Plz help me I don’t have much time

Answer:

Explanation:

This amendment as a whole has not been incorporated because states have their own constitutions that say that their citizens have the right to a civil jury trial. Because of this being already included in states constitutions, it is has not been officially been incorporated by the U.S. Supreme Court.

Heyy ill talk with u

Answer:

Use your own words

Copies from other websites are no good on Brainly. We’re sure you can rephrase and use your own words.

Explanation:

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

Answer:

nothing really just social dinstacing

Explanation:

Answer:

a. A person or group can contribute unlimited funds to a political campaign.

Explanation:

An Individual can contribute ~$2800 per a political campaign, while a group can contribute ~2000 - 5000 per political campaign.

~

Answer:

Correct answer is caused France to leave North America and Great Britain to have tremendous war debt.

Explanation:

This is the correct answer because France lost all of its territories, including Canada which led to them practically totally lose territories. Although Britain won the war, that war and the one in Europe caused many financial difficulties, which they tried to solve with imposition of new taxes.

Gave the French control of the thirteen colonies is the wrong answer as Britain still controlled the colonies.

Created more French territories in North America is wrong, as they lost almost everything.

Allowed colonists to participate in the British Parliament, because colonist had no representation in the Parliament. There is even a famous saying from that period "No taxation without representation."

Answer:

Your answer is: There are two types of criminal laws. 1) Felonies 2) Misdemeanors. A example of a criminal law is like a doctor committed offences like falsifying medical records, and insurance fraud

Explanation:

Hope this helped : )

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:

its the first one

Explanation:

The pharaoh owned all of the Egyptian land.

Answer:

The Puritans had left England because they didn't agree with the Church of England and they wanted to practice their own faith. They had originally intended to come to America so they could practice their own religion, purify the Church of England, and then return to Europe with this new and improved religion.

Explanation:

from mometrix. com

Hi, angel!!

Puritans left England because they wanted to purify the Church of England. They wanted a church free of royal control.

I hope this helps. :)

Explanation:

James Oglethorpe

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:

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.

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

Answer:

a good explanation is. some people will only take the money and leave everything behind. Money cant buy love and it cant buy happiness. If money was that important to a person, then in their eyes they don't need anything else but money. You shouldn't have all your life devoted to money

Explanation:

Answer:b

Explanation:

Answer:

A. Take a strong interest in the good of society.

Explanation:

Got Correct On NearPod.

Answer:

Yes

Explanation:

Famous sea voyargers like Christoper Columbus and Ferdinand Mallegan were paid to go on these sea voyages to look for untouched land, new trades routes, as well as new foods, animals, or treasures. Columbus was sent out to find a trade route to India in order to buy prices and goods, but found the Americas, which the Spanish later colonized.

Answer:

B C E I believe

Explanation:

Answer:

Love is vital to the existence of man.

Explanation:

The poem, We All Need Love by Maxim Muyu stresses the role love plays in the lives of man. Love has the extraordinary ability to help us have a good life.  It also makes life worth living for it can help people who are dealing with ailments like Depression.

It can enable people to overcome vices in the society like racism. It fortifies our spirituality which is our ability to connect to a superior being and it can unite our heart and mind. So love is a very important quality that is needed by man.

Answer:

An astrolabe (Ancient Greek: ἀστρολάβος astrolabos; Arabic: ٱلأَسْطُرلاب‎ al-Asturlāb; Persian: ستاره‌یاب‎ Sitārayāb) is an ancient astronomical device that equates to a handheld model of the universe. Its various functions also make it an elaborate inclinometer and an analog calculation device capable of working out several kinds of problems in astronomy. Historically used by astronomers it is able to measure the altitude above the horizon of a celestial body, day or night; it can be used to identify stars or planets, to determine local latitude given local time (and vice versa), to survey, or to triangulate. It was used in classical antiquity, the Islamic Golden Age,[1] the European Middle Ages and the Age of Discovery for all these purposes.

Explanation:

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.

For more details about  American colonists, click here:

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Answer:

both were rejected by colonists who thought that the british government was imposing unfair taxes.

Both were intended to lower taxes in the colonies.

Explanation:

Answer:

The correct answer is A, and C :)

Explanation:

have a nice day lovelys <3

Answer:

cliche mean commomplace

Answer: A. They would simply flee once they knew his unit was there.

Explanation: Custer assumed the Sioux had far fewer warriors and would not engage his Army in battle.

Custer assumed that after the Sioux encamped little Big Horn came to know they would simply flee once they knew his unit was there. Hence, option A is appropriate.

The Lakota Sioux, Northern Cheyenne, and Arapaho tribes, as well as the 7th Cavalry Regiment of the United States Army, engaged in combat during the Battle of the Little Bighorn, also known as Custer's Last Stand and the Battle of the Greasy Grass to the Lakota and other Plains Indians. The battle, which led to the American forces' defeat, was the pivotal event in the 1876 Great Sioux War.

The U.S. Army troops of Lt. Col. On June 25, 1876, the Native American forces led by Crazy Horse and Sitting Bull defeated George Armstrong Custer at the Battle of the Bighorn, which took place in southern Montana adjacent to the Little Bighorn River.

Located in southeast Montana, the Little Bighorn Battlefield National Monument honors the scene of the Little Bighorn Battle, which was fought on June 25–26, 1876, between the American Seventh Cavalry Regiment, commanded by Lt.

Hence, option A is correct.

Learn more about the little bighorn here:

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I believe the answer is William Howard Taft.