Describe two effective means of preventing the spread of malaria.

Immigrants can participate in changing a city's language by bringing different pronunciations, accents, and vocabulary to the city.

Pronunciations change, new words are created or borrowed, the meaning of old words shifts and morphology either develops or degrades. The pace of change varies, but regardless matter how quickly or slowly they happen, the "mother tongue" eventually becomes different.

These changes will ultimately have an impact on translation and interpreting since skilled interpreters and translators must be aware of any variances in language use and take them into account depending on their target audience. Although most second-generation immigrants utilize the dialect when interacting with one another, this may alter over time, so legal interpreters must be aware of circumstances where immigration legislation is being translated.

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Answer:

vnh

Explanation:

The earliest hominins evolved toward the end of the Miocene or beginning of the Pliocene Epoch is a true statement.

Homonins refer to a diverse group of primates that includes all modern humans, extinct human species, and all their immediate ancestors before the split from chimpanzees. The hominin lineage has existed for at least 6 million years (since the late Miocene epoch) and possibly as long as 10 million years.  

Hominins underwent a series of morphological and behavioral adaptations during this period in response to selective pressures such as climate change, competition for resources, and predation. Some of the earliest hominins include Ardipithecus ramidus, Sahelanthropus tchadensis, and Orrorin tugenensis which lived between 6 and 7 million years ago, towards the end of the Miocene epoch.

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Answer:

B. Cellular Coverage

Explanation:

Every other answer is an established region of the world, and each answer is relative to each other.

Answer:

wrong topic

Explanation:

error

Answer:

30

Explanation:

Global warming doesn't mean temperatures rise  far and wide at every time by same rate. Temperatures might rise 5 degrees in one region and drop 2 degrees in another.

For case, exceptionally cold  layoffs in one place might be balanced by extremely warm  layoffs in another part of the world. Generally, warming is lesser over land than over the  abysses because water is slower to absorb and release heat( thermal  indolence). Warming may also differ  mainly within specific land  millions and ocean basins.   In the  vitality at the top of the  runner and in the bar map below, the times from 1880 to 1939 tend to be cooler,  also  position off by the 1950s. Decades within the base period( 1951- 1980) don't appear particularly warm or cold because they're the standard against which other times are measured.

 The leveling off of temperatures in the middle of the 20th century can be explained by natural variability and by the cooling  goods of aerosols generated by manufactories, power  shops, and motor vehicles in the times of  rapid-fire  profitable growth after World War II. Fossil energy use also increased after the war( 5 percent per time), boosting  hothouse  feasts. Cooling from aerosol pollution  happed  fleetly. In  discrepancy,  hothouse  feasts accumulated  sluggishly, but they remain in the atmosphere for a much longer time.

According to former GISS director James Hansen, the strong warming trend of the  once four decades  probably reflects a shift from balanced aerosol and  hothouse gas  goods on the atmosphere to a ascendance  of  hothouse gas  goods after aerosols were  checked by pollution controls.

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assuming that the chemical firm has the legal right to dump effluent into the lake, we can analyze the economic implications of this situation.

Given that each ton of chemical output causes a 20-pound reduction in the annual catch of the fishing firm, we can calculate the cost incurred by the fishing firm due to the pollution caused by the chemical producer.

Let's assume the fishing firm's annual catch without any pollution is C0. With the pollution caused by the chemical producer, the fishing firm's annual catch would be reduced by 20 pounds for each ton of chemical output. Let's denote the chemical output as Q (in tons).

The total reduction in the fishing firm's annual catch, denoted as ΔC, can be calculated as follows:

ΔC = 20 * Q

To determine the economic cost incurred by the fishing firm, we need to multiply the reduction in catch by the market price of fish. Given that the current competitive market price of fish is $3 per pound, the cost (C) incurred by the fishing firm due to pollution can be calculated as:

C = 3 * ΔC

C = 3 * (20 * Q)

C = 60Q

Therefore, the economic cost incurred by the fishing firm due to the pollution caused by the chemical producer is 60 times the quantity of chemical output (Q) in dollars.

It's important to note that this analysis assumes zero transaction costs and that the chemical firm has the legal right to dump effluent into the lake. However, it's worth considering the potential environmental and social externalities associated with such pollution, which may have broader impacts beyond the direct economic cost to the fishing firm.

HOPE THIS HELP :)

Answer:

The answer is gemstone.

In order to model the Earth's systems, scientists would have to go back c. 5,000 years.

Earth System Models are used to check the interactions between the biosphere and the atmosphere amongst others.

These systems go back 5,000 years because the Earth has been around for millions of years and there is a need to go as far back as possible.

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Answer:

North Pole

Explanation:

As viewed from the north pole star Polaris, Earth turns counterclockwise. The North Pole, also known as the Geographic North Pole or Terrestrial North Pole, is the point in the Northern Hemisphere where Earth's axis of rotation meets its surface. This point is distinct from Earth's North Magnetic Pole.

Answer:

there is a projective changes in wind patterns, precipitation and temperature can change the amount of contaminate transport and deposit in Arctic.

further more melting of glaciers can release pollutants which had been captured by ice from so many years.

Explanation:

Answer:

most territories consi

Explanation:

Answer:

C

Explanation:

The run-off will absorb the fertilizer and it will contanimate the lake

Answer:

yes

Explanation:

Answer: it is 11:30am

Explanation:

High pressure system is caused when cold air sinks or subsides and Low pressure system is caused when warm air rises.

Wind is created when a high pressure system moves to a low pressure system, and the unbalanced air system are formed by the unequal heating within the atmosphere.

The high pressure moves into the low pressure because the low pressure system is rising air and the high pressure system is sinking air.The high pressure system will sink and fill in the void that is left by the rising low pressure systemn.

Warm air rises,creating a low pressure zone whereas, cool air sinks, creating a high pressure zone.Air that moves horizontaly between high and low pressure zones makes wind.The greater the pressure difference between the pressure zones the faster the wind moves.

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Yes if i can i will do my best

ne of the most remarkable—and least

celebrated and understood—political stories

of the postcommunist region is the relative

success of democratization in Bulgaria. Not only has

democratization taken place but democracy has taken

hold. Bulgaria has avoided the slide toward

authoritarianism that occurred in Russia, Ukraine,

Belarus, Albania, Armenia, and all the countries of

Central Asia in the second half of the 1990s.

Explaining Bulgaria’s experience is difficult. Most of

the usual explanations for success do not work.

Bulgaria does not have a hardy democratic tradition.

The brand of Sovietism practiced in Bulgaria was

similar to that found in the USSR. Dissent was dealt

with harshly. In contrast with Hungary or Poland, no

substantial political or economic liberalization

occurred during the 1970s or 1980s. At the onset of

the regime change, Bulgaria was poor even by regional

standards, and the economic trauma it endured during

the early years of transition was as severe as that

experienced by Russia and Ukraine. Neighborhood

effects cannot be considered particularly auspicious.

Bulgaria shares a long border with Serbia, and Sofia is

located close to that border. To its south, Bulgaria is

bounded by Greece and Turkey; it is the only country

to share a border with both. Bulgaria does not border

a West or Central European country. Nor does it have

an ethnically homogeneous population. It has a large

Turkish minority, geographically concentrated in the

south, as well as substantial populations of Roma and

Pomaks. The precommunist history of relations

between Bulgarians and Turks was bloodier than that

between Serbs and the people now called Bosnian

Muslims, and relations between the two groups in

Bulgaria were much worse during the Soviet era than

those between the two groups in Yugoslavia. In short,

Bulgaria did not enter the postcommunist era as a

leading candidate for robust democratization. Yet

democracy came nonetheless, and it appears to be

holding, perhaps even deepening.

After the beginning of the regime change

at the end of the 1980s, Bulgaria did develop one

noteworthy asset: an array of reasonably strong polit-

ical parties. Like Romania and Mongolia, arguably

the postcommunist region’s two other pleasant

surprises in the realm of democratization, Bulgaria

has had a relatively high rate of popular participation

in parties. Seven percent of voting-age Bulgarians, 12

percent of Romanians, and 20 percent of Mongolians

belong to parties. The numbers are all high by post-

communist standards and are far greater than in

Russia and Ukraine, where rates of party member-

ship are one or two percent (Marc Howard,

Demobilized Societies: Understanding the Weakness of

Civil Society in Post-Communist Europe [Ph.D. disserta-

tion, University of California, Berkeley, 1999]; M.

Steven Fish, “Mongolia: Democracy without

Prerequisites,” Journal of Democracy 9, no. 3 [July

1998]). In Bulgaria, as in Romania and Mongolia,

the communist-successor party or parties account for

a substantial proportion of overall party membership,

but major liberal or otherwise noncommunist-

successor parties emerged as well. It is difficult to

locate anything other than political parties to account

for the Bulgarian (or for that matter, Romanian and

Mongolian) advantage in democratization.

In Bulgaria, the most impressive party to emerge

since the dawn of open politics is the Union of

Democratic Forces (UDF). It is not only the strongest

party in Bulgaria; it is arguably the mightiest right-

center party in postcommunist Europe. Only Vaclav

Klaus’s Civic Democratic Party even compares to the

UDF in terms of membership magnitude, organiza-

tional coherence, and depth of rootedness in society.

Where the UDF came from

The UDF started life as a mélange of over a dozen

diminutive groups that coalesced loosely during the

early phase of the regime change. It lost the first parlia-

mentary elections to the Bulgarian Socialist Party

(BSP), the main communist-successor party. It fared

better in the 1991 elections and from November 1991

until September 1992 enjoyed a brief stint as the

leading party in government. It also did well in races

for local offices, especially in urban areas.

In California, the vertical distribution of natural vegetation usually follows a sequence of starting from a valley and going up a western slope. The elevation increases from the Central Valley to the coastal mountains, and the vegetation changes with elevation and climate.

California's vegetation is categorized into different natural vegetation zones, and each zone is distinguished by the types of plants that grow in it. Each of these zones has different patterns of vegetation depending on various factors like temperature, precipitation, and altitude. The vertical distribution of vegetation in California is such that it starts from the valley floor and then goes up a western slope. The Central Valley in California has a lower elevation than the surrounding areas, and the coastal mountains to the west have a higher elevation. As elevation increases, temperatures drop, and precipitation increases, leading to a change in vegetation. For instance, at lower elevations, oak woodlands and grasslands dominate, while at higher elevations, coniferous forests are present.The Sierra Nevada mountain range, which is east of the Central Valley, is another area in California that has a vertical distribution of vegetation. As you go up the Sierra Nevada Mountains, you will find different vegetation zones, ranging from oak woodlands at lower elevations to subalpine forests at higher elevations. In conclusion, California's vegetation varies with elevation and climate, and the vertical distribution of natural vegetation in California usually follows the sequence of starting from a valley and going up a western slope.

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Find the volume of a pyramid with a square base, where the area of the base is \(\displaystyle 27.5 cm^2\) and the height of the pyramid is 8.6 cm.

To find the volume of a pyramid with a square base, we can use the formula:

\(\displaystyle V = \frac{1}{3} \times \text{Base Area} \times \text{Height}\)

Given that the area of the base is 27.5 cm\(^2\) and the height of the pyramid is 8.6 cm, we can substitute these values into the formula to calculate the volume.

\(\displaystyle V = \frac{1}{3} \times 27.5 \, \text{cm}^2 \times 8.6 \, \text{cm}\)

Simplifying the expression:

\(\displaystyle V = \frac{1}{3} \times 235.5 \, \text{cm}^3\)

Calculating the result:

\(\displaystyle V = 78.5 \, \text{cm}^3\)

Rounding the answer to the nearest tenth of a cubic centimeter, the volume of the pyramid is approximately 78.5 cm\(^3\).

The crust can melt at the same temperature as the solid plume because the felsic continental material's liquid/solid line is located relative to the highly mafic mantle plume at a colder temperature.

The decompression of rising clouds causes everything above them to melt. Lower lithosphere rocks are melted by the heat from the clouds. The heat of the clouds melts rocks in the lower lithosphere. The largest (and most persistent) mantle plumes are thought to form at the core-mantle interface about 1,800 miles below the Earth's surface where a large amount of mantle rock is heated, but other plumes in the mantle are thought to form.

Small plumes can also form in places. Continental crust is thicker than oceanic crust, which ranges in thickness from 25 km to 70 km. Continental crust accounts for 70% of the Earth's volume and is usually above sea level. Most are submerged lies. Up to 40% of the Earth is made up of continental crust. Sedimentary, igneous, and metamorphic rocks make up the continental crust. It forms a flat submarine area near the continental upper layers and near the coast.

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Answer:

A geologist can understand the past environment, the evolution of life, and the changes in the Earth's surface by studying the fossil composition of sedimentary rocks. By analyzing the fossil record, geologists can gain insights into the Earth's history and the development of life on the planet.

Explanation:

A geologist can understand the past environment, the evolution of life, and the changes in the Earth's surface by studying the fossil composition of sedimentary rocks. By analyzing the fossil record, geologists can gain insights into the Earth's history and the development of life on the planet.

The ozonosphere corresponds with the stratosphere is true about atmospheric temperature. So the option C is correct.

In this question the thermosphere and ozonosphere are the same. noctilucent clouds occur in the ozonosphere. the ozonosphere corresponds with the stratosphere. the ozonosphere stretches from the earth's surface to approximately 50 km (30 mi.). all but 0.001 percent of the atmosphere is accounted for within the stratosphere and we have to find which of the following is true.

The statement can be expressed mathematically as: 0.999% of the atmosphere is in the stratosphere and 0.001% of the atmosphere is in the ozonosphere. The stratosphere extends from the earth's surface up to approximately 50 km (30 mi.), and the ozonosphere corresponds to the stratosphere. Noctilucent clouds can be found in the ozonosphere, which is located in the upper part of the atmosphere.

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The complete question is:

Atmospheric temperature which of the following is true?

A. the thermosphere and ozonosphere are the same.

B. noctilucent clouds occur in the ozonosphere.

C. the ozonosphere corresponds with the stratosphere. the ozonosphere stretches from the earth's surface to approximately 50 km (30 mi.).

D. all but 0.001 percent of the atmosphere is accounted for within the stratosphere.

Answer:

A caldera

Explanation:

A caldera is a large depression formed when a volcano erupts and collapses. During a volcanic eruption, magma present in the magma chamber underneath the volcano is expelled, often forcefully.

No, sea level would not affect the areas where tectonic plates are found. Tectonic plates are located deep within the Earth's crust, and sea level is a surface-level phenomenon that does not affect the movement and location of these plates.

Answer:

gceguide website

tutor2u

snaprevise

geography-revision.co.uk

geographyrevisionalevel.weebly.com

Explanation:

They work for either AQA or CIE

you can also check slideshare.net as many people post as and a level notes, just search through thoroughly.

Your welcome

Answer:

2.7

Explanation:

Short answer: took the test

Actual explanation: Finding the coordinate means that we need to find the x distance first between the two points. So, the coordinates are A (0, 0) and B (4, 3).  

- the x distance: 0 to 4, which is 4 units.

Using the 4 units and the fraction, 2/3 because we want to find it 2/3 the distance a-b, we set it up like this

-2/3 * 4/1 (4/1 comes from the x-distance, which is 4 units) and get 8/3 (by multiplying across) which is 2.666,

and we round it to get 2.7, which is the final answer.

they are only asking for the x-distance, which is why we only solved for the x distance.

hope this helps :)
~addison~

Two unique points on a line define the boundaries of a line segment. A line segment is sometimes referred to as a section of a line that links two places.

2.7 : In order to calculate the coordinate, we must first determine the x distance between the two points. So, A (0, 0) and B are the coordinates (4, 3).

- the x distance, which is 4 units from 0 to 4.

This is how we set it up using the 4 units and the fraction 2/3 to get the distance between a and b.

-2/3 * 4/1 (4/1 is the result of the x-distance, which is 4 units), which produces 8/3 (by multiplication across), which is 2.666,

2.7 is the result after rounding, which completes the equation.

We just provided a solution for the x distance since that is all they asked for.

A point at one end, which serves as the beginning point, and an arrow at the other end are used to symbolize rays. This arrow signifies that the line never ends.

A line that you observe without an initial or a terminus is an example. In real life, a line segment might be represented by a stick, a pencil, or a ruler.

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The perimeter of the square is 4√53.

The endpoints of square is (4,7) and (-3,5).

The distance between the two ends is the side of the square. The distance formula can be used to determine this:

d = √((x₂ - x₁)² + (y₂ - y₁)²)

From the given points, x₁ = 4, x₂ = -3, y₁ = 7, and y₂ = 5.

Now substitute the values.

d = √((-3 - 4)² + (5 - 7)²)

Simplify

d = √(-7)² + (-2)²

d = √49 + 4

d = √53

The square's side is therefore √53.

Since the square have four side and all sides are equal. So the square's circumference is 4√53.

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Answer:

The vegetation of the Balkan Peninsula is different from the vegetation of the Baltic Region because of the different climates of the two regions. The Balkan Peninsula has a Mediterranean climate, which is characterized by hot, dry summers and mild, wet winters. The Baltic Region has a continental climate, which is characterized by cold, snowy winters and warm, humid summers.

The Mediterranean climate is ideal for the growth of evergreen trees, such as pines, firs, and cypresses. The Baltic Region's continental climate is ideal for the growth of deciduous trees, such as oaks, maples, and birches.

In addition to the different climates, the two regions also have different topographies. The Balkan Peninsula is a mountainous region, while the Baltic Region is a flat region. The mountains of the Balkan Peninsula block the cold air from the north, which allows the Mediterranean climate to prevail. The flat topography of the Baltic Region allows the cold air from the north to penetrate the region, which makes the climate colder.

The different climates and topographies of the Balkan Peninsula and the Baltic Region are responsible for the different vegetation of the two regions.