Should refugees have to go back to their country once it is safe or should they have the option of staying and requesting residency or citizenship in their new country?

Answer:

Discrimination,  exploitation, and unsafe working conditions.

Answer:

Language could be a difficulty causing communication barriers and making the migrants have trouble expressing their thoughts or perspectives. Discrimination is often faced by migrant workers, as they are not from their host country. Health care can sometimes be a struggle as not having a citizenship of the host country may make it hard to obtain health care.

Answer:

FALSE is the correct answer for this question

Explanation:

In order to generate an igneous rock with a fine-grained texture, several conditions must be met. First, the magma or lava that is the precursor to the igneous rock.

This slow cooling allows for the individual mineral grains to grow and develop in a uniform manner, resulting in a fine-grained texture.

This slow cooling process is often facilitated by an environment where heat is lost slowly over a long period of time, such as deep within the Earth's crust. As the magma or lava cools, the individual mineral grains that make up the rock begin to recrystallize into smaller grains. This recrystallization process is driven by increased heat and pressure, which cause the larger grains to break down into smaller ones.

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Answer:

B is right just got 100% pls mark brainliest

Explanation:

Answer:

Eclipse sounds like he saying he clips

Explanation:

Answer:

Once buried, the fossil and surrounding rock might undergo extreme pressure and heat, and the fossils could melt. Once fossils are formed, they might be washed away by streams, moved by glaciers, carried by scavengers, or caught in rockslides. Weathering by wind, water, and sun can destroy a fossil by wearing it away.Explanation:

Answer:

black hole ueueyebeucbrrhdufhennd

When scientists plotted the points of normal and reversed polarity on a seafloor map the type of pattern that did they discover in the magnetic polarity is option A: stripes of normal and reversed polarity.

The presence of reverse magnetic polarity found in the opposite sides that is south and northern parts of the ridges is due to the magnetic properties of the magma which get aligned to the earth's magnetic fields.  

Magnetism on the seafloor leads to ridges having reversed and normal polarity. These ridges often alternate. The reverse polarities and old and new sea floors are found in association to the spreading of magma in the opposite direction of the ridges.

The first ridge to the right will have a normal polarity. The next ridge will be reversed and this trend will then repeat till the end.

Therefore, correct option is A.

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Answer:

shipping transportation and engineering

Answer:

Language has many jobs. ... Thus, language is also used to transmit values, laws, and cultural norms, including taboos. Language, since it expresses and reinforces culture, influences the personal identity of those living within the culture and creates boundaries of behavior. Those boundaries can include censorship.

Explanation:

hope this helps

A mountain's rain shadow side is the side that is protected from the direction of the wind and is usually drier than the windward side, which faces the wind and gets more precipitation.

The following circumstances describe a mountain's rain shadow side:

Dry climate: Because the air has released most of its moisture as it rises over the mountain, the side of a mountain that receives rain is usually dryer than the side that receives wind.

Landscapes that are arid or semi-arid, such as deserts or grasslands, are frequently created by the dry climate on the rain shadow side.

Temperature extremes: The mountainside in a rain shadow will be cooler because the air won't hold any moisture

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Answer:

atmosphere of an area

Explanation:

trust it's correct coz am from doing it :)

The North Atlantic and North Pacific regions have similarities and differences in terms of phytoplankton blooms, with variations in physical factors, nutrient availability, and top-down control. Iron fertilization, whether natural or manmade, could alter these patterns.

The North Atlantic and North Pacific share similarities in terms of latitude and seasonal cycles of temperature and light, which influence the availability of sunlight for photosynthesis by phytoplankton. However, the presence of a classic "spring bloom" differs between the two regions.

Physical differences, such as variations in ocean circulation, mixing, and water column stability, contribute to differences in nutrient availability and the development of phytoplankton blooms. Bottom-up control, primarily driven by nutrient availability, is more important in the North Atlantic, where the spring bloom is prevalent. In contrast, the North Pacific experiences stronger top-down control, with grazers exerting greater influence on phytoplankton populations.

The North Atlantic exhibits higher primary productivity rates and biomass due to the availability of nutrients and the occurrence of a spring bloom. The North Pacific, without a prominent spring bloom, has lower primary productivity and biomass. Iron fertilization, whether natural (volcanic activity) or manmade, could potentially alter the bloom patterns in both the North Atlantic and North Pacific. Iron is a crucial micronutrient for phytoplankton growth, and its availability can limit primary productivity. Artificial or natural iron inputs may enhance primary production and influence the dynamics of phytoplankton blooms in these regions.

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While the North Atlantic and North Pacific share some ecological similarities, their differences in nutrient availability, top-down and bottom-up control mechanisms, and the potential impact of iron fertilization contribute to variations in phytoplankton blooms and primary productivity between these regions.

The North Atlantic and North Pacific are similar in terms of their latitudes and seasonal cycles of temperature and light. Both regions experience similar physical conditions such as sunlight availability and temperature variations. However, they differ in terms of their oceanographic features, water circulation patterns, and nutrient distributions. The North Atlantic is influenced by the Gulf Stream and has a more pronounced vertical mixing of water masses compared to the North Pacific.

The importance of top-down (predator-driven) or bottom-up (nutrient-driven) control varies between the two regions. In the North Atlantic, bottom-up control is often more important, where the availability of nutrients, particularly nitrogen and phosphorus, limits phytoplankton growth. In contrast, the North Pacific is characterized by strong top-down control due to the presence of grazers like copepods that consume phytoplankton, keeping their populations in check.

Primary productivity refers to the rate at which organic matter is produced through photosynthesis by phytoplankton. The North Atlantic, with its nutrient-rich conditions, supports high primary productivity. In contrast, the North Pacific experiences lower primary productivity due to nutrient limitations. However, primary production (accumulated biomass) may still be substantial in the North Pacific due to longer phytoplankton growth seasons and the presence of large diatom species that can store significant biomass.

Iron fertilization, whether natural (volcanic activity) or manmade, can significantly alter the patterns of phytoplankton blooms in both the North Atlantic and North Pacific. Iron is a critical micronutrient for phytoplankton growth, and its availability often limits productivity in these regions. Fertilization events can stimulate phytoplankton growth, leading to enhanced blooms and increased primary productivity. However, the effectiveness and ecological consequences of iron fertilization are still subjects of scientific research and debate, as it can have complex and varying impacts on the marine ecosystem.

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Answer:

Time of change in the sahara desert of south africa.

Explanation:

This barrier system would be a sum of the marginal private benefits for anyone who benefits from the barrier.

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Weather instruments are tools used to measure and observe various atmospheric conditions and phenomena.

These instruments provide valuable data that helps meteorologists and researchers analyze and predict weather patterns. There are several types of weather instruments designed to measure different aspects of the atmosphere. One common weather instrument is the thermometer, used to measure temperature. Thermometers can be traditional mercury or alcohol-filled devices or more modern electronic thermometers.

Another essential instrument is the barometer, which measures atmospheric pressure. Changes in atmospheric pressure indicate shifts in weather patterns and can help predict approaching storms or changes in weather conditions. The anemometer is used to measure wind speed and direction. It consists of cups or blades that rotate in response to the wind, providing information on wind velocity.

The hygrometer measures humidity, or the amount of moisture present in the air. This information is important for understanding the comfort level, evaporation rates, and potential for precipitation. These devices collect and measure precipitation, typically in millimeters or inches.

Other weather instruments include weather vanes for determining wind direction, pyranometers for measuring solar radiation, and weather balloons equipped with various sensors for gathering data at different altitudes. Overall, weather instruments play a crucial role in collecting accurate and reliable data about atmospheric conditions, enabling meteorologists and scientists to study and understand weather patterns, make forecasts, and monitor changes in the Earth's climate.

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Answer:

Modern global warming is the result of an increase in magnitude of the so-called greenhouse effect, a warming of Earth's surface and lower atmosphere caused by the presence of water vapour, carbon dioxide, methane, nitrous oxides, and other greenhouse gases.

Wells in which water is under natural pressure and rises to the surface are called artesian wells. The correct option is C.

Artesian wells are those where the water is under natural pressure and rises to the surface. These wells draw water from confined aquifers, which are composed of layers of impermeable rock or soil and water. Without the aid of pumps or other outside forces, the water flows upward due to the pressure that the nearby geologic formations exert on it.

The French region of Artois is where the first successful artesian well was drilled in the 18th century, and it is where artesian wells get their name. In areas where the natural underground pressure is sufficient to force the water to the surface, these wells can offer a dependable source of water. For centuries, they have been used to get access to water for drinking, irrigation and other uses.

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Answer:demilitarized zone

Explanation:

Answer:

A.)Rolling hills and plateaus

Explanation:

The Brazilian Highlands consist of ancient crystalline shields and syneclises filled in by sedimentary and volcanic rock. In the topography, the shields are expressed primarily by socle plains 250–300 m in elevation to the north and 800–900 m in the center, with individual butte peaks or clumpy blocks up to 1,350 m high

The correct answer is a. Salt from road de-icing is swept into the city's storm sewers.

A point source of water pollution refers to a specific and identifiable location where pollutants enter a water body. In this case, the salt from road de-icing being swept into the city's storm sewers is a clear example of a point source of water pollution. The source of pollution, in this case, is localized and can be traced back to the specific location where road salt is applied. The storm sewers act as a conduit, carrying the saltwater runoff directly into nearby water bodies, such as rivers or lakes, leading to potential water pollution.

The other options listed do not represent point sources of water pollution.

b. A housing development built over a garbage dump represents a potential source of groundwater contamination but is not a point source that directly releases pollutants into a specific water body.

c. A rainstorm flushing litter and pet waste from surrounding parks into a nearby lake is an example of non-point source pollution, as it involves the runoff from a larger area rather than a specific point of discharge.

d. Fertilizers and pesticides seeping into groundwater from farming operations represent a diffuse source of pollution rather than a specific point source.

Therefore, option a. Salt from road de-icing being swept into the city's storm sewers is the example that best fits the definition of a point source of water pollution.

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Answer:Of the options below, which is an example of a point source of water pollution?

Salt from road de-icing is swept into the city’s storm sewers.

Fertilizers and pesticides from the valley’s farming operations seep into groundwater.

A housing development is built over a garbage dump that was buried and abandoned.

A rainstorm flushes litter and pet waste from surrounding parks into a nearby lake.

Explanation:

Correct Answer:

A housing development is built over a garbage dump that was buried and abandoned.

When the moon assumes its characteristic thin crescent shape, the position of the sun is on the opposite side of the Earth, relative to the moon.

When the moon assumes its characteristic thin crescent shape, it is in its new moon phase. During this phase, the moon is located between the sun and Earth, with its dark side facing Earth.  The sun's position is crucial in determining the phases of the moon, as the amount of sunlight reflected by the moon changes depending on its position relative to the sun and Earth. As the moon orbits the Earth, the angle between the sun, Earth, and moon changes, causing the phases of the moon to cycle through a predictable pattern. This cycle is known as the lunar cycle, which takes approximately 29.5 days to complete. Overall, the position of the sun is an essential factor in understanding the phases of the moon and its relationship to Earth.

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Polish and Lithuanian, Norway, Finnish, Estonia, Latvia, Minsk, Ukraine, Georgia, Azeri, Kazakhstan, China, Mongolian, and North Korea are among the 14 nations that Russia shares borders with.

The boundaries and guidelines we establish for ourselves in relationships are known as personal boundaries. When necessary, a person with strong boundaries is able to say "no," yet they are also at ease with closeness and personal connections.

Being able to refuse requests and take rejection from others being able to express demands and wants clearly. recognizing and honoring their own needs as well as those of others. respecting others' values, convictions, and viewpoints, especially when they conflict with one's own.

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Answer:

The further a region gets from the Equator, the colder it gets.

Answer:

look below

Explanation:

The mountains were formed over tens of millions of years as the African and Eurasian tectonic plates collided. Extreme shortening caused by the event resulted in marine sedimentary rocks rising by thrusting and folding into high mountain peaks such as Mont Blanc and the Matterhorn.