which rule explains why these triangles are congruent?​

Using binary systems, we can occasionally measure the star mass directly. The techniques involve careful observation of a binary system, spectroscopic observation of a binary system, and observation of an eclipsing binary. These techniques are comparable to those used to find extrasolar planets.

The stars' masses in binary systems can be determined easily. Binary systems, which spin around one another, are arrangements of two or more stars. By examining the size of the orbit, the orbital velocities, and the orbital periods of the stars, we may determine their masses.

With binoculars, you can see perhaps a hundred binary stars or more. a photo of a binary object that is visible through a pair of binoculars. There is a picture of a close-up telescopic binary. To observe thousands of binary stars, a small telescope with an aperture of around 8 inches can be utilized.

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Answer:

It was warm............ ....

The carboniferous period was a time when swamps and forests dominated the earth. The climate during this period is quite warm.

Earth is a planet present in the solar system having the existence of life. This is the only planet on which life is possible due to living conditions that ensure the availability of water which is important for survival.

The climate on Earth was warm at the start of the Carboniferous Period. The equatorial regions were typically hot and moist while glaciers eventually formed at the poles. The climate on Earth fluctuated between glacial and interglacial periods.

The temperature cooled and dried out during the Carboniferous rainforest's collapse. As the Earth underwent a brief but intense glacial period, this is represented in the geological record.

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Explaination:

q II

Q II is (-x,y), top left Q

Answer: Quadrant II

Explanation:

Answer:

The declination becomes very, very variable and unpredictable as you move closer to the poles.

Explanation:

Answer:

I belive it's New Jersey

Explanation:

New Jersey is the only state surrounded by water on three sides. The Delaware River to the west. Delaware Bay to the south and the Hudson River, Upper New York Bay, the Kill van Kull, lower New York Bay and the Atlantic Ocean to the east

Answer: The Positive Benefits of Fair-Trade hones are outlined not fair to advance benefit, but too to energize way better measures for an made strides quality of life, particularly in creating nations. Reasonable exchange hones address issues of compensation, the environment, regard for existing societies, and corporate responsibility.

Explanation:

Answer:

Weathering, erosion, and deposition are processes that act together to wear down and build up the Earth's surface. These processes have occurred over billions of years. Weathering is any process that breaks down rocks and creates sediments. There are two forces of weathering, chemical and mechanical (physical).

Explanation:

Answer: Pangaea theory

Explanation:

basically when continents split

those mountains used to be one big mountain range

Answer:

Pangaea theory

Answer:

It means good news.

Areas with the largest natural increase

The areas with the least natural increase are:

Natural increase in population refers to the difference between the number of births and the number of deaths in a population over a period of time, usually a year.

It is calculated by subtracting the number of deaths from the number of births, and the result is expressed as a percentage of the population. For example, if a population had 1,000 births and 500 deaths in a year, the natural increase would be 500, or 50% of the initial population.

Natural increase is one of the components used to calculate population growth, along with migration.

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From the graph om the pattern of ocean temperature change in the equatorial pacific, we can infer that  e. A difference in temperature of 1-2 degrees Celsius from year to year is to be expected.

The graph shows the ocean temperature change in the equatorial Pacific in three different yearly periods and we can see that the temperature will often fluctuate within a 2 degrees Celsius band both over and under the average temperature.

This means that year to year, we can expect that the difference in the temperature of the equatorial pacific will change by between 1 - 2 degrees Celsius.

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This research project aims to investigate the phenomenon of mass movement and its impact on both the environment and people.

Mass movement refers to the downslope movement of Earth materials, such as soil, rocks, and debris, under the influence of gravity.

It includes processes such as landslides, rockfalls, mudflows, and avalanches. Understanding the causes, mechanisms, and consequences of mass movement is crucial for mitigating its adverse effects and developing effective management strategies.

The project will investigate how mass movement events affect human populations living in vulnerable areas. This involves analyzing socioeconomic data, conducting surveys, and studying case studies to understand the impacts on communities, infrastructure, livelihoods, and public safety.

Socioeconomic vulnerability factors and adaptation strategies will also be examined.

Thus, this can be the overview asked.

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Answer:

Both the Arctic (North Pole) and the Antarctic (South Pole) are cold because they don't get any direct sunlight. The Sun is always low on the horizon, even in the middle of summer. In winter, the Sun is so far below the horizon that it doesn't come up at all for months at a time. ... The Arctic is ocean surrounded by land.

Answer:

the north and south poles are the coldest places on earth because they get the least sun.

Explanation:

Answer:

answer is C

Explanation:

i got it right

Answer: The answer is A is identifies the Black Sea, hope this helps. Brainliest please? :)

Explanation:

Option (c) is the best choice. Ships on the ocean use star locations to measure minute changes in the navigational path.

A common navigational device is a sextant. It calculates the angle between two objects, such as the horizon and a star or planet in the sky. On a nautical chart, the ship's position can then be determined using this angle.

Sailors learned to recognize the stars in the sky so they could use them to navigate out of sight of land long before we had GPS devices, satellites, or even a basic clock that could be trusted to keep correct time at sea on a rocking ship.

In order to establish latitude, the astrolabe measured the angle between the horizon and Polaris, often known as the North Star, the Pole Star, or Stella Maris (Star of the Sea).

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Language is integral to cultural expression as a means of conveying values, beliefs, and traditions.

Language is also used to communicate beliefs, laws, and societal norms, as well as taboos. Language affects the personal identity of those who live within a culture and establishes behavioral limits because it conveys and supports culture.

Censorship is one of those limits. It is the means of transmitting and preserving culture, as well as its traditions and common ideals.

Therefore, Language is essential for cultural expression because it conveys values, beliefs, and traditions. Arts express to show their own uniqueness, as well as to bond with others in their community and convey a common identity.

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Answer: First the water is meted then it is turned it to air is turned into lava.

Explanation: An igneous rock is smart but a rock does not cause a rock is a just plain old rock.

As the price increases, the quantity supplied will increase.

The law of supply describes the link between price and amount delivered. Price and amount supplied have a favourable connection, as stated by the law of supply. Suppliers are often eager to provide more of a good or service when the price of it rises.

In general the profit incentive, production cost concerns and opportunity cost of substitute goods all push providers to increase the amount offered as the price of a good or service rises. In economics, the upward-sloping supply curve is based on this connection.

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Answer:

it ended due to international pressure.

A photograph is an image made by light striking a photosensitive surface, either photographic film or an electronic image sensor like a CCD or CMOS chip. It is also referred to as a photo, image, or picture.

What this picture explains?

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They contribute to the expansion or contraction of ocean basins, the formation of trenches, volcanic activity, and the formation of island arcs, all of which impact the geology and geography of these areas.

What is Ocean Basin?

An ocean basin is a large, relatively flat area on the Earth's surface that is covered by seawater and bounded by continental land masses. It is the portion of the ocean floor that lies between the continental margins and the mid-oceanic ridges. Ocean basins are characterized by their depth, shape, and geology, and they play a crucial role in the global circulation of seawater, climate patterns, and marine ecosystems.

Seafloor spreading and subduction are two fundamental processes that shape the geology and geography of ocean basins and seas.

Seafloor spreading and subduction are important processes that play a crucial role in shaping ocean basins and seas.

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Supply refers to a situation when the producers are willing to supply a Larger quantity of the commodity at an increased price.

What Is Supply?

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Answer:

The arrival of Commodore Matthew Perry in 1853 is considered a significant event in Japanese history, as it marked the end of Japan's isolationist policy and the beginning of the country's modernization process. However, Perry's arrival and the subsequent opening of Japan to the world also led to significant social and political changes, which resulted in a reform movement and ultimately a civil war.

One of the main reasons for the reform movement was the realization among Japanese leaders that their country had fallen behind the rest of the world in terms of technology, military power, and economic development. The arrival of Perry's ships, which were far more advanced than any Japanese vessels, highlighted the technological gap between Japan and the Western powers. This realization led to calls for modernization and reform, particularly among the samurai class, who were the traditional ruling elite in Japan.

In addition to technological and military concerns, the opening of Japan also led to social and political changes. As Japan began to interact more with the rest of the world, ideas and values from other cultures began to influence Japanese society. This led to debates over issues such as democracy, human rights, and social equality. Some Japanese leaders, particularly those in the samurai class, saw the need for reforms that would modernize Japan's political and social structures.

However, not everyone in Japan supported the reform movement. Some traditionalists, particularly those in the rural areas, saw the changes as a threat to their way of life and opposed the reforms. These tensions eventually boiled over into a civil war, known as the Boshin War, which lasted from 1868 to 1869. The war pitted supporters of the reformist Meiji government against supporters of the old feudal system.

In the end, the reformers emerged victorious, and Japan embarked on a period of rapid modernization and development. However, the process of modernization was not without its challenges and setbacks, and Japan's history in the late 19th and early 20th centuries was marked by struggles over issues such as imperialism, militarism, and democracy.

Explanation:

Answer:  Option #3 or C. on the Sun

Explanation:

Option #3 or C. on the Sun. Got it correct on Edge.

Answer:

True

Explanation:

Nicolaus Copernicus proposed his theory that the planets revolved around the sun in the 1500s, when most people believed that Earth was the center of the universe.

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Alligators are not known to be monogamous, meaning they do not typically have only one mate at a time. They are generally polygamous, engaging in multiple mating partners during their reproductive cycle. Male alligators often compete with each other for access to females, and females may mate with multiple males. This behavior is common in many reptiles, including alligators. Therefore, alligators do not have a tendency to stay with one partner for an extended period of time.

Volcanic eruptions are natural phenomena that can have significant impacts on surrounding communities and the environment. To forecast the likelihood of a future volcanic eruption, scientists and researchers rely on advanced technologies and monitoring systems that provide valuable data and insights. One such technology is volcano monitoring through the use of seismometers, gas sensors, satellite imagery, and thermal cameras.

Seismometers are instrumental in detecting and measuring ground vibrations caused by volcanic activity. By analyzing the seismic waves, scientists can identify patterns and changes in volcanic behavior that indicate potential eruptions. These devices help in understanding the movement and pressure of magma beneath the Earth's surface.

Gas sensors are used to measure the composition and concentration of gases emitted by volcanoes. Volcanoes release various gases, including sulfur dioxide, carbon dioxide, and water vapor, which can indicate changes in volcanic activity. Monitoring these gas emissions can provide important clues about the buildup of magma and the potential for an eruption.

Satellite imagery and thermal cameras play a crucial role in monitoring volcanoes from a distance. They provide high-resolution images that help identify changes in the shape, temperature, and gas emissions of a volcano. Thermal cameras can detect heat anomalies and hotspots, indicating the movement of magma or the presence of lava.

Additionally, advanced technologies like remote sensing, data modeling, and machine learning algorithms are employed to analyze large volumes of data and identify patterns that may precede volcanic eruptions. By integrating multiple data sources and applying predictive models, scientists can enhance their understanding of volcanic behavior and make more accurate forecasts regarding eruption likelihood.

By leveraging these technologies, scientists can continuously monitor and analyze volcanic activity, detect early warning signs, and assess the risk level of potential eruptions. This information is crucial for informing local communities, authorities, and emergency response teams, allowing them to take proactive measures to mitigate risks, evacuate affected areas, and ensure public safety.

In summary, the technology used for forecasting volcanic eruptions, including seismometers, gas sensors, satellite imagery, thermal cameras, and advanced data analysis techniques, greatly contributes to our ability to monitor volcanic activity and make informed predictions about the likelihood of future eruptions. These technologies play a vital role in protecting lives, property, and infrastructure in volcanic regions around the world.

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