What type of seismic waves travel fastest and arrive first during earthquakes?
Answers
Answer:Primary waves, also known as P-waves, travel the fastest and are the first to arrive during earthquakes. P-waves are longitudinal waves that can travel through both solids and liquids, and they cause particles in the ground to vibrate parallel to the direction of wave propagation. As a result, P-waves are able to move through the Earth's interior more quickly than other types of seismic waves.
In addition to P-waves, earthquakes also generate secondary waves (S-waves) and surface waves. S-waves are transverse waves that travel more slowly than P-waves and can only propagate through solid materials. Surface waves, which include Rayleigh waves and Love waves, travel along the Earth's surface and are responsible for much of the ground shaking and damage that occurs during earthquakes.
Explanation:
Related Questions
For several decades land speed records have been held by jet and rocket propelled cars. Most attempts are carried out in various remarkably flat stretches of desert in the U.S. west. Suppose that a rocket car is going to attempt to set a new land speed record. It starts from rest and drives east on a very flat stretch of ground. At t=0 it starts to move. From t=0 until some t a
it speeds up with a constant acceleration. At t a
its rocket suffers a malfunction and shuts down. The car coasts at nearly constant speed from t a
until t b
. At t b
it deploys a parachute to slow down so that from t b
until t c
it slows down at a variable rate. It is slowing down quickly at the start of this time interval, but the rate at which it slows down is gradually decreasing. At t c
it cuts the parachute loose and then slows down at a constant rate using wheel brakes. The rate at which it slows down through this whole time is a lower rate than at any time while the parachute was deployed. It comes to rest at some later time, t d
. (a) Sketch an a vs. t graph, a v vs. t graph, and a x vs. t graph for the rocket car. Stack these graphs with key times lined up, the way I did in the videos and the way we practiced in class. (b) Let's put some numbers on this. Suppose that from t=0 until t a
=12 s the car is speeding up at a rate of 8.0 m/s 2
. Define axes, and write down the knowns and unknowns for the motion over this time interval. Don't do any calculations yet. (c) Calculate (the order I've written them in may not be the easiest order): - The average speed of the car over the time period from t=0 to t=t a
. - The speed of the car at t=t a
. - The distance traveled by the car from t=0 to t=t a
. (d) Find the average speed of the car from t=6.0 s until t=t a
.
Answers
The main answer to the given question is that the average speed of the car over the time period from t=0 to t=ta is 48 m/s, the speed of the car at t=ta is 96 m/s, and the distance traveled by the car from t=0 to t=ta is 576 meters.
In the first step, we need to analyze the motion of the rocket car and plot graphs of acceleration (a) versus time (t), velocity (v) versus time (t), and position (x) versus time (t).
Starting with the a versus t graph, it will show a constant positive acceleration until t=ta, indicating the rocket's acceleration phase. At t=ta, the acceleration abruptly drops to zero, representing the malfunction and shutdown of the rocket. Then, from t=ta to t=tb, the acceleration remains zero, indicating coasting at a nearly constant speed.
At t=tb, the parachute is deployed, and the acceleration becomes negative, gradually decreasing until t=tc when the parachute is cut loose. After t=tc, the acceleration becomes negative and constant, representing the use of wheel brakes until the car comes to rest at t=td.
The v versus t graph will follow a similar pattern. It will show a linear increase in velocity from t=0 to t=ta, indicating a constant acceleration phase. At t=ta, the velocity abruptly changes to a higher value due to the malfunctioning rocket shutting down. From t=ta to t=tb, the velocity remains nearly constant as the car coasts. At t=tb, the parachute deployment causes a gradual decrease in velocity until t=tc when it is cut loose. Finally, from t=tc to t=td, the velocity decreases at a constant rate due to the wheel brakes.
The x versus t graph will start at zero slope, representing no motion until t=0. From t=0 to t=ta, it will exhibit a positive concave-upward slope, indicating increasing displacement. At t=ta, the slope abruptly decreases to zero due to the constant velocity during coasting from t=ta to t=tb. The slope remains zero until t=tc when it becomes negative, indicating a decreasing displacement during braking until the car comes to rest at t=td.
The motion of the rocket car can be described using the equations of motion. In the acceleration phase, we can use the equation v = u + at, where v represents the final velocity, u the initial velocity (which is zero since the car starts from rest), a the acceleration, and t the time. Since the car starts from rest, the initial velocity is zero, and we have v = at. From t=0 to t=ta, the acceleration is 8.0 m/s², and we can calculate the speed of the car at t=ta using this equation.
To find the average speed from t=0 to t=ta, we can use the formula for average speed, which is given by average speed = total distance / total time. The total distance traveled can be determined by calculating the area under the v versus t graph from t=0 to t=ta. By integrating the equation v = at, we can find the displacement equation x = (1/2)at². By substituting the values of a and t=ta, we can find the distance traveled.
Finally, to find the average speed from t=6.0 s to t=ta, we can use the same formula for average speed and calculate the total distance traveled during this time period. This can be done by finding the area under the v versus t graph from t=6.0 s to t=ta.
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why are daytime and nighttime hours of equal length on an equinox? question 1 options: the earth's axial tilt on equinox is 0 degrees. the earth's axis is perpendicular to its orbit, so the terminator, which is the shadow line on earth separating night from day, runs from pole to pole. the earth's axis is tilted at 23 degrees. the earth's axis is parallel to its orbit, so the terminator, which is the shadow line on earth separating night from day, runs from pole to pole.
Answers
Daytime and nighttime hours are equal on an equinox because the Earth's axis is perpendicular to its orbit, causing the terminator (the shadow line separating night from day) to run from pole to pole.
The Earth's axis is tilted at an angle of approximately 23 degrees relative to its orbit around the Sun. This tilt is the primary reason for the changing seasons and the variation in daylight hours throughout the year.
However, during an equinox, which occurs twice a year (around March 20th and September 22nd), the tilt of the Earth's axis plays a specific role in equalizing the duration of daytime and nighttime hours.
During an equinox, the Earth's axis is not tilted toward or away from the Sun. Instead, it is positioned perpendicular to its orbit, meaning that the Sun's rays are directly over the equator.
As a result, the terminator, which marks the boundary between day and night, runs from one pole to the other, dividing the Earth into equal parts of light and darkness. This alignment causes the daytime and nighttime hours to be approximately equal in length.
Therefore, it is the perpendicular position of the Earth's axis to its orbit during the equinox that leads to the equal duration of daytime and nighttime hours.
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10 Given that you are neither falling into the earth or being flung out into the sky, at any depth below you there must be equal and opposite vertical forces acting in the earth beneath your feet or beneath the building you are in. At a given depth, the force down is produced by gravity and equals the weight of all that is above the depth at that location. The counteracting force up is exerted by which of the following?
a. Fluid pressure
b. Upward moving magma
c. Fluid pressure and the structure of grains and rocks
d. None of the above
Answers
The correct answer is option c: Fluid pressure and the structure of grains and rocks. These factors together exert an upward force that balances the downward force of gravity, preventing the Earth from collapsing inwards or objects from being flung out into the sky.
At any given depth below the surface of the Earth, there are equal and opposite vertical forces acting.
The force down at a particular depth is a result of gravity, which pulls all objects towards the center of the Earth. This force is equal to the weight of all the material (including the Earth's crust, rocks, buildings, etc.) above that depth. However, to maintain equilibrium, there must be an equal and opposite force acting upwards.
The counteracting force is exerted by fluid pressure and the structure of grains and rocks. The Earth's crust and underlying layers consist of various types of materials, including rocks and grains, which have intermolecular forces and structural integrity.
These forces and structures allow them to resist the downward force of gravity and provide an upward force to maintain equilibrium. Additionally, fluids like water or magma exert pressure in all directions, including upwards, contributing to the counteracting force.
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The counteracting force up at a given depth beneath the Earth's surface is exerted by fluid pressure and the structure of grains and rocks. Therefore, the correct answer is option c) Fluid pressure and the structure of grains and rocks.
As you descend deeper into the Earth, the weight of the material above increases, and gravity pulls you downward. However, the pressure exerted by the surrounding fluid and the mechanical strength of the grains and rocks in the Earth's crust counteract the downward force. This balance of forces ensures that you are neither falling into the Earth nor being flung out into the sky.
Fluid pressure, such as the pressure exerted by groundwater or magma, acts in all directions and helps support the surrounding rock and maintain equilibrium. Additionally, the interlocking structure of grains and the cohesive strength of rocks contribute to the counteracting force.
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Which phrase best describes a chaparral?
O A. Is home to herds of giraffea, zebras, and wildebeests
O B. Receives less than 25 cm of precipitation per year
O C. Has low-growing, tough shrubs and rocky, dry soils
O D. Contains mostly needle-leaved evergreen trees
Answers
The correct option is C. The chaparral biome has a wide range of landforms, including rocky hills, flat plains, and mountain slopes.
What was the temperature of the Chaparral Biome?The Chaparral biome typically has very hot daytime temperatures and chilly to cold nighttime temperatures. Temperatures during the summer can range from 15 to 30 degrees. Days in winter are colder, with temperatures between 4° and 20°. The average temperature in the Chaparral biome is 18 degrees. The annual temperature ranges from 30° to 100° F (-1° to 38° C).
A temperate biome, chaparral, or Mediterranean Forests and shrubs is known for its hot, dry summers and moderate, rainy winters. The winter and spring rainy seasons see almost all of the rainfall.
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5. Identify Give two features that are found only at plate boundaries, and two fea- tures that are found most commonly at plate boundaries.
Answers
Answer:
Mountains and volcanoes.
Explanation:
HELP PLEASE
1.Mountaintop removal mining exposes rock that _______ heavy metals and other toxic chemicals into the environment.
2.Hydraulic fracturing consumes precious water resources, has the potential to pollute groundwater, and can even cause _______.
3.Nuclear power doesn't directly emit greenhouse gases, but it does leave behind dangerous nuclear _______.
4.Alternative energy sources of wind power and solar thermal power don't burn fossil fuels, but both affect _______ populations.
5.The total carbon emissions from alternative energy sources are much _______ than the carbon emitted from fossil fuel plants, making them a good alternative to generating electricity.
6.How do hydroelectric dams emit greenhouse gases like methane without burning any fossil fuels?
Answers
Answer:
All I know is that 1. is releases and 6 might be this. dams block the water flowing in rivers or lakes and use the force of the would-be flow to turn turbines
Explanation:
Answer:
1. leaches
2. earthquakes
3. waste
4. bird
5. lower
When a hydropower dam diverts water into a nearby reservoir, the water that floods the reservoir kills vegetation. Any decaying plant and animal matter in the water will produce methane, and this methane is emitted from the reservoir.
Explanation:
which event is an example of vegetative reproduction in plants. A: Pine trees produce seeds, B: Apple trees produce seeds. C: Mosses form spores in capsules . D: Aloe plants produce plantlets
Answers
Answer:
D
Explanation:
The event that is an example of vegetative reproduction in plants is option D: Aloe plants produce plantlets. Vegetative reproduction is a form of asexual reproduction, where new individuals are produced from non-reproductive tissues of the parent plant. In the case of Aloe plants, plantlets are formed on the leaves and they can later detach and grow into new individuals.
what precautions can be implemented to reduce the impact of freddy cyclone refer to the local residents
Answers
Some precautions that local residents can take to reduce the impact of Freddy cyclone are:
EvacuateSecure your homeStock up on suppliesStay indoorsWhat are the precautions?In the event of an evacuation advisory or mandate from the authorities, it is essential to comply with their directives and promptly relocate to a secure area. Keep up-to-date with the developments of the storm from reliable sources.
To ensure your home's safety, it is recommended to secure all entrances and exits such as windows and doors, and to also avoid leaving any items outside that could potentially become dangerous projectiles during bouts of intense winds.
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How is bacon paws?????? WILL NAME BRAINLIST!
Answers
Answer:
hello again uwu
Explanation:
How do geographic skills, such as asking geographic questions, acquiring geographic information, and organizing geographic information, help geographers solve problems and make decisions?
Answers
Geographic skills provide us the methods and instruments we need to think spatially.
What are geographic skills?Our ability to think globally is facilitated by our geographic talents. They play a crucial role in geography's unique method of comprehending the patterns and processes of both physical and human life on Earth. Making decisions on where to purchase or rent a home, where to acquire a job, how to commute to work or a friend's house, and where to shop, go on vacation, or attend school all need the use of geographic abilities. The capacity to gather, organize, and use geographic information is crucial to each and every one of these choices. The ability to think logically and spatially about environmental and societal challenges is connected to daily decisions and community activities.
The effective use of geographic information is also necessary for decisions made by communities about difficulties with air, water, and land pollution or locational concerns, such as where to locate businesses, educational facilities, and residential areas. The examination of geographic data is a component of both business and governmental decisions.
Political decision-making is aided by geographic knowledge. Geographical abilities help individuals to gather and evaluate information, arrive to educated conclusions, and make reasoned judgments on a course of action, regardless of whether the issues at hand include the appraisal of global affairs and world economic policy or local zoning and land use. The creation and presentation of strong, persuading arguments about public policy issues is also aided by geographic knowledge.
Geographic skills provide us the methods and instruments we need to think spatially.
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What would’ve happened if rome would’ve never fall
Answers
Answer:
Explanation:
find the slope of the line through each pair of points (5,16),(19,10)
Answers
Answer:
-6/14 or -0.4285714286
Explanation:
why is the high tide unusually low when the sun, the moon, and earth are in this configuration?
Answers
High tide unusually low when the sun, the moon, and earth are in this configuration Because it is closest to the sun, Because no clouds form here.
The size and magnitude of the Earth's two tidal bulges are influenced by the relative positions and distances of the sun, moon, and Earth. On a lesser scale, the shape of the shoreline can have a significant impact on the strength of the tides.
Tides can be amplified in height when oceanic tidal bulges strike broad continental edges. On the other hand, mid-oceanic islands that are not close to continental boundaries usually have very modest tides that are 1 metre or less in height.
Tide levels can be impacted by local wind and weather patterns. Exaggerated low tide exposures can result from strong offshore winds moving water away from beaches. Low tide exposures may be almost entirely eliminated by onshore winds that cause water to accumulate along the shoreline.
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VSL: The United Kingdom and Ireland sit on either side of the Irish Sea, which is the most radioactively contaminated sea in the world. Imagine that the two countries are considering a collaboration to stop the dumping of radioactive waste into the sea. They anticipate that, over the next decade, this policy will save an equal number of lives in each country. They’ve turned to you to help them determine whether the benefits of this investment would exceed its costs. You’ve offered to calculate each country’s Value of a Statistical Life using data from each country’s labor market. (Assume that Job A and B are identical in all ways, except for their salaries and safety)
Job A Job B
Job mortality rate (Deaths per year of work) 0.0004 0.0002
Salary in the UK ($) 75000 60000
Salary in Ireland ($) 76000 62000
1Based off of this information, what is the estimated Value of a Statistical Life in the UK?
1.2 What is the estimated Value of a Statistical Life in Ireland?
1.3 (Select any/all that apply) This approach to estimating the benefits of environ- mental policies could be classified as. . .
a) Market value analysis
b) Revealed preference analysis
c) Contingent valuation study d) General equilibrium model
e) Partial equilibrium model
1.4 Assume both countries are using cost-benefit analysis to decide how much to invest to reduce dumping of radioactive waste. If these investments are anticipated to save the same number of lives in both countries, which country would benefit more from the pollution reduction policy? Explain.
Answers
1. The estimated Value of a Statistical Life in the UK is $150 million.
2. The estimated Value of a Statistical Life in Ireland is $200 million.
3. This approach to estimating the benefits of environmental policies could be classified as: a) Market value analysis
b) Revealed preference analysis c) Contingent valuation study
d) General equilibrium model e) Partial equilibrium model
The is: b) Revealed preference analysis.
4. If the investments to reduce dumping of radioactive waste are anticipated to save the same number of lives in both countries, Ireland would benefit more from the pollution reduction policy. This is because the estimated Value of a Statistical Life in Ireland ($200 million) is higher than in the UK ($150 million). Therefore, for the same number of lives saved, the economic benefit in terms of the value of lives saved would be greater in Ireland.
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Suggest what countries can do to make deserts more suitable for farming.
Answers
Answer:
Modern irrigation systems, redirecting of streams or parts of them, and using drought resilient plants, will help gradually convert the desert and make it suitable for farming.
Explanation:
A lot of countries in the world have problems because a smaller or larger part of their territories is occupied by deserts, and on top of it, it seems like the deserts are expanding. The deserts as they are cannot really be used for anything, including farming, but this can be changed in managed properly.
In order to convert desert into land suitable for farming, a good and reliable irrigation system needs to be set up, at least for the first few decades. Ares that are relatively close and maybe have a surpluss of water, or it is a terrain where it cannot be used for farming or anything practical, the streams can be redirected toward the desert. This will bring in highly fertile sediments, a constant supply of water, and increasing humidity in the area. The plants that initially need to be used should be ones that are highly resilient to high temperatures and drought, but also leave a solid amount of biomass so that the soil can get a fertile top layer. Plants that can be very suitable are rosemary and succulents, and they will also be economically beneficial in the meantime while the transformation lasts as they can be easily sold on the market.
one thing similar between Europe and the USA
Answers
Answer:
These are among the commonly cited contrasts between the United States and Europe: America believes in the untrammeled market, while Europe accepts capitalism — but curbs its excesses.
The list goes on: Social policies either do not exist in America — or are way more miserly than in Europe. Education is socially stratified and largely privatized in America, while in Europe it is universally accessible and state-financed.
Likewise, America's lack of universal health insurance is assumed to mean that people die young and live miserably. And because the market dominates, America's environment is less cared for.
why should we use our resources carefully
Answers
1.Non - Renewable Resources Are Used in a Large Amount bcoz of which The Prices Are Going Higher
2. Though We have Resources Easily Available Today But If the Use Of Resources Just Keep Increasing Then A Time Will Come when People will Fight For Resources
3.Resources need to be conserved as The Time Taken to Utilize This Resources is very less While The Formation Of Resources like Fossil Fuel Takes Millions Of Years
what part of Europe is less developed?
A. northern Europe
B.western europe
C.southern europe
D.eastern europe
Answers
Answer:
I think the least developed part of Europe is eastern Europe.
Analyze the map below and answer the question that follows.
Climate plays an important role in agricultural yield. Examine the climate map of Africa above. In a short paragraph, explain the correlation between Africa’s climate and the problem of malnutrition throughout the continent.
Answers
Based on the given map of Africa, we can see that the problem of malnutrition on the continent is partly as a result of large areas having arid and semi arid climates.
What climates are in Africa?Large areas of the northern, southern, and eastern areas of Africa have an arid and semi arid climate.
These climates represent desert like areas which are not good for agriculture.This is most likely why there is high malnutrition on the continent because there are large areas that are not suited for farming.
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what can average Canadian do to help people in fragile states?
Answers
global climate models cannot predict the exact global average temperature of the earth in the year 2100 with total certainty. explain two different reasons for this fact. be specific and detailed in your explanations.
Answers
Global Climate Models are used for general trends, but due to anthropogenic activities and natural variability, they will not be able to accurately forecast the precise climate in the years ahead at specific moments in time.
There is no way to foresee natural disasters, therefore accuracy may not be able to account for a specific event in the earth's system.It is challenging to start the model since some areas do not have data for climatic parameters, and we do not even have measurements at all times. Clouds are the biggest source of doubt in global climate models because we don't completely grasp their physics.
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Answer:
Worldwide Environment Models are utilized for general patterns, however because of anthropogenic exercises and normal fluctuation, they can not precisely gauge the exact environment in the years ahead at explicit minutes in time.
Explanation:
It is basically impossible to predict catastrophic events, subsequently precision will be unable to represent a particular occasion in the world's system.It is trying to begin the model since certain areas don't have information for climatic boundaries anthropogenic and we don't have estimations consistently. Mists are the greatest wellspring of uncertainty in worldwide environment models since we don't totally get a handle on their material science.
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There are a few different conflicts besides Scrooge's internal struggle that are depicted in A Christmas Carol. Explain where we see the conflict of man vs. society in the story.
Answers
With the Ghost of Christmas Present accompanying him, Scrooge faces the push and pull of his avarice and his old recollections of pleasant family time with his sister.
What is the most important message in a Christmas carol?Throughout the story, four ghosts visit Scrooge and attempt to persuade him to reconsider his mind. Dickens was conveying to his audience that Christmas is a time when everyone should celebrate and be cheerful. Dickens was clearly attempting to make the point that we should all enjoy life because we only get one shot.
Scrooge's refusal illustrates the selfishness of Victorian society's upper crust. Instead of creating a community in which everyone can enjoy life, Dickens emphasizes the injustice of economic allocation. Dickens represents the destitute with two sad children named Ignorance and Want.
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The Maoriare a Polynesian people who came to New Zealand around the ______ century AD.
Answers
The Maori are Polynesian people who came to New Zealand around the 1250-1300 AD.
Who the Maori Polynesian PeopleThe first settlers in New Zealand were the ancestors of Maori people that originated from south-east Asia. They set out from the central Pacific on deliberate voyages of discovery in large canoes.
The first settlers arrived Polynesia between 1200 and 1300 AD. They discovered New Zealand as they explored the Pacific. The population of comprising about 15% of the country's population. They live in all parts of New Zealand, but mostly in the North Island with warmer climate.
They have a very rich culture and are actively involved with keeping their culture and language alive which includes traditional and contemporary arts. Traditional arts such as carving, weaving, kapa haka ( a group dance performance)
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Drag the tiles to the boxes to form correct pairs. logging entails cutting down trees and selling the timber. identify the possible effects logging could have on various parts of nature. wildlife air soil vegetation it doesn’t grow due to lack of nutrients. arrowright it loses the habitat it needs for survival. arrowright its quality degrades due to the logging equipment releasing excess carbon dioxide. arrowright overexposure makes it more prone to erosion. arrowright
Answers
The correct tile combination that will form the correct pairs is explained. Vegetation is made up of plant species as well as the underlying cover.
What is vegetation?A general term without specific reference to a particular taxon, health morphology, composition, geographic location, or other specific aspect of plant or environmental science. So, the right pairs are:
Plants - Don't grow back due to lack of nutrients Wildlife- Lose the environment they need to survive Air- Their quality deteriorates due to Excess Carbon Dioxide Cutting Equipment Soil - Excessive exposure to soil makes it more susceptible to erosion. The proper combinations of tiles to form a matching pair can be explained. To learn more about vegetation, see:To learn more about Vegetation from the given link
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What are the three main cultural views of nature and natural
disasters?
Answers
The three main cultural views of nature and natural disasters are the utilitarian view, the dominion view, and the stewardship view.
These views are based on human's relationship with nature and how they perceive natural disasters. Utilitarian viewAccording to the utilitarian view, nature is a resource that can be used to satisfy human needs. People who hold this view believe that natural disasters can have negative economic consequences, as well as cause suffering and loss of life. Utilitarians, however, believe that disasters can be mitigated by using scientific and technological advancements to control natural events. This view is often associated with Western societies and capitalism.
Dominion viewThe dominion view sees humans as the dominant species in nature, given the right to control and use it. This view comes from the Bible and the idea that God gave humans dominion over nature. People who hold this view see natural disasters as divine punishment, often for moral failings or sins. This perspective is common in religious communities, particularly in Christianity. Stewardship viewThe stewardship view suggests that humans are caretakers of nature. They should act as responsible stewards of the earth, protecting and conserving the environment for future generations.
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100!!!!! points to who ever can give me the best answer and not copy write
1. Air pollution is a growing environmental concern.
a.) Summarize where air pollution can be found.
b.) What forms can air pollution take?
c.) Can all air pollution be prevented?
Provide examples to support your answer.
Answers
Answer:
Explanation:
a.) Summarize where air pollution can be found.
Air pollution can be found in many human activities - emission from power plants, exhaust from cars and trucks, pollutants from factories.
b.) What forms can air pollution take?
Air pollutants can be in solid form like particulates and gases such as SO2 from coal burning and ozone.
c.) Can all air pollution be prevented?
No, the most obvious air pollution that cannot be prevented is from cows when they pass gas!
Answer:
Explanation:
air pollution can be found in factories, power plants, farms, cars, trains, airplanes. pollutants include CO2, SO2, NOx, CFC, HCFC, particles, methane. not all pollution can be prevented: even electric cars require electricity which is generated in power plants which emit pollution.
How did Alfred Wegener's idea (Continental Drift) challenge the widely accepted view that continents and ocean basins had not changed size/shape at all during Earth's long history?
Answers
Alfred Wegener's concept (Continental Drift) challenges the widely held belief that continents and ocean basins have not changed in size or shape over Earth's long history by providing evidence such as
He relied on fossil evidence, such as tropical plants discovered on Spitzbergen, an Arctic island. He discovered large-scale geographic features that corresponded, such as the Appalachian Mountains in the United States and the Scottish Highlands, as well as South African rock strata that corresponded to those in Brazil. He contended that previous land bridges between continents had collapsed. He also argued that mountains did not form like wrinkles on the skin of a drying apple, but rather when the edges of drifting continents crumpled and folded.
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If it is winter in Shanghai, China, what season is it in Tehran, Iran?
Answers
Answer:
it is also winter, but closer to fall
Joe is camping in the mountains when dark storm clouds begin rolling in. Joe sees lightning and hears thunder. A lightning strike starts a forest fire in the distance; soon, joe can smell the smoke. Which areas of the brain will process the various sensory inputs joe is receiving from the storm?.
Answers
Hypothalamus is the area of the brain that will process the various sensory inputs joe is receiving from the storm
This is further explained below.
Which areas of the brain will process the various sensory inputs joe is receiving from the storm?Generally, Having to deal with a storm is a difficult condition, particularly in the event that a fire has already started in the nearby forest. These multiple signals are processed by the hypothalamus, which is located at the base of the brain.
The hypothalamus then sends the information that it has processed to the pituitary gland, which then makes primary secretions to activate the renal medulla.
In conclusion, This causes the body to produce a fight-or-flight response to stimuli by flooding the body with energy, which is induced by adrenaline.
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the total set of environmental factors that determine a species distribution within a specific habitat is referred to as its
Answers
The total set of environmental factors that determine a species distribution within a specific habitat is referred to as its Ecological niche.
Ecological niches have traits that are determined by the particular biological and environmental circumstances present there. For instance, temperature, the availability of nutrients, and the presence of predators are all crucial variables that affect how a species behaves in a particular ecological niche.
Ecological niches include distinct features, such as the availability of nutrients, temperature, topography, sunlight, and predators, which govern how, and how effectively, a species survives and reproduces. By being able to adapt and diverge from other species, a species can carve out a niche for itself in a habitat.
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The complete question is:
The total set of environmental factors that determine a species distribution within a specific habitat is referred to as its _____.