where is Bhutan located at
1 near india
2near Mexico ​

Answer:

Explanation:

Affects what fish are in season

Explanation:

Adaptation to climate-change effects on fisheries in the Shiretoko World Natural Heritage area, Japan

The jovian planet with the most extreme axis tilt is Uranus. Unlike the other jovian planets, which have axis tilts similar to Earth's (around 23 degrees), Uranus is tilted at an extreme angle of approximately 98 degrees.

This means that Uranus rotates on its side, with its poles almost in the plane of its orbit around the sun. This extreme tilt may have been caused by a massive collision with another celestial object early in its history, which knocked Uranus off its original axis.The jovian planet with the most extreme axis tilt is Uranus. Unlike the other jovian planets, which have axis tilts similar to Earth's (around 23 degrees), Uranus is tilted at an extreme angle of approximately 98 degrees.
This extreme tilt has important implications for the planet's weather and climate. Uranus experiences long periods of darkness at its poles, which may cause unusual temperature gradients and atmospheric circulation patterns. It also experiences extreme seasonal variations, with each pole receiving sunlight for a quarter of its orbit and darkness for the other three quarters. This causes dramatic changes in weather patterns and cloud formations on the planet.
Overall, Uranus' extreme axis tilt makes it a fascinating and unique planet in our solar system, with many mysteries yet to be uncovered.

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Answer:

Humans impact the physical environment in many ways: overpopulation, pollution, burning fossil fuels, and deforestation. Changes like these have triggered climate change, soil erosion, poor air quality, and undrinkable water.

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Answer:

Explanation:Humans impact the physical environment in many ways: overpopulation, pollution, burning fossil fuels, and deforestation. Changes like these have triggered climate change, soil erosion, poor air quality, and undrinkable water. These negative impacts can affect human behavior and can prompt mass migrations or battles over clean water.

Most Icelandic eruptions occur when lava pours out of long fractures, in eruptions known as fissure.

A fissure is a hole in the Earth's surface that is long and narrow. The word "cleft" or "crack" is derived from the Latin word fissura. In the crust of the Earth, on ice sheets and glaciers, and on volcanoes, fissures appear.

An aperture or long, thin fracture in the Earth's crust is referred to as a ground fissure or an earth fissure. Ground fissures can develop due to geological faulting, earthquakes, or human activity like oil mining and groundwater pumping.

They can also develop spontaneously. Ground fissures can grow and erode by torrential rain after they have already formed. They can cause harm to property and infrastructure, including roads, underground pipes, canals, and dams, as well as pose a risk to humans and cattle who reside on the impacted surfaces.

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Answer:

This would be false

Tundras have soil that is scarces is the needed nutrients for crops. Tundras dont get much precepitation.

Answer:

False

Explanation:

In the tundra, conditions are cold, with an annual average temperature less than 5� C, and precipitation (mostly in the form of snow) less than 100 mm per year (see figure at right). The summer is brief, with temperatures above freezing lasting for only a few weeks at most. However, this "warm" summer coincides with periods of almost 24 hour daylight, so plant growth can be explosive.

The ozone layer of the atmosphere is located in the A. Stratosphere.

The stratosphere is the second layer of Earth's atmosphere, situated above the troposphere and below the mesosphere. The ozone layer is crucial for life on Earth, as it absorbs harmful ultraviolet (UV) radiation from the sun. This protective function prevents excessive UV exposure, which can cause skin cancer, cataracts, and damage to the ecosystem. The stratosphere extends from about 10 to 50 kilometers (6 to 31 miles) above the Earth's surface, with the ozone layer mainly concentrated between 15 and 35 kilometers (9 to 22 miles). However, human activities such as the use of chlorofluorocarbons (CFCs) have caused a depletion of the ozone layer, which can have serious consequences for human health and the environment.

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Answer:

The core of politics is that our decisions influence the decisions of all of those around us. Because of that we have to be aware of how we are influencing those around us.

Political implications come in when we speak of complicated relationships. Picture this: You work in an office where you have good relationships with most of the office. Because you’re on good terms with the tech team, your requests tend to be resolved more quickly. There’s a new employee in a similar position to you, but they don’t get their work in on time and take credit for your work. You’ve been thinking about reporting this to your superiors, but this new employee is the cousin of the tech team lead. If you did report this employee to your boss, then the political implications would be that you likely upset the tech team lead if they hear about it.

This gets significantly more complicated as the groups of people get larger and more abstract. Countries are interrelated in many different ways even when just considering how they interact economically. Because of these complex interactions with every tax or spending plan there will be a ripple effect through the acting country and all related countries. The changes to relationships between leaders and countries because of those ripple effects are the political implications of a decision.

Fossil are the strongest evidence (most valid) that early earth conditions provided was necessary for life.

Evidence for large-scale evolution (macroevolution) comes from anatomy and embryology, molecular biology, biogeography, and fossils. Similar anatomical structures found in different species may be homologous (shared due to ancestry) or similar (shared due to similar selection pressure). Biogeography is the study of the geographical distribution of organisms, providing information about when and how species evolved.

Fossils provide evidence of long-term evolutionary change and document the past existence of a now-extinct species. Fossils are the preserved remains of once-living organisms or traces from the distant past. Unfortunately, the fossil record is neither complete nor complete. Most organisms never fossilize, and even fossilized organisms are rarely discovered by humans. Still, the fossils we've been lucky enough to find offer unique insights into long-term evolution.

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Answer:

Mechanical Weathering. Mechanical weathering, also called physical weathering, breaks rock into smaller pieces. These smaller pieces are just like the bigger rock, just smaller. That means the rock has changed physically without changing its composition.

Explanation:

The most influential person who advocated the heliocentric hypothesis during the historical development of understanding of planetary motion was Copernicus.

Heliocentric hypothesis is the astronomical model that depicts the Earth and the planets revolving around the Sun. This model of the Solar System, also called the Copernican model, was proposed by Nicolaus Copernicus in the 16th century.Nicolaus Copernicus and Heliocentric Hypothesis:The heliocentric hypothesis was introduced by Nicolaus Copernicus, a Polish mathematician, and astronomer. In his book, "De Revolutionibus Orbium Coelestium" (On the Revolutions of the Heavenly Spheres), published in 1543, he presented his heliocentric model of the solar system. Copernicus proposed that the Sun was at the center of the solar system, and the planets, including Earth, orbited around it.

Copernicus’ theory was not widely accepted during his lifetime but later became the foundation for modern astronomy. The heliocentric theory replaced the previous geocentric theory which placed the Earth at the center of the universe. Copernicus’ theory was a significant step forward in the development of the scientific method, as he used observations and mathematics to prove his hypothesis. Copernicus’ theory was also a critical part of the Scientific Revolution, which led to advances in science and technology that continue to shape the world we live in today. To sum up, Copernicus was the most influential person in advocating the heliocentric hypothesis during the historical development of understanding of planetary motion.

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Shale is a fine-grained clastic sedimentary rock made of compacted mud consisting of clay and tiny particles of quartz, calcite, mica, pyrite, other minerals, and organic compounds.

The defining characteristic of shale is its ability to interrupt into layers or fissility. Shale contains organic material that can generate oil and natural gas and trap the generated oil and natural gas within its pores.

Shale forms via compaction from particles in slow or quiet water, like river deltas, lakes, swamps, or the ocean bottom. Heavier and larger particles sink and form sandstone and limestone, while clay and fine silt remain suspended in water. Over time, compressed sandstone and limestone become shale. Shale typically occurs during a broadsheet, several meters thick. Counting on geography, lenticular formations can also form. Sometimes animal tracks, fossils, or maybe imprints of raindrops are preserved in shale layers.

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Answer:

A: Current Weather.

Explanation:

Trust me on this one. 100% sure it is A. The reason why is because current weather doesn't provide evidence as much as "Landform data" and the other choices. It also wouldn't make sense if Deep ocean trenches or similar fossils would be picked because those choices can provide lots of evidence that continents drifted to their present locations. So overall, the answer is A.

The Evidence that Continents drifted to their present locations comes from Landform data, ocean trenches, and fossils. Hence option A Current Weather is not correct.

It is an hypothesis that due to continents drift the 7 Continents came in to existence. Continent Drift is based on this hypothesis that continents float on water, as 70% of Planet Earth is covered in Water, this hypothesis is based on evidence such as Landform data, ocean trenches, and finding similar fossils at different continents.

Therefore, the option A Current Weather is not related to the evidence of continets drift.

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There is loss of biological compounds that have medical value. Thus, the correct answer to this question would be C.

Deforestation can damage habitat, reduce biodiversity levels, damage the soil, pollute rivers and fields, and cause deforestation to contribute to the overall productivity of the people and animals that live there.

Biodiversity is reduced. Predictions suggest 137 plant, animal, and insect species are lost every day due to rainforest deforestation.

30-45 percent of Amazon's species could be lost by 2030.

Thus, Option C is the correct statement.

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The loss of biological compounds that may have medical value is the best description of a negative consequence of the Amazon basin deforestation.

Cutting down rainforests can harm habitat, reduce biodiversity and food sources, degrade soil, pollute rivers and lands, and dries all the areas around there. These impacted the lives of the people and animals in that area.

Thus, Option C, loss of biological compounds that may have medical value is correct for Amazon deforestation.

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A likely outcome of a moderate disturbance, such as a severe thunderstorm, can include strong winds, heavy rainfall, lightning, and thunder.

These storms are capable of producing damaging gusts that can cause downed trees, power outages, and structural damage. Intense rainfall can lead to flash flooding in low-lying areas.

Lightning poses a significant risk of electrical discharges, potentially causing fires or injury. Hailstorms are also common during severe thunderstorms, which can damage vehicles, crops, and property.

While each storm is unique, these are some of the potential consequences associated with a moderate disturbance like a severe thunderstorm.

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Answer:

1. Definitional boundary dispute (a)

2. Locational boundaries dispute (b)

Explanation:

I hope this helps if it is incorrect pls tell me

The 24-hour wind pattern was able to occur along the coastline of Hawaii because its falls where the wind blows.

In Hawaii, along its coastline, the region have both wet side and dry side which are known as the trade winds

These wind patterns are from from wind blowing from high-pressure zones in the north Pacific whiich pump a cool and moist winds down onto the island's slopes.

These trade winds affect every location found at 30°north and south of the equator.

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Answer:

Southeast Asia's religious plurality has led to many religious conflicts

Explanation:

Southeast Asia is known for its religious diversity, with many different religious traditions. Islam, Buddhism, Christianity, Hinduism, and various indigenous religions are among them. While religious diversity has enriched Southeast Asia's cultural fabric, it has also been a source of tension and conflict throughout history.

In Southeast Asia, there have been several instances of religious conflict. For example, there have been periodic tensions and conflicts between different religious groups in Indonesia, which has the world's largest Muslim population. Religiously motivated violence has occurred in the country, such as inter-communal clashes between Muslims and Christians in the Maluku Islands and Sulawesi.

Long-standing conflicts exist in Myanmar (formerly Burma) between the Buddhist majority and ethnic minority groups, particularly the Rohingya Muslim population. The situation has resulted from human rights violations, displacement, and international concern.

Other religious conflicts in Southeast Asia include the southern Thailand insurgency, which includes Muslims seeking greater autonomy, and occasional tensions between Buddhists and Muslims in Thailand and Sri Lanka.

While religious conflicts do not define Southeast Asia, the region's religious plurality has sometimes contributed to tensions and disputes between different religious groups.

Answer:

Mostly the tectonic plate

Explanation:

have a happy wonderful day

The answer is Tectonic Plate, A tectonic plate is a massive, irregularly shaped slab of solid rock, generally composed of both continental and oceanic lithosphere.

Huge, asymmetrical rocks, or tectonic plates, cover the surface of the Earth's lithosphere (crust and mantle). From several hundred kilometers wide to thousands of kilometers across, these tectonic plates can vary in size. The lithosphere is made up of the Earth's crust and the upper mantle.

The lithosphere, which is made up of the upper mantle and crust of the Earth, is what is known as the tectonic plate. Oceanic crust, also known as sima from silicon and magnesium, and continental crust make up the majority of the approximately 100 km (62 mi) thick plates (sial from silicon and aluminium).

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Answer:

Drake Passage

I hope this helps

In the given model of Earth, the Moon, and the Sun, number 1 represents the Sun, number 2 represents the Earth, and number 3 represents the Moon.

The Sun, represented by number 1, is the central star of our solar system. It is the primary source of light, heat, and energy for Earth and other celestial bodies. The Sun's immense gravitational pull keeps all the planets, including Earth, in their respective orbits.

Number 2 represents Earth, our home planet. Earth is the third planet from the Sun and is known for its diverse ecosystems and ability to support life. It orbits the Sun in an elliptical path, and its rotation on its axis gives rise to day and night cycles. Earth's atmosphere, water, and land provide a habitable environment for various forms of life.

Number 3 represents the Moon, Earth's only natural satellite. The Moon orbits around Earth, influenced by Earth's gravitational force. It reflects the Sun's light, leading to the phases of the Moon that we observe from Earth. The Moon also affects Earth's tides through its gravitational interaction with the oceans.

In summary, the model shows the Sun (1) as the central star, Earth (2) as the third planet orbiting around it, and the Moon (3) as Earth's natural satellite orbiting around Earth.

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Answer:

Frequent Rain- Development of waterproof hats

Many Lakes- Use boats for trade

Frequent Earthquakes- Stories of angry Gods

Scarce Food- Rules for how to share

The Teton Dam case provides an interesting context to analyze using the model of engineering as experimentation. Let's go through each of the five main points of the model and see how they apply:

1. Identifying the Problem: In the Teton Dam case, the problem was the failure of the dam, resulting in a catastrophic flood. The engineers involved needed to identify the factors that led to the dam's failure and understand the underlying issues.

2. Formulating Hypotheses: Engineers involved in the Teton Dam case likely formulated hypotheses to explain the dam's failure. These hypotheses could have been related to design flaws, construction techniques, or geological factors. It would have involved proposing possible explanations and analyzing their validity.

3. Designing and Conducting Experiments: Due to the disaster, the focus in this case would primarily be on post-mortem analysis rather than conducting further experiments. Engineers likely examined the dam's design plans, construction methods, and materials to understand where the failure occurred and why. They might have conducted laboratory tests or simulations to validate their hypotheses.

4. Analyzing and Interpreting Data: Engineers would have gathered data from various sources such as site inspections, historical records, and physical evidence to analyze and interpret. This would have helped them understand the cause of the dam's failure and identify the factors contributing to it.

5. Drawing Conclusions and Making Decisions: Based on the analysis of data, engineers would have drawn conclusions about the specific causes of the Teton Dam failure. These conclusions would have guided decisions on how to prevent similar failures in the future, such as improving dam design, construction techniques, and safety protocols.

Overall, the model of engineering as experimentation applies to the Teton Dam case in the following ways: identifying the problem, formulating hypotheses, analyzing and interpreting data, and drawing conclusions. However, the aspect of designing and conducting experiments might not be as relevant in this specific case due to the nature of a post-failure investigation.

For further information, you can read more about the Teton Dam failure and its analysis here: [Teton Dam Failure - US Bureau of Reclamation]

Please let me know if you have any further questions or if there's anything else I can assist you with!

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Southern Europe is situated in the tectonically active Mediterranean region. Several of the region's volcanoes are still active, notably Mount Vesuvius in Italy, Mount Etna in Italy, and Mount Santorini in Greece.

Right to its location on the fault lines that separate the tectonic plates of Africa and Eurasia, Southern Europe is similarly vulnerable to earthquakes.

Western Europe is situated on a stable tectonic plate, it is less prone to experience earthquakes and volcanic eruptions.

Due to its location on a tectonic plate that is generally stable, Northern Europe also has a lower risk of experiencing earthquakes and volcanic eruptions.

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The reasons why Earth has the capacity to carry or sustain life is Gravity , air & fertile soils.

­­In 1798, an English pastor named Thomas Malthus made a desperate forecast He said the Earth couldn't endlessly uphold a consistently expanding human populace.

­­The hypothesis promoted by Malthus is known as the conveying limit of Earth. Conveying limit itself is a notable and broadly acknowledged idea in biology. It's an extremely essential thought maintainability requires balance. There is a sure populace number above which an animal groups begins to harm its environment, and life as it remains at that point can't go on. Commonly, starvation kicks in to separate the crowds down to a sensible number.

Earth's conveying limit resembles this: Humans need specific assets to make due at resource level - - most ordinarily air, food, water and typically a safe house of some sort or another. A reasonable natural surroundings is one in which supply of and interest for these assets are adjusted. The issue, Malthus proposed, is the distinction in development designs between the human populace and food creation.

Therefore basically Earth has the capacity for sustaining the overall life such as Air, Fertile soil and the Gravity.

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Answer:

In the South Island, a strong westerly wind will hit the west Coast, but will have less effect on the other side of the mountains. A southerly is likely to be cold. Terminology is the same world-wide. Just as Sydneynick points out - in NZ "south" = cold, i.e. the wind is blowing from Antarctica!

Dry soil can be considered a low-loss dielectric at all specified frequencies (60 Hz, 1 kHz, 1 MHz, and 1 GHz) based on the given parameters of € = 2.5, H = 1, and 0 = 10^(-4) S/m.

To determine the behavior of dry soil at different frequencies, we can use the following guidelines:

- Good conductor: When the conductivity (σ) of the material is very high, indicating efficient electron flow and low resistivity. Good conductors have low loss (ε") and high permittivity (ε') values.

- Quasi-conductor: When the conductivity is moderate, indicating some resistance to electron flow. Quasi-conductors have moderate loss (ε") and permittivity (ε') values.

- Low-loss dielectric: When the conductivity is very low, indicating high resistance to electron flow and high resistivity. Low-loss dielectrics have low loss (ε") and permittivity (ε') values.

Given the values € = 2.5, H = 1, and 0 = 10^(-4) S/m for dry soil, we can calculate the other parameters:

a) At 60 Hz:

Using the formulas: σ = € * 0, ε' = 0 / (2π * f * €), and ε" = σ / (2π * f), we find σ = 0.00025 S/m, ε' = 0, and ε" = 0.0000042.

Conclusion: Dry soil at 60 Hz can be considered a low-loss dielectric.

b) At 1 kHz:

Using the same formulas, we find σ = 0.00025 S/m, ε' = 0, and ε" = 0.0000042.

Conclusion: Dry soil at 1 kHz can be considered a low-loss dielectric.

c) At 1 MHz:

Using the same formulas, we find σ = 0.00025 S/m, ε' = 0, and ε" = 0.0000042.

Conclusion: Dry soil at 1 MHz can be considered a low-loss dielectric.

d) At 1 GHz:

Using the same formulas, we find σ = 0.00025 S/m, ε' = 0, and ε" = 0.0000042.

Conclusion: Dry soil at 1 GHz can be considered a low-loss dielectric.

In summary, based on the given parameters, dry soil can be considered a low-loss dielectric at all the specified frequencies (60 Hz, 1 kHz, 1 MHz, and 1 GHz).

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If the mass flow rate of the air at the initial state is 27.7 kg da/s , then the increase in the water content of the air is -0.039648 kg/s.

The process can be drawn on a psychrometric chart as shown below:

In order to solve the problem, the following steps are to be followed:

Step 1: Find the Humidity Ratio at state 1
The Humidity Ratio (ω1) can be found using the formula:

\(Relative Humidity (RH1) = (ω1/ωsat) × 100\)

Where,

ω1 = Humidity Ratio at State 1

ωsat = Saturation Humidity Ratio at State 1

The value of saturation humidity ratio (ωsat) can be obtained from the psychrometric chart.

ωsat at State 1 corresponds to temperature T1 and 100% relative humidity.

From the chart,ωsat = 0.012 kg water/kg dry air.

Therefore,

RH1 = (ω1/ωsat) × 100

80% = (ω1/0.012) × 100ω1

= (80/100) × 0.012

= 0.0096 kg water/kg dry air.

Step 2: Find the Humidity Ratio at state 2The Humidity Ratio (ω2) can be found using the formula:

RH2 = (ω2/ωsat2) × 100

From the chart,ωsat2 = 0.0136 kg water/kg dry air.

Therefore,

RH2 = (ω2/ωsat2) × 10060%

= (ω2/0.0136) × 100ω2

= (60/100) × 0.0136

= 0.00816 kg water/kg dry air.

Step 3: Find the increase in Humidity Ratio

Increase in Humidity Ratio \((Δω) = ω2 - ω1Δω\)

= 0.00816 - 0.0096

= -0.00144 kg water/kg dry air.

The negative sign indicates that there is a decrease in the water content of the air.

Step 4: Find the Mass flow rate of water

Mass flow rate of water can be found using the formula:

Mass flow rate of water = Mass flow rate of dry air x ΔωMass flow rate of water

= 27.7 x (-0.00144)

= -0.039648 kg/s.

Therefore, the increase in the water content of the air is -0.039648 kg/s.

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Answer:5

Explanation:

Answer:

Sand in water is a mixture that is not a solution. If you stir sugar into a glass of water, you cannot identify the sugar as a separate substance. Sugar in water is a common solution, as are examples such as seawater, gasoline, and the liquid part of your blood.

Answer:

d

Explanation:

Answer:

c

Explanation: