the navigable rivers in western europe have historically impacted economic development in the region by —

It is false that the severe decrease in global temperatures that occurred around 36 million years ago during the Eocene epoch did not allow adapoids and omomyoids to thrive and increase in numbers. It was actually the opposite.

During the Eocene epoch, which began around 56 million years ago, the Earth experienced a period of elevated global temperatures. This warm climate supported the diversification and expansion of adapoids and omomyoids, two groups of early primates. They were well adapted to the lush tropical environments prevalent during that time.

However, around 36 million years ago, there was a significant cooling event known as the Middle Eocene Climatic Optimum. This period marked a transition towards cooler global temperatures. The decrease in temperatures led to the decline and eventual extinction of many tropical and subtropical plant species, which formed the primary food source for adapoids and omomyoids.

As a result of the cooling temperatures, adapoids and omomyoids faced significant ecological challenges. The contraction of their preferred habitats and the loss of key food sources likely led to a decline in their populations rather than thriving and increasing in numbers. Therefore, the statement that the severe decrease in global temperatures allowed adapoids and omomyoids to thrive and increase in numbers is false.

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Answer:

c) Spain

Explanation:

Spain ruled Philippines for almost three hundred years - 333 years (3 centuries). Hence, option (c) is the correct answer.

Earthquake magnitude is an objective measurement of the energy released by an earthquake, whereas intensity is a subjective measurement of the effects and damage caused by an earthquake at a specific location.

Magnitude is typically determined using mathematical calculations based on seismic wave measurements. It is represented by a numerical value on a logarithmic scale, such as the Richter scale or the moment magnitude scale (Mw).

Magnitude quantifies the total energy released by an earthquake at its source, regardless of the location or the impact it has on human structures or society.

It provides a standardized measure that allows scientists to compare earthquakes and study their characteristics.

On the other hand, intensity refers to the level of shaking and the resulting effects experienced at a specific location due to an earthquake.

Intensity is determined through observations, surveys, and assessments of the damage caused to structures, infrastructure, and human activities. It takes into account factors such as building design, local soil conditions, and distance from the earthquake source.

Intensity is often described using descriptive scales, such as the Modified Mercalli Intensity (MMI) scale, which ranges from I (not felt) to XII (total destruction).

While magnitude provides an objective measure of the earthquake's energy release, intensity offers a subjective evaluation of its impact on the affected area, considering the human and built environment.

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The hypothesis of continental drift failed to explain why the continents on Earth are moving while plate tectonics does.

The continents on which we reside do not appear to be moving to us. However, they are actually slowly moving in relation to one another. A scientific theory termed continental drift was put forth about this movement of the continents around the beginning of the 20th century. Although this hypothesis was initially mocked, it paved the way for another one termed plate tectonics, which is today regarded by experts as a valid explanation for how the continents on Earth move.Consequently, plate tectonics is now a more complete theory.

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Answer:

WHAT

Explanation:

In geology, determining time equivalency in rocks is called correlation. Option A is the correct answer.

To determine which sedimentary layers are similar in age yet geographically dispersed, correlation is the technique. Utilizing certain rock sequences, magnetic polarity reversals, or index fossils, correlation can be found. Stratigraphic, lithostratigraphic, chronostratigraphic, and biostratigraphic correlations are the four primary forms of correlation. Option A is the correct answer.

The geological approach of correlation is crucial because it sheds light on the changes that have occurred throughout Earth's history. The times at which such adjustments have happened are also disclosed. As a consequence of these studies, a geologic time scale that divides Earth history into a number of distinct time periods known as eras, periods, and epochs has been created.

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The complete question is, "In geology, determining time equivalency in rocks is called ______.

A. correlation

B. corresponding

C. continuity"

The magnitude tells you how much damage has been caused by the earthquake, while the intensity tells you how much energy was released by the earthquake.

The answer is option B.

Magnitude is a measure of earthquake size and stays unchanged with distance from the earthquake. Depth, but, describes the degree of shaking caused by an earthquake at a given area and decreases with distance from the earthquake epicenter.

The severity of an earthquake may be expressed in terms of each depth and value.

Magnitude measures the strength released on the supply of the earthquake. Magnitude is determined from measurements on seismographs. Intensity measures the energy of shaking produced by means of an earthquake in a certain area. intensity is determined from outcomes on human beings, human systems, and the natural surroundings.

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The earliest needles were made of bone or wood. Modern needles are manufactured from high carbon steel wire and are nickel or 18K gold plated for corrosion resistance.

On one side of the world, a sharp wind blows across the golden sand, rattling the dry tumbleweed. At the same time on another continent, a warm rain begins to fall, dripping down the broad green leaves and onto the musky soil. The climate and landforms of the area create the different qualities of a biome, from mountains to the Mediterranean.

Climate and landforms are the two factors that determine what characteristics a biome has. Climate plays an important role in the temperature of a place. Is it hot in the summer and cold in the winter? Mild year-round? The weather and precipitation affect what grows in a place, such as sparse shrubs in the Alpine Tundra or lush trees in the Rain forest.

Landforms also affect what grows in an area. Rocky hills won't support Mediterranean biomes, which have a large plant and life diversity. Alpine Tundra or Boreal Forests are more suited for these rocky areas. The landforms of mountains may affect the climate. The rain shadow effect from mountains creates a temperate forest on one side and grassland on the other! The diversity of biomes, even on the same content, is also due to landforms.

To create a wide diversity of biomes, climate and landforms work together. Climate determines the season's temperature and growth. Landforms stabilize the plants and sometimes the precipitation. With a wide field of many biomes, landforms and climate are imperative to determine the characteristics of a biome.

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Answer:

making a loud or confusing noise

Explanation:

Answer: A rough and uncertain

Explanation:

Surface mining is where miners bulldoze the tops of mountains in order to extract coal from the rock .

What is Surface mining ?

In contrast to underground mining, when the underlying rock is left in place and the mineral is extracted by shafts or tunnels, surface mining refers to a broad category of mining practices that includes strip mining, open-pit mining, and mountaintop removal mining.

This technique was first applied in the middle of the 16th century in North America, where the bulk of surface coal mining takes place, and is being employed today in the mining of many other minerals.] Surface mining became more common in North America over the 20th century, and today surface mines provide the majority of the coal produced in the United States.

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Answer:  The correct answer is surface mining

Explanation:  This answer was confirmed correct.

Surface mining uses bulldozers, cranes, and other surface removal equipment to clear mountaintops for mining just below the surface.

To arrange the countries in the order of sunrise, we need to consider the time zones they are in. The countries can be arranged as follows:

1. Brazil: Since Brazil is located in the western hemisphere, it experiences sunrise earlier than the other countries on the list.
2. Colombia: Being located in a similar time zone as Brazil, Colombia will also experience sunrise early.
3. Mexico: Mexico is also in the western hemisphere, but it is located further west than Colombia. Hence, sunrise in Mexico will be slightly later than in Colombia.
4. United Arab Emirates (UAE): Moving to the eastern hemisphere, UAE is located in the Arabian Peninsula. It is ahead of the previous countries in terms of time, so sunrise will occur earlier in the UAE compared to them.
5. India: Moving further east, India will experience sunrise after the UAE.
6. China: China is located to the east of India, so sunrise in China will occur later than in India.
7. Japan: Being further east than China, sunrise in Japan will happen later than in China.
8. France: Finally, we have France, which is located in Western Europe. Sunrise in France will occur later than in the countries mentioned above.

Therefore, the countries arranged in the order of sunrise are: Brazil, Colombia, Mexico, UAE, India, China, Japan, France.

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Answer:

the hydrologic cycle

Answer:

250 AU

Explanation:

AU refers to astronomical units, the conversion rate between AU and kilometers is:

1 AU = 149,598,000 kilometers.

If comet Hale-Bopp is 3.75 x 10^10 km away from the Sun, its distance in AU is:

\(d=3.75*10^{10}\ km*\frac{1\ AU}{149,598,000\ km}\\d=250.67\ AU\)

The answer is 250 AU .

Answer: its at the most south east point of the polynesian triangle in oceania

Answer:

A

Explanation:

Answer:

x = 10

EF = 10

FG = 26

Explanation:

Given the following data;

Point EF = 2x - 20

Point FG = 3x-19

Straight line, EG = 26

It can be deducted that the points are on a straight line, EG.

Therefore, EG = EF + FG

Substituting the values into the equation, we have;

26 = 2x - 20 + 3x - 19

Rearranging the equation, we have;

26 + 20 + 19 = 2x + 3x

75 = 5x

x = 75/5

x = 15

To find point EF;

EF = 2x - 20

Substituting the value of "x" into the equation;

EF = 2(15) - 20

EF = 30 - 20

EF = 10

To find point FG;

FG = 3x - 19

Substituting the value of "x" into the equation;

FG = 3(15) - 19

FG = 45 - 19

FG = 26

Answer:

The diffusion of democratic ideals

I hope this helps you

:)

Answer:

A centrosome and lysosomes

Explanation:

Answer:

Animal cells each have a centrosome and lysosomes, whereas plant cells do not. Plant cells have a cell wall, chloroplasts and other specialized plastids, and a large central vacuole, whereas animal cells do not.

Explanation:

Safari :)

The Imagery-2 of the Residential Area Fort Worth, TX Thermal Imagery presents a number of unique features such as roads, vegetation, and automobiles. These features appear as they do in the imagery for several reasons.

Roads Roads are generally made of asphalt, which is dark in color, and they are also smooth. During the daytime, roads absorb solar radiation and become hot; therefore, they store thermal energy. At night, they release this thermal energy in the form of longwave radiation. This makes roads appear bright and hot in thermal imagery. Vegetation Vegetation, on the other hand, appears cooler and darker in thermal imagery.

This is because during the day, vegetation absorbs sunlight and moisture, which it uses to transpire water through its leaves. This evapotranspiration process cools down the leaves and stems, and they do not store much thermal energy. At night, vegetation loses heat very quickly through transpiration and convection, which makes them appear cool and dark.

Automobiles Automobiles in thermal imagery appear hot because they are made of a variety of metals and they have glass windows. Metals have a high thermal conductivity; therefore, they conduct heat very well. During the daytime, automobiles absorb solar radiation and heat up.

At night, they release this thermal energy in the form of longwave radiation, which makes them appear hot. Glass, on the other hand, is transparent to sunlight, but it is opaque to longwave radiation, which means that it traps heat inside the car and also reflects some of it back, which makes the car appear hotter in thermal imagery.

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Answer:

All of the above factors determine the climate of a location, including altitude, latitude, rain shadow, and bodies of water. The key factors that influence temperature are latitude, altitude, and large bodies of water, such as lakes and oceans, along with their currents and the distance that areas of land are from them. The key factors that affect precipitation are prevailing winds, the presence of mountains, and seasonal winds that change with the amount of energy each hemisphere receives from the sun. A microclimate is a small area with climate conditions that differ from those around them.

Explanation:

All of the above factors—altitude, latitude, rain shadow, and bodies of water—determine the climate of a location.

1. Altitude: Altitude refers to the height above sea level. As elevation increases, the temperature generally decreases. Higher elevations experience cooler temperatures due to thinner air and reduced atmospheric pressure. Altitude also affects precipitation patterns and can create local climate variations.

2. Latitude: Latitude refers to the distance from the equator. It plays a significant role in determining climate. Locations closer to the equator receive more direct sunlight and tend to have warmer climates, while areas closer to the poles receive oblique sunlight and have colder climates.

3. Rain shadow: A rain shadow is an area located on the leeward side of a mountain range, where the prevailing winds cause moisture to be lost as it rises over the mountains. This results in reduced rainfall and drier conditions on the leeward side, creating a distinct climate pattern.

4. Bodies of water: Proximity to large bodies of water, such as oceans or large lakes, influences climate. Water has a high heat capacity, so coastal areas tend to have more moderate temperatures compared to inland regions. Bodies of water also contribute to increased humidity and can affect precipitation patterns.

These factors interact and combine to shape the climate of a particular location, making it important to consider all of them when studying and understanding regional climates.

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Answer:

soli

Explanation:

besides besides black I can see it or

Answer:

The event horizon is where the escape speed exceeds the speed of light: you'd have to be going faster than light (which is impossible for any bit of matter) to escape the black hole's gravity. Inside the event horizon is where physics goes crazy. ... A singularity is what all the matter in a black hole gets crushed into.

Answer:1)When the Northern Hemisphere is tilted toward the sun, that part of the Earth receives more direct rays of sunlight during the daytime than the Southern Hemisphere does. The Southern Hemisphere is tilted away from the sun and therefore, receives the sun's rays at an angle.

Explanation:

The absolute value of -11 in this particular question is 11

In mathematics, absolute value refers to the magnitude of a number, when whatsoever sign the number carries is ignored. The absolute value of a number is always a positive number or zero.

For example, the absolute value of -3 is 3, because -3 is three units away from zero on the number line. Also, the absolute value of 3 is also 3, because 3 is three units away from zero on the number line.

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Some of the powers denied to congress includes:

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Banded iron formations are made up of alternating light and dark chert bands.

Therefore, banded iron formations are made up of alternating light and dark bands of chert.

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Answer:

Europe has higher expectations from students than the United States