "new money," but East Egg was a more socially acceptable neighborhood. East Egg residents were born into riches.
While both East and West Egg are prosperous neighborhoods, families with inherited wealth, or "old money," choose to live in the more fashionable East Egg.
Gatsby's mansion is in West Egg, which Nick, realizing he is oversimplifying, defines as 'the least fashionable' of the two, although he adds that the distinctions between the neighborhoods are 'bizarre and not a little evil'.
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Which of the following most likely accounts for acid precipitation occurring far from its point of origin, as indicated by the map
As indicated by the map precipitate production in a chemical reaction indicates that the reactants have not been fully transformed into the product and are not readily soluble in the solvent used.
Furthermore, because solubility product indicates the degree of solubility of the reactants, it is smaller than the ionic product for the specific salt or reactant. Therefore, portion of the reactant is left unreacted and undissolved when the precipitate is formed. The icons on the weather map are used to represent the pressures and temperatures in various zones.
The meanings of the symbols on the weather map
Low pressure zone is represented by the letter L.
H: The high pressure zone is represented by this symbol. A chemical reaction between a liquid solution and a precipitant always results in the development of a precipitate. The abrupt appearance of solid particles in a liquid sample during an experiment is a clear indication that a reaction has taken place. Precipitates have a variety of characteristics, including colour and size.
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What were vaults used for in ancient Rome?
Answer:
build spectacular structures such as the pantheon or the colloseum
Explanation:
Identify a predator from an Ethiopian Highlands ecosystem.
How else can this animal be classified in terms of feeding
relationships?
What is its prey? How else can its prey animal
be classified in terms of feeding relationships?
need help pls !! asap, i'll mark you as brainliest (to help you out, the predator is the Ethiopian wolf)
The Wolf is the dominant predator in a habitat in the Ethiopian Highlands. The wolf is classified as a carnivore and obtains its nourishment through predation on prey.
What are Predators?Living beings that hunt and devour prey are known as predators. Predators devour live creatures, which are referred to as "prey." Predators can be omnivores or carnivores. Lions, tigers, shark, and snakes are examples of predators.
Predators may, depending on their place in the food chain, fall victim to larger creatures. A snake, for example, is a hawk's prey but a mouse's predator.
Types of Predators
Predators can be classified into the following groups:
CarnivoresHerbivoresParasitesTo know more about Predators, visit:
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this 750-acre botanical area in the monongahela national forest contains the largest area of bogs in west virginia.
The 750-acre botanical area in the Monongahela national forest that contains the largest area of bogs in west Virginia is Cranberry Glades Botanical Area.
The Cranberry Glades Botanical Area is a 750-acre botanical area located in the Monongahela National Forest. With its abundance of bogs, it is the largest area of bogs in West Virginia.
With its unique landscape and ecosystem, the Cranberry Glades Botanical Area is a must-see for any nature enthusiast. It is home to a variety of flora and fauna, including carnivorous plants, orchids, and rare birds.
Visitors can explore the area on designated trails, and enjoy diverse terrain, from bogs to wetlands, forests and meadows. The Cranberry Glades Botanical Area is an incredible natural wonder, and an unforgettable experience for any nature lover.
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which reason of India have high population density
The region with the highest population density in India is Bihar.
The state of Bihar has 1106 people per square kilometer. The actual cause is that it is a section of the fertile Gangetic plains alongside Uttar Pradesh. These states have very fertile soil and as we know, our society has been Agro based totally for ages.
Consequently, the early human beings who had been nomads settled around these plains, and their generations have persisted to dwell there.
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Your question is incomplete as well incorrect, it should have been formed like this:
"Which region of India has the highest population density? "
What is the river that is located on the British Isles?
Answer:
River Thames
Explanation:
I live in wales :/
How do you explain logarithmic scales?
When examining a wide range of values, a nonlinear scale called a logarithmic scale is frequently utilized. Each interval is raised by a factor of the logarithm's base rather than by equal increments.
How significant is the logarithmic scale?
The use of logarithmic scales is necessary to address the problem of visualizations that favor large values in a dataset.
Log scales are quite helpful in applications where you have data values that are significantly more or lower than the other values. If you want to show large percentage variations between data points, you may alternatively use a log scale.
Therefore, A logarithmic scale displays a value as the base value multiplied by a power of 10.
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Scientists used major changes in life forms in the fossil record to form the geologic time scale true or false.
It is true that the scientist used major changes in life forms in the fossil record to form the geologic time scale.
Based on the types of organisms that have flourished at various points in Earth's history from its inception, the geologic time scale provides a framework for understanding the planet's evolution. It was created after researchers noticed a shift in fossil composition from ancient to modern sedimentary strata. Absolute dating allowed scientists to pinpoint the precise epoch at which certain events took place later on. There are eons, eras, periods, and epochs that make up the geologic time scale.
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Who developed work on the stages of religious development within cultures?
O A. Emile Durkheim
OB. Carl Ritter
OC. Warren Thompson
OD. Carl Sauer
Answer:
option a- Emile Durkheim
Explanation:
mark me brainliest pls
Was the Munich Agreement a success or failure?
A synonym for the futility of accommodating expansionist totalitarian governments, the Munich Agreement is now largely considered as a failed appeasement attempt.
Germans, the United Kingdom, French, and Italy came to an agreement known as the Munich Agreement on September 30, 1938, in Munich. Despite a 1924 alliance pact and a 1925 military contract between French and the Czechoslovakia Republic, the Munich Betrayal allowed for the cession of the Sudetenland German region of Czechoslovakia to Germany.
The majority of Europe embraced the Munich Agreement, which was marketed as a way to stop a devastating war on the continent. Germany seized the Sudetenland with the consent of the four main powers, which had a population of more over three million people, the majority of whom were of German ethnicity. It was his last historical claim in Northern Europe, according to Adolf Hitler.
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A mineral within a metamorphic rock that can be used to provide a narrow constraint on the temperature and pressure of rock formation is termed a(n) ________ mineral. Group of answer choices
A mineral within a metamorphic rock that can be used to provide a narrow constraint on the temperature and pressure of rock formation is termed index mineral.
Index minerals are used to help geologists understand the geologic history of a rock, as they are resistant to alteration by heat and pressure. Index minerals form in rocks that have been subjected to specific temperatures and pressures. They are used to indicate the range of temperatures and pressures under which a rock was formed.
For example, the index mineral biotite forms in rocks that have experienced temperatures between 400 and 500° Celsius and pressures between 2-4 kbar.
In addition to providing an indication of the temperature and pressure of a rock’s formation, index minerals can also help geologists determine the rock’s chemical composition. Different minerals form under different chemical conditions and can be used to identify the composition of a rock.
Index minerals are used in combination with other methods to provide a more detailed and accurate picture of the geologic history of a rock. This allows geologists to better understand the processes that have shaped the rocks in a given area.
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Complete question :
a.index mineral
b.lava
c.metamorphic rocks
d.sedimentary rocks
How does the Richter scale increase?
The magnitude of an earthquake increases tenfold for each unit increase in scale.
Define Richter scale.Judged at the California Institute of Technology. The strength of an earthquake or the amount of energy released is measured using the Richter scale. This is estimated based on data collected by seismometers. Given that the Richter scale is an integer logarithmic scale, a jump implies a 10-fold growth.
The Richter scale has no minimum or maximum value. The scale is "logarithmic", so an increase of 1 point corresponds to a 10-fold increase in earthquake magnitude. The moment intensity scale was introduced in his 1970s. The number of earthquakes that the Richter scale can accurately measure is almost the same.
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1. Describe the political attitudes of democratic mainstays?
A person has a mass of 45kg and is moving with a velocity of 10m/a. What is the kinetic energy? If the persons velocity becomes 6m/s, what is his change in kinetic energy?
The kinetic energy would be 450 joules and if his velocity becomes 6m/s, then the change in the kinetic energy would be 270 Joules.
The kinetic energy of a person with a mass of 45kg and moving at 10m/s is equal to 450 Joules.
If the person's velocity changes to 6m/s, then their kinetic energy would decrease to 270 Joules.
This is because kinetic energy is determined by multiplying the mass of an object with the square of its velocity. Therefore, when the velocity decreases, so does the total kinetic energy.
To put it simply, momentum is important for understanding how much energy an object has when it's in motion. And in this case, decreasing that momentum from 10m/s to 6 m/s resulted in a change of 180 Joules in kinetic energy - from 450 Joules down to 270 Joules.
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Mrs. Morgan asked her students to consider the cross-cutting concepts between Earth's geoscience processes of plate tectonics and energy cycling within Earth's
systems. One concept that can be considered is stability and change. Understanding how Earth can be stable for short periods of time, yet change over long
periods of time, can help scientists in their work. If you were in Mrs. Morgan's class:
How could you describe the connection between plate tectonics and energy cycling within Earth's systems?
How could you explain these two processes exhibit the cross-cutting concept of both stability and change?
In Mrs. Morgan's class, students have been considering the relationship between plate tectonics and energy cycling within Earth's systems.
Through careful examination, it is evident that these two processes reveal the cross-cutting concept of both stability and change. Plate tectonics involve the movement of the Earth’s crustal plates, while energy cycling is the transfer of energy within Earth’s systems.
Together, these two processes indicate that Earth can remain stable for short periods of time, yet change over long periods of time.
Thus, by exploring the relationship between plate tectonics and energy cycling, students can gain a better understanding of how Earth’s stability and change are interdependent.
These two processes demonstrate the cross-cutting concept of stability and change. Plate tectonics have been relatively stable over short periods of time, despite causing major changes to the Earth's surface over long periods of time.
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How would you describe the distribution of water of water on Earth?
The distribution of water throughout the Earth's surface is rather varied. Only 3% of the water on the surface is fresh water; the remaining 97% is oceanic.
Less than 1% of freshwater is found in lakes, rivers, and marshes, whereas 69% of it is found in glaciers and 30% is found underground. Humans can only use 1% of the water on Earth's surface, and the majority of that water—99%—is found oceanic.
To see how unequal the distribution of water on Earth actually is, one only has to analyze rainfall maps. They are classified as semi-arid or arid because the white regions on the map below had annual rainfall totals below 400 mm for the previous year. Also keep in mind that estimates call for major aridification in many dry regions and more frequent, more intense rainfall events in wet places.
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What is the term used to describe the land area where precipitation seeps into the soil and replenishes groundwater reserves
The term used to describe the land area where precipitation seeps into the soil and replenishes groundwater reserves is recharge area.
A recharge area is a location where water flows underground to replenish an existing water source, such as an aquifer or lake. When water seeps into the earth and replenishes aquifers below the surface, this process is known as recharge.
The quantity and/or quality of groundwater available for storage or usage will be negatively affected if recharge areas stop working as intended. Recharging areas need to be protected in a number of ways to accomplish two main goals:
Preventing areas suitable for recharge from being covered by urban infrastructure like buildings and roads.Keeping harmful substances out of the groundwater supply so that expensive treatment isn't required before the water may be used for its intended purpose.To learn more about recharge area, click here:
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2a. Describe how the regions surrounding the Amazon and Mississippi rivers are different. (5 points)
Answer: Hope this helps any
Explanation: The region surrounding the Amazon is mostly tropical rain forest. The Mississippi delta is subtropical, but much of the Mississippi River region is temperate.
How is West Egg different from East Egg in The Great Gatsby ?
East Egg represents the established wealthy upper class in The Great Gatsby, whereas West Egg represents the newly wealthy.
West Egg is across the bay from East Egg, a wealthy area of Long Island. The novel uses the two locations of Egg to represent the contrast between the nouveau riche in West Egg and the established wealthy upper class in East Egg.The East Eggers are a traditional, wealthy family that has enjoyed life the fullest for generations. Because they have grown up in a world of privilege and do not comprehend the struggles of those who have to work hard to earn a living, they are referred to as being "supercilious" and "careless."
In contrast, the West Eggers are newly wealthy, having only recently become wealthy. Because they are perceived as lacking sophistication and having "vulgar" tastes, they are frequently looked down upon by East Egg residents.East Egg and West Egg, who represent the novel's two distinct social classes, contrast sharply throughout.
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What describes a feature of Groundwater?
The most common qualities of groundwater are low turbidity, stable temperature and chemical composition, and a virtually complete lack of oxygen.
The composition of circulating groundwater can vary greatly due to the emergence of pollutants and other impurities.
Groundwater is water that exists under the Earth's surface and fills all or part of the empty spaces in soils or geologic layers. It is sometimes known as subterranean water to differentiate it from surface water, which is found in enormous bodies of water such as the seas or lakes or flows overland in streams.
Permanent groundwater is found in swamps, lakes, and rivers. These bodies of water are long-lasting and are replenished by groundwater in times of drought.
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counted among the five people who most prominently contributed to the improvement of Asia in the 20th century
Counted among the five people who most prominently contributed to the improvement of Asia in the 20th century are Mahatma Gandhi, Sun Yat-sen, Lee Kuan, Nelson Mandela, and Muhammad Yunus.
Mahatma Gandhi: Gandhi was a political and spiritual leader who played a key role in the Indian independence movement. He advocated non-violent resistance and civil disobedience, ultimately leading to the withdrawal of British colonial rule in India.
Sun Yat-sen: Sun Yat-sen was a Chinese revolutionary who overthrew the Qing dynasty and played a key role in the founding of the Republic of China. He also developed the "Three Principles of the People" which became the basis of the new government.
Lee Kuan Yew: Lee Kuan Yew was Singapore's first prime minister who helped transform Singapore from a poor developing country into a prosperous developed country. He enacted policies that emphasized education, economic development, and social harmony.
Nelson Mandela: Nelson Mandela was a South African anti-apartheid revolutionary and politician who served as President of South Africa from 1994 until 1999. He was a key figure in South Africa's fight against racial segregation and discrimination and played a key role in the country's transition to multi-ethnic democracy.
Muhammad Yunus: Muhammad Yunus is a Bangladeshi economist and social entrepreneur who pioneered the concept of microfinance. He founded Grameen Bank, which provides small loans to poor entrepreneurs, especially women, in developing countries. His work has helped alleviate poverty and promote economic development in Asia and beyond.
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Va rog un referat despre tipul de sol nisipos "agronomie"
what was wildlife management like in the 1600's and 1700's?
Answer:
This is a History question
Machu Picchu is the ___
Answer:
the most amazing urban creation of the Inca Empire at its height. It is an ancient city high up in the Peruvian Andes.
Answer:
Machu Picchu is a 15th-century Inca citadel located in the Eastern Cordillera of southern Peru
Match and identify the lettered features that are pointed out on the geologic map.
1. A Strike and dip
2. B Rock age/name
3. C Rock type
4. D Contact line
5. E Fault line
The appropriate responses, if this is for Earth Science on Odyssey software, are:
What is the earth?Only one astronomical object—Earth, which is third from the Sun—is known to support life. Although the Solar System contains enormous amounts of water, only Earth is home to liquid surface water. The oceans cover around 71% of Earth's surface, dwarfing its lakes, rivers, and polar ice.
The distribution of materials on or near the Earth's surface is depicted on a geologic map. Typically, various rock kinds or unconsolidated materials are grouped into map units and represented by varying hues. Geologic maps display data that was manually gathered in the field while surveying Vermont's terrain.
1. Colors (different rock units) - E
2. Letter symbol (type and age of rock) - A
3. Contact Line - D
4. Fault line - F
5. Fold axis - C
6. Strike and dip - B
Therefore, Should this be for Earth Science on the Odyssey program, are
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What was the ENIAC computer used for?
During the peak of World War II, ENIAC computer was developed as a tool to aid artillerymen in computing shell trajectories.
By using loops, branching, and subroutines, ENIAC could be programmed to carry out intricate sets of operations. ENIAC, on the other hand, was only a sizable collection of arithmetic machines that were first programmed into the machine via a mix of plugboard cabling and three portable function tables, as opposed to the stored-program computers that are in use today. It was a challenging process that typically took weeks to map an issue onto the computer.
Even though construction on the computer had begun a year before D-Day, it wasn't activated until November 1945, by which time the American Army's artillery had ceased to fire. The military, however, continued to make substantial use of ENIAC once the Cold War began. The inventors of the first hydrogen bomb included the 17,468 vacuum tubes in the device because they needed a way to assess the practicality of their initial concepts.
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Select the correct answer. where does geothermal energy come from? a. sunlight
b. the oceans
c. the land
d. inside earth
e. wind
Geothermal energy comes from the inside the Earth.
Hence, Option D is correct.
What do you mean by geothermal energy?
Geothermal energy is heat energy that originates from the earth (geo (earth) + thermal) (heat). Geothermal resources are hot water reservoirs that are naturally occurring or artificially created below the surface of the Earth, at variable temperatures and depths.Geothermal energy is a sort of renewable energy that is drawn from the center of the Earth. Geothermal energy is the thermal energy found in the Earth's crust that was produced during the planet's formation and by the radioactive decay of minerals in an amount that is currently unknown but may be nearly equal.To know more about geothermal energy here
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