Which battle inspired the writing of "The Star-Spangled Banner”?

Cypress Swamp
New Orleans
Baltimore
Tippecanoe

Answer:

sea floor

Explanation:

At locations where sea-floor spreading occurs, rock is moved away from a mid-ocean ridge. ... Explain the following statement: Because of sea-floor spreading, the ocean floor is constantly renewing itself. Rising magma cools and solidifies to form new rock that replaces the ocean floor.

Answer:

The Colosseum is important because it is the grandest amphitheater from the time of ancient Roman Empire. ... The official opening of the amphitheater was in 80 AD and was followed by 100 days of the celebration. The Colosseum has its name because of its massive and colossal sizes.

Answer:

D.collecting taxes

Explanation:

The clothing was difficult to put on.

.......

The clothing was difficult to put on.

This is a wonderful book that everyone should read. It tells the story of the evolution of the bicycle and how bicycles helped liberate women.

This idea of how advancing technologies can push us out of our societal comfort zones is the central theme of Darlene Beck Jacobson's new MG book, Wheels of Change. Interestingly she uses historical fiction to reflect on the topic, setting her story in the early 1900s when automobiles have not yet taken over the world.

Learn more about Wheels of Change here https://brainly.com/question/2997915

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Answer:

New York City

Explanation:

Answer:

wait what?

Explanation:

Answer:

Option 1

Reason:

It is praising the british soldiers for what they did.

Pls mark as brainliest

Answer:

It grew by using conflict and warfare, therefore taking up more land

Explanation:

Hope this helps!

Hammurabi’s territory grows by 1750 BC.

Therefore we can conclude that Hammurabi's territory grew during his reign.

Learn more about "Hammurabi" here:

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Answer:

Hope it helps;)

Explanation:

They traveled around Italy, studying ancient ruins and rediscovering Greek and Roman texts. To Renaissance scholars and philosophers, these classical sources from Ancient Greece and Ancient Rome held great wisdom.

Answer:

Syria

Explanation:

Answer:

Select the correct location on the map.In which region are the ruins of Göbeklitepe located?

I took the test

Explanation:

Answer: is ( B )

Explanation:

i got a 100 on the test dw i gotchu

The size of the United States more than doubled as a result of the Louisiana Purchase. Thus, option B is the correct option.

The United States' size doubled as a result of the Louisiana Purchase, which also changed the country's economic and environmental structure. The Louisiana Purchase ultimately quadrupled the size of the United States, significantly bolstered it militarily and strategically, gave the westward movement a significant boost, and upheld the federal Constitution's idea of implied powers.

Increased it by almost double, gave Americans control of the Mississippi, and allowed them to expand westward. Due to a number of circumstances, the acquisition significantly increased the economy. It effectively doubled the size of the country and made it possible for many people to travel west.

Learn more about Louisiana Purchase here:

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Answer:

Subsidy

Explanation:

Answer:

a graph showing that people in capitalist societies tend to create more wealth

Explanation:

Answer:

A voting age is a minimum age established by law that a person must attain before they ... Most countries have set a minimum voting age, often set in their constitution. ... age of 20 years or higher, and a few countries have a lower voting age of 16 or 17. It was argued that if young men could be drafted to go to war at 18

Explanation:

Answer: only 18 and older could vote  some countries have 20  year olds and older

Explanation:

They wanted to use their land for their plantations

Answer:

INVASION BY JAPAN

Explanation:

Answer:The farmers grew more crops

Explanation: Because if you go read about it you will see that in the 3rd paragraph it talks about them growing more crops.

Answer:

c

Explanation:

I believe is A) Monarchy, democrazy  ✅

Sentence: In ancient Mesopotamia, the earliest government was a monarchy, which later evolved into a democrazy.

IamSugarBee

Answer:

Option D.

Mesopotamia had Theocratic systm of government.

The next civilization was the akkadian Empire who were Monarchies.

Answer:

Despite awarding numerous contracts, the empresario system failed to dramatically increase the population of Texas. The costs of obtaining a grant and surveying the land were high, and the wait for the land to become profitable was long.

he Empresario System, Section 1. My name's Ms. Patterson. As we go through today's lecture, you'll notice certain words that appear in blue. These are your vocabulary terms. So make sure you pay close attention to their meaning, as you'll see them again.

Let's start by looking at our objectives. In this lesson, we're going to identify the role of colonization laws in opening Texas for Anglo settlement. We'll identify the contributions of Green DeWitt and Martin de Leon on the development of Texas, as well as analyze the effects of the empresario system on the development of Texas. In this section, we're going to focus in

on our first objective. So it's important to know that Mexico became its own independent republic in 1821. And soon after, in 1824, they're going to write their own constitution. Now, a "constitution" is a written document that spells out the structure, the responsibilities, and the limitations of a government.

Well at the time, the Mexican constitution was very similar to the United States Constitution in the sense that they both elected their president and had Congress. Mexico was also a republic, which means that the supreme power lied in the hands of the people because they were allowed to vote. Mexico is going to break into 19 states and four territories.

And the province of Texas, as well the province of Coahuila, are going to join together to make one of the 19 states. The name of the state is going to be known as Coahuila y Texas. And the capital is Saltillo. Texas was also allowed to elect one member of the state legislature. So the person they choose to be their very first

representative is Baron de Bastrop, who was originally a very prominent member of the San Antonio society while Texas was a part of Spain. Also at this time, Mexico is going to pass the Colonization Law of 1824. Now, this law is going to say that each Mexican state is going to be allowed to come up with their own immigration policies.

However, there were going to be some restrictions when it came to US immigration. For example, the amount of land that could be given in one grant was limited to 48,708 acres. Also grantees had to live in Texas. So a "grantee" is a person who is awarded a land grant. And they had to live in Texas, show that they had good moral character, and become Catholic.

And there were restrictions in where these people could live. They were not allowed to live within 10 leagues of the coast or 20 leagues of international boundaries. Now a "league" is just a unit of measure for land. Many countries kind of have different ideas of what a league is. But in this case, we're going to refer to it as three miles. So this means that nobody was allowed to live within 30

miles of the coast or 60 miles of international boundaries, unless they had special permission. So states could make up their own colonization laws. And that's exactly what Coahuila y Texas is going to do. So in 1825, they write their own colonization law. And what they say is that if you come to live in Texas with your family, you can get one league of land.

Now, this is the equivalent of 4,423 acres. If you were single and a male, you could come and get land. But you were only awarded 1/4 of a league until you got married. Once you were married, you would get the other 3/4 of that league and you would have a league. Unless a single man married a Mexican woman, in that case he was awarded a bonus of 1/4 of a league.

So altogether, that would be 1 and 1/4 league that he was given. So the reason they did this is because they really wanted to increase the population. So Tejanos wanted to encourage foreign immigration to increase the worth of the land and to provide more opportunities for trade. They believed that this would make Texas more wealthy and

would give it more value. Also more settlers meant that they could provide protection against Native American attacks and raids. Let's do a quick section review. In this section, we learned that Mexico became its own republic in 1821 and that they wrote their own constitution in 1824. At the same time, they also wrote the new

colonization law in 1824. And this law is going award states the ability to write their own colonization laws within reason. They had to follow certain restrictions. I hope you learned something new. Have a fantastic day.

These are some notes i have

Answer:

Hope it helps!

Explanation:

Parliament's first direct tax on the American colonies, this act, like those passed in 1764, was enacted to raise money for Britain. It taxed newspapers, almanacs, pamphlets, broadsides, legal documents, dice, and playing cards.

Answer:

because an artifact is a tiny window into seeing how civilization worked back then

Answer:

seeing the answer shall be above

Answer:

Explanation:

i feel that Christopher Columbus deserves no credit because he really wasn't the first to discover america Columbus day has never been a holiday in my life!

Answer:

He did not rely on the traditional method of an architectural framework.

Explanation:

Giotto Di Bondone was a popular painter who is characterized as the 'father of modern painting.' He reinvented the prevailing by adding volume, emotions, depth, etc. to it. He produced a distinct method for showing depth in the architectural framework. He did not depend on the traditional method and generated an illusion of depth which he displayed on a flat surface and depicted the dramatic events realistically which seemed to be actually happening on the stage.

Answer: cuz kim k was born 70 years early. this is a joke.

Explanation: most woman where sexually abused, so some decided to diguise as guys and then later on the laws stopped people from harassing woman. I dont know if its right, i asked google

Answer: ^ dont listen to dat answer the correct answer is the third 1 ; )

Explanation:

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