what is the only hemisphere that does not contain any of the european continent

Answer:

BRITAIN

Explanation:

Establishing the Dominion of Canada

Despite its defeat in the American Revolutionary War and shift towards a new form of imperialism during the nineteenth century, the British Empire retained numerous colonies in the Americas after 1783.

Answer:

Britain.

But all of them would be Britain, France, Spain, and the Netherlands

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Explanation:

List of different types of landscape. Desert, Plain, Taiga, Tundra, Wetland, Mountain, Mountain range, Cliff, Coast, Littoral zone, Glacier, Polar regions of Earth, Shrubland, Forest, Rainforest, Woodland, Jungle, Moors, Steppe, Valley.

Habitats can be destroyed by pollution, and the extent to which they are affected varies depending on the species that live there. In northern European lakes, pollution has led to the creation of a new substance known as acid rain.

This substance is created from a combination of water vapor in the atmosphere and oxides released during coal combustion. In the northern European lakes, acid rain has had a devastating effect on the ecosystem, killing off many species that were previously able to survive in these waters. Acid rain is just one example of how pollution can harm habitats. Pollution can take many different forms, such as chemical spills, oil spills, and other forms of contamination. No matter the cause, pollution can cause irreversible damage to habitats, making it difficult or even impossible for some species to sthere. OverallOverall, pollution is a significant threat to habitats around the world. As such, it is essential that we take steps to reduce pollution levels and protect the environment for future generations.

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Answer:

The Yellow Sea

The west coast of the peninsula is bordered by the Korea Bay to the north and the Yellow Sea and Korea Strait to the south; the east coast is bordered by the Sea of Japan.

Explanation:

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Answer:

The current amount of the Potassium-40 sample is approximately 37.521 grams.

Explanation:

The amount of the sample of the radioactive isotope decays exponentially in time, the amount of mass of the sample as a function of time (\(m (t)\)), in grams, is described below:

\(m(t) = m_{o}\cdot e^{-\frac{t}{\tau} }\) (1)

Where:

\(m_{o}\) - Initial mass, in grams.

\(t\) - Time, in years.

\(\tau\) - Time constant, in years.

The time constant can be found from half life (\(t_{1/2}\)), in years, described in statement:

\(\tau = \frac{t_{1/2}}{\ln 2}\) (2)

If we know that \(m_{o} = 300\,g\), \(t = 3.9\times 10^{9}\,yr\) and \(t_{1/2} = 1.3\times 10^{9}\,yr\), then the current amount of the sample is:

\(\tau = \frac{1.3\times 10^{9}\,yr}{\ln 2}\)

\(\tau \approx 1.876\times 10^{9}\,yr\)

\(m = (300\,g)\cdot e^{-\frac{3.9\times 10^{9}\,yr}{1.876\times 10^{9}\,yr} }\)

\(m\approx 37.521\,g\)

The current amount of the Potassium-40 sample is approximately 37.521 grams.

Answer:

In March 1534 the Pope eventually made his decision. He announced that Henry's marriage to Anne Boleyn was invalid. Henry reacted by declaring that the Pope no longer had authority in England. hope this helps you.

During metamorphism, small mineral grains can reform into larger, interlocking grains of the same mineral through a process called recrystallization.

Metamorphism is the transformation of existing rock (the protolith) to rock with a different mineral composition or texture. Metamorphism takes place at temperatures in excess of 150 to 200 °C (300 to 400 °F), and often also at elevated pressure or in the presence of chemically active fluids, but the rock remains mostly solid during the transformation. Metamorphism is distinct from weathering or diagenesis, which are changes that take place at or just beneath Earth's surface. Various forms of metamorphism exist, including regional, contact, hydrothermal, shock, and dynamic metamorphism. These differ in the characteristic temperatures, pressures, and rate at which they take place and in the extent to which reactive fluids are involved. Metamorphism occurring at increasing pressure and temperature conditions is known as prograde metamorphism, while decreasing temperature and pressure characterize retrograde metamorphism.

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Answer:

The seafloor structures that will be encountered are shelf, slope, rise, abyssal plain, seamounts, and mid-ocean ridge/rift valley.

Explanation:

The Atlantic Ocean is the second-largest ocean in the world. It is divided into two subdivisions, the North Atlantic Ocean and South Atlantic Ocean. The North Atlantic subdivision is the one located between North America on one side, and Europe and Northern Africa on the other side.

If we were to walk from North America to Europe on the ocean floor, then the first structure we will encounter will the relatively wide continental shelf. Next will come to the slope and rise where the seafloor sharply becomes much deeper. Once we reach the bottom of the ocean we will encounter the abyssal plain, and in the abyssal plain, there are also seamounts sharply rising above the seafloor. In the central part of the ocean, we will encounter the mid-ocean ridge, which is where the rift valley is located. After that, we will encounter the same structures that we already encountered just in a reverse manner, with abyssal plain and seamounts coming first, then sharp elevation as we come to the rise and slope, and a relatively small continental shelf.

If you walked underwater from US to Europe, the seafloor structures that you would encounter are:

These are the features that the oceans are known to have. Some of the features includes:

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Answer:

atoll,canyon,glacier,lagoon.

Solar energy is becoming increasingly popular due to several reasons:

1. Renewable and Sustainable: Solar energy is a renewable energy source, meaning it can be replenished naturally and indefinitely.

long as the sun continues to shine, we can harness its energy. This makes solar energy a sustainable and environmentally friendly alternative to fossil fuels.

2. Cost-Effective: Over the years, the cost of solar panels and solar energy systems has significantly decreased, making solar power more affordable and accessible to a wider range of individuals and businesses. With proper installation and maintenance, solar energy can provide long-term cost savings on electricity bills.

3. Energy Independence: Solar energy allows individuals and businesses to generate their own electricity. By installing solar panels on rooftops or open land, they can reduce reliance on traditional utility companies and become more self-sufficient in meeting their energy needs. This independence can provide greater stability and resilience in the face of power outages or energy price fluctuations.

4. Environmental Benefits: Solar energy produces minimal greenhouse gas emissions and helps to reduce air pollution, water pollution, and dependence on fossil fuels. Switching to solar power contributes to mitigating climate change and protecting the environment for future generations.

5. Government Incentives and Support: Many governments around the world offer incentives and subsidies to promote the adoption of solar energy. These incentives can include tax credits, grants, and favorable net metering policies that allow solar energy system owners to sell excess electricity back to the grid. Such support encourages more people to invest in solar energy systems.

6. Technological Advancements: Continuous advancements in solar technology have improved the efficiency and effectiveness of solar panels. Innovations such as higher conversion rates, improved storage solutions, and flexible solar panels have expanded the possibilities and applications of solar energy.

7. Job Creation and Economic Growth: The growing solar energy industry creates numerous job opportunities across various sectors, including manufacturing, installation, maintenance, and research and development. The widespread adoption of solar energy can contribute to economic growth and the transition to a clean energy ECONOMY.

Overall, the combination of environmental benefits, cost-effectiveness, energy independence, and government support has made solar energy an increasingly popular choice for individuals, businesses, and governments worldwide.

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Answer:

A. Rift valleys form where a continental plate moves under an oceanic plate.

Explanation:

Rift valleys can form when fractures in Earth's crust widen. The valley walls slowly move at a rate of only a few millimeters a year. Which of these best describes the type of tectonic activity that forms rift valleys? Rift valleys form where a continental plate moves under an oceanic plate.

Due to geological shifts, a linear lowland is produced between highlands or mountains called rift valleys. They form hot springs, volcanoes etc.

The correct answer is:

Option C. Rift valleys form where two plates move away from each other.

This can be explained as:

Therefore, rifts are formed due to tectonic plates moving from each other.

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Hurricanes are pushed around like corks in a river by large high and low pressure weather systems.

The flow that directs the movement of weather systems (including hurricanes). Hurricanes are pushed around like corks in a river by large high and low pressure weather systems.

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Answer:

During the Chinese Civil War between the Kuomintang (KMT) and the CCP, Mao helped to found the Chinese Workers' and Peasants' Red Army, led the Jiangxi Soviet's radical land policies, and ultimately became head of the CCP during the Long March.

Explanation:

I hope this helps!

Answer:

born habits and they spend most time in water lurking for food

There are different kinds of radiation. All the radiation absorbed in the Earth's atmosphere is absorbed in the stratosphere is a false statement.

Studies has shown that about 70% of incoming total radiation is absorbed by the atmosphere and the Earth's surface and approximately 30% is reflected back to space.

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Answer:

There are different kinds of radiation. All the radiation absorbed in the Earth's atmosphere is absorbed in the stratosphere is a false statement.

Radiation is simply known as the energy that arises from a specific source and move through space in speedy manner.

The Earth is known to absorbs a lot of  the energy that touches its surface and only a small fraction is reflected.

Studies has shown that about 70% of incoming total radiation is absorbed by the atmosphere and the Earth's surface and approximately 30% is reflected back to space.

Explanation:

Due to the negative effect of the means of energy on the environment there an expected decline in energy use for the transportation of people in the next few decades.

Fuel usage results in vehicle emissions, which can be divided into air pollutants (which have a negative impact on health) and greenhouse gases (which affect the environment). Additionally, the use of fuel depletes fossil fuel reserves that are not renewable.

Burning fossil fuels causes three negative effects: air pollution, water pollution, and climate change. The substances generated during the burning of fossil fuels are to blame for these impacts.

7 ways that drilling for oil and gas is harmful to the environment

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The Coriolis force deflects a moving air mass to the right in the Northern Hemisphere and to the left in the Southern Hemisphere. It does not directly affect the air mass's velocity in any way. It only affects its direction.

What is Coriolis force?

The Coriolis effect is a phenomenon caused by the Earth's rotation. It causes moving particles, including air masses and water in the oceans, to deflect to the right in the Northern Hemisphere and to the left in the Southern Hemisphere.

This effect is most pronounced near the poles and least pronounced near the equator, where the force is nearly zero.

Coriolis force on air parcel: The Coriolis force acts on an air mass that is moving towards the equator from the North Pole, deflecting it to the right. This is because the air mass has a greater rotational velocity than the ground below it as it approaches the equator.

The Coriolis force is what causes this deflection to the right. Air masses in the Southern Hemisphere are deflected to the left as they approach the equator. The Coriolis force, like the centrifugal force, is a result of the Earth's rotation.

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1. The Sun is on the vernal equinox within a day so of d) 21 March

2. The culmination of a star is a) The point at which the star crosses the north-south line (the meridian) in the sky, when its altitude is at its highest.

3. The constellation Orion with declination of b) 7.406

4. a) 23 hr 52 min is the long of the sidereal day

5. c) 23 hr 56 min is the long of the solar day

6. Polaris will slowly drift in an ellipse about the North Celestial Pole over thousands of years because d) Precession of the Earth's rotation axis.

7. The causes of this loop in the Sun's annual motion a) The orientation of the Earth's orbit wobbles in space.

8. The most influential in advocating the heliocentric hypothesis is a) Copernicus

9. The correct geometric form of the orbits of the planets is d) Kepler

10. The other focus is C) Nothing

11.  Mercury so much harder to see in the sky with the unaided eye than Jupiter because of e) All of the above.

12. The sky at local midnight is  b) No, because Mars' orbit is inside that of Jupiter, and it can never appear very far from the Sun.

1. The Sun is on the vernal equinox within a day of d) 21 March. The vernal equinox, also known as the spring equinox, marks the beginning of spring in the Northern Hemisphere.

2. The culmination of a star refers to a) the point at which the star crosses the north-south line (the meridian) in the sky when its altitude is at its highest. It is the moment when a star reaches its highest point in the sky during its daily motion due to Earth's rotation.

3. The declination of Betelgeuse in decimal degrees is b) 7.406. To convert from degrees, minutes, and seconds to decimal degrees, you divide the minutes by 60 and the seconds by 3600 and add the results to the degrees.

4. If Earth rotated in the opposite direction, assuming the Earth's orbital motion remained unchanged, the sidereal day would be a) 23 hours 52 minutes.

5. If Earth rotated in the opposite direction, the solar day would be c) 23 hours 56 minutes. A solar day is the time it takes for the Sun to return to the same position in the sky, and it is slightly longer than a sidereal day because Earth has to rotate a little more to catch up to the Sun due to its orbital motion.

6. Polaris, the North Star, will slowly drift in an ellipse about the North Celestial Pole over thousands of years due to d) precession of the Earth's rotation axis. Precession is a slow motion caused by the gravitational interactions between Earth, the Moon, and the Sun. It causes the Earth's rotational axis to trace out a circular path over a period of about 26,000 years.

7. The "figure 8" loop in the Sun's annual motion, observed in the analemma, is caused by a) the orientation of the Earth's orbit wobbling in space. Earth's orbit around the Sun is not a perfect circle but rather an ellipse. This elliptical orbit, combined with the tilt of Earth's axis, causes variations in the speed at which Earth moves around the Sun.

8. The most influential person in advocating the heliocentric hypothesis during the historical development of understanding planetary motion was a) Copernicus. Nicolaus Copernicus proposed the heliocentric model in the 16th century, which suggested that the Sun, not the Earth, was at the center of the solar system.

9. The first person to recognize the correct geometric form of the orbits of the planets was d) Kepler. Johannes Kepler, a 17th-century astronomer, discovered that the planets move in elliptical orbits around the Sun.

10. According to Kepler, the other focus of the elliptical orbit of a planet is c) nothing - the other focus is empty. In Kepler's model, the Sun occupies one of the two foci of the planet's elliptical orbit, while the other focus remains empty.

11. Mercury is much harder to see in the sky with the unaided eye compared to Jupiter because a) Mercury always appears so close to the Sun that it is never seen in a dark sky. Mercury is an inner planet, meaning its orbit is closer to the Sun than Earth's orbit.

12. From a space base on the equator of one of Jupiter's moons, Mars can never be seen high in the sky at local midnight because b) Mars' orbit is inside that of Jupiter, and it can never appear very far from the Sun. Therefore, it will never rise to high altitudes in the sky at local midnight, which is the time when the Sun is below the horizon.

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The questions encompass various aspects of astronomy including celestial motions, astronomical objects like the Sun, stars, Mars, Jupiter, and Mercury, and the developments in astronomical theories and models. The answers involve facts related to equinoxes, the motion of Earth and stars, heliocentric theories and the visibility of planets.

The subject of these questions is astronomy and the grade is for high school level. The questions involve understanding of celestial motions and astronomical objects, like the Sun, stars, Mars, and planets such as Jupiter and Mercury. They require knowledge of the Earth's rotation and orbit, the concept of equinox, the motion of stars and celestial bodies including their declination and culmination, and the developments in astronomical theories and models over time.

Specifically, the questions touch upon the vernal equinox (d)21 March, the culmination of a star meaning the point at which the star crosses the meridian line (a), declination converted to decimal degrees (a) 7.817, rotation of Earth in the opposite direction determining the sidereal and solar days (a) 23 hr 52 min and (b) 24 hr respectively, the slow drift of Polaris is due to the precession of the Earth's rotation axis (d), the formation of 'figure 8' in the Sun's motion is due to the Earth's elliptical orbit (b), the endorsement of the heliocentric hypothesis was by Copernicus (a), the geometric form of the orbits of the planets recognized by Kepler (d), the other foci of the elliptical orbit of a planet according to Kepler is empty (c), the difficulty in viewing Mercury with the unaided eye due to several combined factors (e) and the visibility of Mars from a space base on the equator of Jupiter's moon is uncertain without additional information (d).

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Answer:

The most common name for this new development approach is cluster development, but conservation design and a number of regional terms are applied to the same concept. Regardless of its name, the main objective of cluster development is to allow residential, or even commercial, development while still protecting the area’s environmental features, allowing for more open space, and protecting farmland and the character of rural communities.

Cluster developments differ from traditional developments in several ways. Cluster developments usually site homes on smaller lots and there is less emphasis on minimum lot size. However, the total number of homes, or density, on a given acreage does not necessarily increase over that allowed in the traditional subdivision designs. The same number of homes is clustered on a smaller portion of the total available land. The remaining land, which would have been allocated to individual home sites, is now converted into protected open space and shared by the residents of the subdivision and possibly the entire community. (It is important to note that there is flexibility on the “homes per land area” issue: some incentive-based ordinances allow for development of more homes in exchange for providing other non-required features that are desirable to the community.)

In most cases, local ordinances and regulations must be updated to facilitate building conservation development subdivisions. Road frontages, lot size, setbacks, and other traditional regulations must be redefined to permit the preservation of environmentally sensitive areas, rural architecture, historical sites, and other unique characteristics of the parcel of land being developed. Developers often cite local regulations as the primary reason more innovative designs are not used. More flexible regulations does not mean “anything goes,” however. Traditional codes must be replaced with new design standards that address the goals of conservation development, such as open space Cluster/Conservation Development – Land Use Planning – Local Communi… preservation, etc.

Explanation:

Answer:

C. It is frozen in glaciers and ice caps.

Explanation:

The Arctic and Antarctica are two examples of places where water is frozen.

The process by which several images derived from different sensors are combined to produce one single image of the same area is known as image fusion.

Image fusion is a technique commonly used in remote sensing, where multiple sensors are used to gather data about the same area of the Earth's surface. Each sensor may provide a different type of data or image, such as visible light, infrared, or radar images. By combining these images using image fusion techniques, researchers can obtain a more complete and accurate picture of the area being studied.

Image fusion techniques vary depending on the type of data being combined and the intended use of the final image. Common techniques include intensity-based fusion, feature-based fusion, and decision-based fusion. The resulting image may be used for a variety of purposes, such as land cover classification, environmental monitoring, or disaster response.

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If you are giving someone directions by describing an absolute location, you could say all of the following except "go to Option D. the United States Capitol Building."

The United States Capitol Building is actually a recognizable landmark in Washington D.C. that can be used as a point of reference while giving directions, so it would not be excluded when providing directions by describing an absolute location. In contrast to the other options, "go to the United States Capitol Building" provides a relative location, not an absolute one. This is because an absolute location gives a specific location based on longitude and latitude while a relative location describes a place based on its relation to another place.

Therefore, when giving directions by describing an absolute location, the options that describe longitude and latitude, street names, or specific locations are acceptable. Therefore the correct option is  D

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Answer:

Explanation:

The reason for this relationship seems to be that the more stars a galaxy has, the more gas and dust is produced as those stars die, which is available for new stars to form. ... Other galaxies, known as starburst galaxies, produce stars at a much higher rate.

The galaxies with more dust than other galaxies generally produce more new stars because the more stars a galaxy has, the more gas and dust is produced as those stars die, which is available for new stars to form.

Galaxies are sprawling systems of dust, gas, dark matter, and anywhere from a million to a trillion stars that are held together by gravity.

Nearly all large galaxies are thought to also contain supermassive black holes at their centers.

In our own galaxy, the Milky Way, the sun is just one of about 100 to 400 billion stars that spin around Sagittarius A*, a supermassive black hole that contains as much mass as four million suns.

Galaxies are groups of stars and other space objects held together by gravity. There are more than 100 billion galaxies in the universe, each presenting beautiful structures that can be seen in telescope images taken of the distant universe.

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Answer:

Sumerians

Explanation:

The concept of the wheel actually grew out of a mechanical device that the Sumerians had invented shortly after 3500 B.C. —the potter's wheel. No other civilization of their time had one. This was a heavy flat disk made of hardened clay.

Answer:

Females initiate courtship and copulation by displaying submissive postures in front of the male.

Explanation:

They rarely breed more than once in a single season. Copulation has been observed on land and in shallow and deep water. Courtship and copulation may last from a few minutes to a few hours.

The two time interval during which the particle undergoes equal displacement is "AB & DE" (Option B)

The two intervals reflect the particle's equal displacement. Delta (x) is always equal to 2. As a result, you must average the start and final velocities of each period. The total displacement is then found by multiplying by two.

That is:

2 * [ (0 + 10)/2 ] = 10 for interval AB

2 * [ (7 + 3)/2 ] = 10 for interval DE

The time interval is the amount of time that elapses between two specified times. In other words, it is the length of time elapsed between the start and finish of the event. It is sometimes referred to as elapsed time.

A larger period of time can be broken into several shorter periods of time that are all the same duration. These are known as time intervals. Assume you wanted to measure the speed of an automobile throughout an hour's drive. You might divide the hour into ten-minute increments.

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Full Question:

During which two time intervals does the particle undergo equal displacement?

Choices:

a) AB & BC

b) AB & DE

c) BC & DE

d) CD & DF

Answer:

Temperature increases as you gain altitude in the stratosphere and the thermosphere. Temperature decreases as you gain altitude in the troposphere and mesosphere.

The statement "the sky is blue because molecules in the atmosphere scatter blue light more effectively than red light." is true as this phenomenon is called Rayleigh scattering.

Rayleigh scattering, a phenomenon, is the reason the sky appears blue. The molecules in the atmosphere scatter sunlight as it travels through the atmosphere of Earth. Due to the size of the particles involved, blue light, which has a shorter wavelength, is scattered more than red light which has a longer wavelength.

The blue hue of the sky is a result of this blue light's dispersion in all directions. In contrast, the shorter blue and green wavelengths scatter away during sunrise and sunset because more of the atmosphere must be penetrated by the sunlight giving those times of day their reddish hues.

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Answer: your mum dancing in question 1

Explanation:

ur mum crying in question 2