List 3 reasons the u.s got into wwI

Answer: It is c

Explanation: I got it right

Answer:

a trading route that the Chinese used to trade with other countries.

Answer:

Tyranny

Explanation: in the Greco-Roman world, an autocratic form of rule in which one individual exercised power without any legal restraint.

Answer:

A Consitutional Monarchy

Explanation:

A constitutional monarchy is a form of monarchy in which the sovereign exercises authority in accordance with a written or unwritten constitution.

Explanation:

James Oglethorpe

Answer:

the answer is C, He believed American colonists should be able to vote in Parliament.

Explanation:

I got it right on the quiz

He believed American colonists should be able to vote in Parliament is the James Otis make this statement. Hence, option C is correct.

In the 1600s and 1700s, Europeans immigrated to North America in search of religious freedom, economic opportunity, and political freedom. They founded 13 colonies along the East Coast of the continent.

A vast continent, Colonial America, was settled by immigrants from Spain, the Netherlands, France, and England. The colonies they established include Roanoke in present-day North Carolina, Jamestown in Virgi, and St. Augustine in Florida.

The population of America doubled every generation. Africans made up the second-largest group of colonial residents in the 17th century, behind persons of English ancestry.

Thus, option C is correct.

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Answer:

No

Explanation:

José Bernardo Maximiliano Gutiérrez de Lara (August 20, 1774 – May 13, 1841) was an advocate and organizer of Mexican independence and the first constitutional governor of the state of Tamaulipas, and a native of Revilla, today Ciudad Guerrero, Mexico.

Answer:

a) As stated in the passage "It began with pragmatic policies of tolerance. Akbar had inherited the throne, at the age of 13, in 1556. In 1579 he abolished the jiziya, a tax imposed on all but the poorest non-Muslims. This was the most notable in a series of measures to recruit the Hindu majority and others to the cause of unifying and expanding his empire........he preferred incentives to coercion. He defeated the war-like Rajputs, but gave them rank and married their princesses, who were permitted to conduct Hindu rites in the harem. The Mughal-Rajput alliance was a bulwark of his empire."  which explains how there was a political improvement from the conditions created by religious policies.

b) "Akbar constructed a religious ideology that served to hold together a diffuse polity....he preferred incentives to coercion....notable in a series of measures to recruit the Hindu majority and others to the cause of unifying and expanding his empire." As stated in the texts his most notable series of measure he has taken is unifying and creating a government with a Muslim-Hindu relations, the religious policies themselves tore apart the empire, but Akbar was able to unify by making sure others feel included. 

c) "...jiziya, a tax imposed on all but the poorest non-Muslims", this consequence on religious minorities took a whole a new level when the policy was created. This policy created inequality for specifically the poor non-Muslims, separating Muslims and non-Muslims and from rich and poor. 

Explanation:

Don't forget to paraphrase and i'm glad to help!

Answer:

a) Akbar had a policy of religious tolerance. He unified his empire, often giving Hindus ranking positions forming alliances. Thus, Akbar’s religious policies were implemented in the background of such religious challenges posed to him,  creating alliances like the Mughal-Rajput alliance establishing the safety of India.  

b) His most notable series of the measure he has taken is unifying and creating a government with Muslim-Hindu relations, the religious policies themselves tore apart the empire, but Akbar was able to unify by making sure others feel included by giving incentives and recruiting Hindus.

c) The elimination of the jiziya for the poorest non-muslims came with a consequence on religious minorities that took a whole new level after the policy. This policy created inequality for specifically the poor non-Muslims, separating Muslims and non-Muslims and from rich and poor.

Explanation:

I got a 100 on this I hope this helps!

Answer:

The colonies of New York, New Jersey, North Carolina, and South Carolina began as proprietary colonies, but later became royal colonies. By 1763 most colonies surrendered their charters to the Crown and became Royal Colonies. Maryland, Delaware, and Pennsylvania remained proprietary colonies under a charter.

Answer:

The senate is the highest chamber in the legislative branch. They give the verdict in the trial.

Explanation:

When President Donald Trump was facing impeachment, he was formally charged in the House of Representative, but it failed in the Senate. If the Senate had vote yes, he would be removed from office. So they give the verdict of cases.

Answer:

its DDDD

Explanation:

from quizlet

The best definition for agricultural hearths is the places where agriculture developed independently all over the world. Hence, Option D is correct.

A place where the birth of a crop takes place or the place where a crop originated, that place is considered the agricultural hearth. This agricultural Hearth is not about any particular place. It is spread all over the world. Whether it is Latin America, South Asia, East Asia, or anywhere in the world. Each region in the world had contributed to the agricultural hearth.

From these places, crops get spread all over the world with the help of globalization. The major factors that cause the agricultural hearth are rivers, climate, soil, and many more. All these come in geographical regions that vary from country to country. Some examples of the agricultural hearth are: crops like Maize, cotton, potatoes, and lima bean have their hearth in Latin America, crops like Lentil, olive, rye, and barley are from Southwest Asia, and many more.

Therefore, Option D is correct.

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Answer:

April 19, 1775

Explanation:

Congress ratified preliminary articles of peace ending the Revolutionary War with Great Britain on April 15, 1783. On September 3, 1783, the Treaty of Paris was signed, bringing the Revolutionary War to its final conclusion.

Answer:

A

Explanation:

Answer:

a

explantion;ee

Answer:He could declare war and peace, made and enforced laws, he levied taxes and spend the peoples money as he saw fit. Louis XVI had the ability to do whatever he wanted because he said that god appointed him leader. So therefore no one could tell him otherwise.

Explanation:

Answer:

Locke

Explanation:

believed in the absolute power of the monarchy and religious uniformity, his stance changed drastically later. His changed stance is best put forward in the work Two Treatises of Government. Unlike, Hobbes for whom the state of nature is a state of war, Locke’s state of the nature is the state of peace, Good Will, Mutual Assistance, and Preservation.’ [4]His theory brings out that man is a wise, sociable being who can judge the ill effects of going to war

Answer:

could you explain this some more please

The answer is B. Grew and collected food

(i know he said he found out but ya know, points!)

Answer:

Option: The Nile

Explanation:

The Nile River plays a crucial role in establishing and prospering Egyptian civilization. The Nile River is the longest river which provided Egypt with extensive river delta. The river brought fertile black soil along with minerals for crops to grow and provided drinking water, fishes. Trade also establish through the river by sailing to different regions.  

Answer:

A - The Nile.

Answer:

cliche mean commomplace

Answer:

The answer is Meroë. Hope this helps!

Meroe city in the kingdom of Kush is the oldest city in Africa. Thus, the correct answer is Option C.

Ancient Nubia's Kingdom of Kush was located in what is now northern Sudan and southern Egypt, with its heartland along the Nile Valley. Nubia served as an early center of civilization, giving rise to a number of sophisticated communities that participated in commerce and industry.

On the east bank of the Nile, about 6 km northeast of the Kabushiya station near Shendi, Sudan, was the ancient city of Meroe. From roughly 590 BC until its dissolution in the sixth century AD, this city served as the capital of the Kingdom of Kush. The site of the city of Meroe is marked by more than two hundred pyramids in three groups, of which many are in ruins.

One of a number of early nations that existed in the middle Nile was the Kingdom of Kush, which was the site of the city of Meroe. One of the earliest and most powerful states to be discovered on the African continent.

Therefore the oldest city on Africa, in the kingdom of Kush is Meroe.

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Answer:

The whole reconstruction of America kinda sucked for him.

Explanation:

He basically had to put the nation back together and follow in Lincoln's footsteps. Big tall shoes to fill. He had to maintain control over the South so they didn't do any crazy nonsense with the newly "freed" African American slaves people.  

Answer:

The whole reconstruction of America kind of had a downhill for him.

Explanation:

He  had to put the nation back together and follow in Lincoln's footsteps. He also had to maintain control over the South so they wouldn't do any kind of nonsense with the newly "freed" African American slaves.  

Hope it helps! :)

Answer:

positive:-

They protected and strengthened the United States. ...

They gave freedom to U.S. citizens. ...

They organized the original thirteen states. ...

They encouraged a weak central government. ...

They didn't promote a good taxation system. ...

They paved the way to poor military program.

negative:-

Specifically, the lack of a strong national government in the Articles of Confederation led to three broad limitations.

Economic disorganization.

Lack of central leadership.

Legislative inefficiencies.

I HOPE IT IS HELPFUL IF MARK ME AS BRAINLIST:)

Answer:

The Columbian Exchange transported plants, animals, diseases, technologies, and people one continent to another. Crops like tobacco, tomatoes, potatoes, corn, cacao, peanuts, and pumpkins went from the Americas to rest of the world.

Answer:Japan is the only example of collective capitalism in practical form. It stems from Japan's economic and social restructuring following World War Two. ... Japan has the world's third-largest economy by purchasing power parity (PPP) and the second largest by market exchange rates.

Explanation:

Answer:

The asnwer should be B

Explanation:

As we now the marketplace had products from many far away places like China and India, we can tell that the marketplace was international in scope.

I took this quiz and I got this answer correct as well

Answer:

* Overusage over the course of a hundred+ years.

* Companies forming monopolies over resources, allowing them to easily control the market and how much consumer demand is created.

* Simply too rare to find, or too difficult to extract, process, purify, etc.

* Expensive to find or research any alternative to the current choices.

Answer:

d

Explanation:

The format, structure and timeline of the story

Answer:

They both embraced nonviolence later in life.

Explanation:

I took the quiz

Answer:

C

Explanation:

do u trust me?...

I believe the answer is William Howard Taft.

Answer:

The correct answer is "by sending more British forces into the battle".

The French and Indian War started in 1754 and finished with the Treaty of Paris in 1763. The war gave Great Britain colossal regional picks up in North America, however arguments about resulting wilderness strategy and paying the war's costs prompted pioneer discontent, and eventually to the American Revolution.

Explanation:

Answer:

C.→ by sending more British troops into battle

I just took that test, it is right

Explanation:

A. by allowing the colonists to control the war effort  

B. by ending alliances with American Indians

C.→ by sending more British troops into battle

U realise that the point number is 15 not 30?

But here is an answer!

Every storm cloud has a silver lining; in the case of space weather, that lining is the aurora borealis, more commonly known as the Northern Lights. (Viewers in the southern hemisphere are treated to an equivalent version called the aurora australis, or Southern Lights.) The phenomenon is best observed on a clear, cold night around the spring or autumn equinox. Find an open patch of sky well away from the interfering lights of the city, and you may catch a glimpse of the spectacle: curtains of pale light-green and blue, sometimes red or violet-shimmering above the northern horizon for minutes or even hours at a time.

Auroras occur when electrons and protons from the Sun strike gas molecules in Earth's upper atmosphere. As the solar particles encounter Earth's magnetosphere, they are drawn along the magnetic field lines and funneled toward the North and South poles. There, high above Earth's surface, they collide with atmospheric molecules, energizing them and causing them to glow. The colors that result depend on the gas molecules involved. The brightest and most common auroral color, a brilliant yellow-green, is produced by the glow of oxygen molecules roughly 60 miles above Earth. Ionized nitrogen molecules emit blue light when hit by solar particles; neutral nitrogen molecules emit a purplish-red light. All-red auroras are rare; they are caused by the glow of oxygen atoms 200 miles above Earth. The size and intensity of the aurora varies from night to night, and moment to moment, depending on the strength of the solar wind. On April 6, 2001, a large geomagnetic storm produced an aurora that was seen as far south as Alabama. The scientific understanding of auroras has advanced enormously in recent years with the launch of satellites designed expressly to study them. Instruments aboard NASA's Polar spacecraft monitor ultraviolet radiation and chemical changes in the upper atmosphere, effectively offering an up-to-the-minute report on the shape and intensity of the aurora. The Imager for Magnetopause-to-Aurora Exploration (IMAGE) spacecraft, launched in 2000, studies Earth's magnetosphere in astounding detail. It can watch auroras evolve over a period of hours, and can even see auroras flickering in the far-ultraviolet wavelength. Recently and for the first time, scientists observed a phenomenon known as "black auroras." A black aurora isn't really an aurora at all: it's the dark, empty space within a colorful aurora where one would otherwise expect auroral activity to be visible. Nonetheless, black auroras exhibit distinct patterns, including curls, rings and writhing black patches. Nowadays, scientists often can forecast a spectacular aurora hours or days in advance, so it's worth checking space weather websites (See Related Links) with some regularity.

In the 1970s, with the aid of the Hubble Space Telescope, it became apparent that Earth is not the only planet with auroras. On both Jupiter and Saturn, auroras appear pink due to the large amounts of hydrogen in those planets' atmospheres. Jupiter's aurora has proved to be particularly intriguing. On Earth, the aurora is powered by a barrage of charged particles from the Sun. On Jupiter, auroras are generated instead by volcanic particles from the Jovian moon Io. These particles become ionized, expand and then are trapped in Jupiter's tremendous magnetic field. Rotating once every ten hours, Jupiter generates auroras many times more powerful than those on Earth. However, Earth's auroras remain unique in one respect: they are (at times, anyway) green. Indeed, Earth is the only known planet with green auroras, because it is the only known planet with an oxygen-rich atmosphere. As scientists look deeper into the universe for signs of other, potentially habitable worlds, auroras are one clue they examine. If a distant, unknown planet has shimmering green auroras, that's a strong indication that its atmosphere is rich in oxygen, perhaps enough to support life. Whether that life is capable of appreciating the auroras—well, that's another issue.

I got this from someone else so credits go to them not me

:)

Answer:

Every storm cloud has a silver lining; in the case of space weather, that lining is the aurora borealis, more commonly known as the Northern Lights. (Viewers in the southern hemisphere are treated to an equivalent version called the aurora australis, or Southern Lights.) The phenomenon is best observed on a clear, cold night around the spring or autumn equinox. Find an open patch of sky well away from the interfering lights of the city, and you may catch a glimpse of the spectacle: curtains of pale light-green and blue, sometimes red or violet-shimmering above the northern horizon for minutes or even hours at a time.

Auroras occur when electrons and protons from the Sun strike gas molecules in Earth's upper atmosphere. As the solar particles encounter Earth's magnetosphere, they are drawn along the magnetic field lines and funneled toward the North and South poles. There, high above Earth's surface, they collide with atmospheric molecules, energizing them and causing them to glow. The colors that result depend on the gas molecules involved. The brightest and most common auroral color, a brilliant yellow-green, is produced by the glow of oxygen molecules roughly 60 miles above Earth. Ionized nitrogen molecules emit blue light when hit by solar particles; neutral nitrogen molecules emit a purplish-red light. All-red auroras are rare; they are caused by the glow of oxygen atoms 200 miles above Earth. The size and intensity of the aurora varies from night to night, and moment to moment, depending on the strength of the solar wind. On April 6, 2001, a large geomagnetic storm produced an aurora that was seen as far south as Alabama. The scientific understanding of auroras has advanced enormously in recent years with the launch of satellites designed expressly to study them. Instruments aboard NASA's Polar spacecraft monitor ultraviolet radiation and chemical changes in the upper atmosphere, effectively offering an up-to-the-minute report on the shape and intensity of the aurora. The Imager for Magnetopause-to-Aurora Exploration (IMAGE) spacecraft, launched in 2000, studies Earth's magnetosphere in astounding detail. It can watch auroras evolve over a period of hours, and can even see auroras flickering in the far-ultraviolet wavelength. Recently and for the first time, scientists observed a phenomenon known as "black auroras." A black aurora isn't really an aurora at all: it's the dark, empty space within a colorful aurora where one would otherwise expect auroral activity to be visible. Nonetheless, black auroras exhibit distinct patterns, including curls, rings and writhing black patches. Nowadays, scientists often can forecast a spectacular aurora hours or days in advance, so it's worth checking space weather websites (See Related Links) with some regularity.

In the 1970s, with the aid of the Hubble Space Telescope, it became apparent that Earth is not the only planet with auroras. On both Jupiter and Saturn, auroras appear pink due to the large amounts of hydrogen in those planets' atmospheres. Jupiter's aurora has proved to be particularly intriguing. On Earth, the aurora is powered by a barrage of charged particles from the Sun. On Jupiter, auroras are generated instead by volcanic particles from the Jovian moon Io. These particles become ionized, expand and then are trapped in Jupiter's tremendous magnetic field. Rotating once every ten hours, Jupiter generates auroras many times more powerful than those on Earth. However, Earth's auroras remain unique in one respect: they are (at times, anyway) green. Indeed, Earth is the only known planet with green auroras, because it is the only known planet with an oxygen-rich atmosphere. As scientists look deeper into the universe for signs of other, potentially habitable worlds, auroras are one clue they examine. If a distant, unknown planet has shimmering green auroras, that's a strong indication that its atmosphere is rich in oxygen, perhaps enough to support life. Whether that life is capable of appreciating the auroras—well, that's another issue.

Explanation:

NOT mine credit: 26sterave