The statement (c)pressure decreases with height in the troposphere on the four giant planets is false .
How does the pressure change in the troposphere?
For every thousand feet of height above sea level, the atmospheric pressure in the troposphere decreases by around one inch of mercury.
As you go to greater altitudes, the density (and pressure) of the air steadily decreases because the earth's gravity keeps our atmosphere near to the surface. Atmospheric pressure is around 30 inches of mercury at sea level and drops by about an inch for every thousand feet of elevation above sea level, or about 26 inches of mercury at an altitude of 4000 feet.
The impacts of weather are most noticeable in the troposphere, where temperature and the presence of high- and low-pressure weather systems affect real pressure.
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describe the negative impacts humans have had on the naural environment in the united states
There are various ways in natural environment degradation happens like; pollution, excessive use of resources due to overpopulation, burning harmful material(plastic, fossil fuels), excessive use of things include cfc's.
In USA air pollution is the most prominent factor deteriorating nature as it is the 2nd largest emitter of carbon.
Releasing of harmful agriculture fertilizers into rivers and lakes leads to water pollution according to US ECA report.
In the US, a typical fire season that used to last for 4 months on average is now lasting nearly double that time because of climate change. 2017 report shows that careless human activities were behind about 84% of all wildfires in the US and accounted for 44% of the total area burned.
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valles marineris is the most striking example of a(n): valles marineris is the most striking example of a(n): scarp. oceanic trench. shield volcano. rift valley. impact crater.
Valles Marineris is the most striking example of option d a rift valley.
The rift valley is linear lowland that is created between mountain ranges or highlands. These are formed by extensive subterranean forces pulling apart the upper crust or lithosphere.
Valles Marineris is named after the Mariner 9 Mars orbiter of 1971-1972. It is present in the Tharsis region of Mars. It is also popular as one of the largest canyons of the solar system.
Valles Marineris is located at the equator of Mars, near the Tharsis bulge of Mars. It is 4000 km long, 7 km deep, and 200 meters wide. It has also been suggested that it could be a large tectonic crack on Mars.
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2. Which animal is not found in
Caribbean South America?
a. jaguar
b. piranha
c. crocodile
d. gorilla
Answer:
Gorillas are not.
Explanation:
Gorillas don't handle the heat as well.
upwelling currents near the coastline are driven by select one: a. the temperature of the water b. the terrain of the coast c. wind blowing parallel to the coastline d. wind blowing perpendicular to the coastline
Using the theories of upwelling, we got that wind blowing perpendicular to the coastline during the upwelling currents near the coastline.
Upwelling is the oceanographic phenomenon that involves wind-driven motion of dense, cooler, and usually the nutrient-rich water from deep water towards the ocean surface. It replaces warmer and usually nutrient-depleted surface water. The nutrient-rich upwelled the water stimulates the growth and reproduction of primary producers such as the phytoplankton. The biomass of phytoplankton and the presence of the cool water in those regions allow upwelling zones to be identified by the cool sea surface temperatures (SST) and high concentrations of the chlorophyll-a.
Hence, the upwelling currents near the coastline are driven by wind blowing perpendicular to the coastline
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Access to your account has been disabled
Answer:
-_-
Explanation:
crazy
What are the limitations of using historical records as a means of predicting seismic activity?
A major earthquake has never been predicted by the USGS or any other scientist. We don't know how, and we don't expect to find out any time soon. USGS scientists can only calculate the likelihood of a significant earthquake occurring in a specific area (as shown on our hazard mapping) within a certain number of years.
A prediction of an earthquake must include three elements: 1) the date and time, 2) the location, and 3) the magnitude.
Yes, some people claim to be able to predict earthquakes, but their claims are false for the following reasons:
They are not founded on scientific evidence, and earthquakes are a natural occurrence. Earthquakes, for example, have nothing to do with clouds, bodily aches and pains, or slugs.
They do not define all three elements necessary for prediction. Their predictions are so broad that there will always be an earthquake that fits;
for example, (a) A M4 earthquake will occur somewhere in the United States within the next 30 days. (b) A M2 earthquake will strike the west coast of the United States today.
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which farming practice(s) reduce(s) soil erosion? group of answer choices planting wind breaks, contour farming and terracing, and planting cover crops contour and terracing planting small trees planting cover crops
The farming practices that can be used to reduce soil erosions are:
Contour ploughing.Use shelterbelts (windbreak).Terracing.Soil erosion is the gradual erode of the soil, which reduces its fertility overtime. Of course, it can have a detrimental effect on agricultural production. There are several farming practice that can be done to reduce soil erosion, such as:
Contour ploughing. It's not only minimize erosion, but also reduces runoff by strong rainfall behind eidges.Use shelterbelts (windbreak). It will reduces the erosion caused by wind and provides shades when needed.Terracing. Platforms are cut into the steeper slopes, which allows crops to grow on (previously) unusable land and allows water retentuon.Learn more about soil erosion at https://brainly.com/question/17905503
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The temperature, pressure, and precipitation conditions of the atmosphere for a specific place on a given day is called , whereas a longer term view of these same factors, typically taken over a period of many years, is called.
The temperature, pressure, and precipitation conditions of the atmosphere for a specific place on a given day is called weather, whereas a longer term view of these same factors, typically taken over a period of many years, is called climate.
The day-to-day changes in the atmosphere of the earth is referred to as the weather. In other words, the certain atmosphere of the Earth including conditions such as temperature, atmospheric pressure, rain conditions, etc on a particular day is referred to as the weather.
On the other hand, climate can be described as the average weather of a place for a long period of time. Climate refers to the average atmospheric conditions over the course of many years.
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depositional environments for sedimentary rocks can be deduced by look at sedimentary structures, like the giant cross-stratified navajo sandstone exposed in zion national park. to what do these dipping cross-bedded layers owe their origin?
These dipping cross-bedded layers blow Wind into sand dunes in the desert.
What are sand dunes?
A dune is a wind-formed sand mound that typically forms near a beach or in a desert. Sand accumulates in dunes when the wind drives it into a protected region behind a barrier. Sand grains build up to form dunes.
Every dune has a slip face and a windward side. The side of a dune that is windward is where the wind is blowing and pushing debris upward. Simply put, a dunes slip face is the unwinding side. In general, a slip face is more level than a dune's windward side.
A dune field or dune belt is a grouping of dunes. An erg is a sizable dune field. Namibia's Skeleton Coast Erg measures 20 kilometres in width and 2 to 5 kilometres in length.
Strong currents in the water below the surface can also create dunes. Subaqueous dunes, also known as underwater dunes, are typical in the ocean, rivers, and canals.
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when the estimated 100-year flood for tucson, arizona, was recalculated based only on post-1960 flows, it was found to be three times as large as those previously calculated. what factor accounts for this increase in flood potential? multiple choice question.
The factor that led to the increase in flood in the mentioned areas is urbanization of the Tucson area.
Flooding is the overflow of water onto typically dry ground. Floods can occur as a result of strong rains, incoming waves from the ocean, rapid snowmelt, or the failure of dams or levees. Even few inches of water has the ability to cause destructive floods, or the water can reach a house's roof in a area. Floods can happen suddenly or gradually over a long period of time, lasting for days, weeks, or even longer. Of all weather-related natural disasters, floods are the most prevalent and extensive. Because they combine the devastation of a flood with tremendous speed, flash floods are the very dangerous type of flooding. When the amount of rainfall exceeds the soil's capacity to absorb it, flash floods erupt.
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Answer:The variable that prompted the expansion in flood in the referenced regions is urbanization of the Tucson region.Flooding is the flood of water onto ordinarily dry ground
Explanation:
Floods can happen because of solid downpours, approaching waves from the sea, fast snowmelt, or the disappointment of dams or levees. Indeed, even not many crawls of water can cause disastrous floods, or the water can arrive at a house's rooftop in a space. Floods can happen out of nowhere or continuously over an extensive stretch of time, going on for days, weeks, or considerably longer urbanization. Of all climate related cataclysmic events, floods are the most common and broad. Since they consolidate the pulverization of a flood with enormous speed, streak floods are the extremely hazardous sort of flooding. At the point when how much precipitation surpasses the dirt's ability to retain it, streak floods emit.
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Why do volcanoes and earthquakes occur along the ring of fire? Think about:
2. Movement of magma.
Answer: The abundance of volcanoes and earthquakes along the Ring of Fire is caused by the amount of movement of tectonic plates in the area.
Explanation:
describe what happens to the tectonic plates along a transform boundary during the time between earthquakes.
Using the theories of tectonic plates, we got that during the time between earthquakes the tectonic plates lock into the place to prevent from sliding causing pressure to build up.
Plates can move past each other in same plane at a boundary. This type of the boundary is called a transform boundary. This type of the boundary is dominated by strike-slip faulting, although other types of the faulting may be observed, where the two plates slide past each other, earthquakes originate at shallow depths.
Hence, during the time between earthquakes tectonic plates along a transform boundary lock into the place to prevent from sliding causing pressure to build up.
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What are their plans for the near and far future in regard to travelling to the moon?.
LAUNCH SPACECRAFT
Future plans include for launching the SLS rocket with the crew aboard Orion, which will do two Earth orbits before traveling to the moon.
The Space Launch System (SLS) was launched from Cape Canaveral in Florida at 1:47 a.m. EST on November 16, 2022 (6:47 a.m. GMT). This was the rocket's maiden voyage and the first step in NASA's journey back to the moon. This launch marks the beginning of the Artemis program, hence the mission's designation as Artemis I.
NASA will spend a total of $93 billion on the Artemis program between 2012 and 2025, and each SLS/Orion launch will cost around $4.1 billion.
NASA planned to launch an unmanned spacecraft as part of the Artemis I mission as early as this weekend to orbit the moon and return to Earth around one month later. In 2025, if everything goes according to plan, a future expedition could land astronauts on the moon.
However, a mission to the moon has scientific significance in and of itself. For example, rocks obtained during previous expeditions revealed the moon's origin: It likely formed from debris after an asteroid the size of Mars collided with Earth about four billion years ago.
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on her first three chemistry tests, gina scored 90,80, and 84 . what score does gina need to get on the fourth chemistry test, if she wants her test average to be 90?
For the chemistry test score of 90,80, and 84, and for the test average of 90, she needs to get 106
Since we are given three entries which are 90,80, and 84 and we are left to find the fourth entry, to get the total average of the four entries of 90.Since considering the unknown score gina's test is x
Since know, the average( mean) is the sum of the total number of sets divided by the number of entries, getting an average of 90, we can write
=>90+80+84+x/4= 90
=>254+x/4=90
=>254+x=90*4
=>x= 360-254= 106
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as the earth warms, water evaporates, forming clouds. low, thick clouds reflect incoming solar radiation, thus cooling the area. as the temperature cools, less water evaporates, forming fewer clouds. as a result, the temperature rises and more clouds form. evaporation and low, thick clouds are part of what type of feedback loop?
Evaporation and low, thick clouds are part of negative feedback loop.
What is negative feedback loop?
Climate feedback that lessens the severity of an initial shift is referred to as negative climate feedback. Some initial change results in a subsequent change that lessens the first change's impact. The climate system is kept steady by this feedback.
It is a specific kind of negative feedback that is typically mentioned in relation to climate change. It's also crucial to keep in mind that, despite the fact that "negative feedback" may not seem like a desirable thing, it really contributes to the climate remaining far more stable than it otherwise would.
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Which of the following was NOT a reason that China maintained a policy of isolation from "westerners" all the way up to the early 19th century?
Group of answer choices
It feared diseases carried by westerners.
It was displeased by westerners bringing opium into the region.
It perceived westerners to be inferior.
It wanted to protect its culture from western influence.
China maintained a policy of isolation from "westerners" for several reasons and one of them was not that It feared diseases carried by westerners.
Why did the Chinese isolate themselves from Westerners?There were several reasons why the Chinese did not want the Westerners of Europe to come into mainland China and to associate with the Chinese people. One of them was that they viewed Western Culture as being inferior and so they did not want it to mix with their own culture and water it down so to speak.
They therefore wanted to protect their culture from western influence and so tried to isolate themselves. There was also the fact that the Westerners like Britain were bringing in opium and so the Chinese did not want it to spread. The Chinese were not necessarily sacred of the diseases carried by Westerners so this was not a reason for isolation.
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#SPJ1what type of tidal pattern exists on the east coast of the united states, which experiences two high tides and two low tides of similar heights every day? group of answer choices diurnal semidiurnal mixed semidiurnal diurnal mixed mixed
A semidiurnal tidal cycle exists on the east coast of the united states, which experiences two high tides and two low tides of similar heights every day
What is the Semidiurnal tidal cycle?
Every lunar day, there are two almost identical high tides and low tides, which is known as a semidiurnal tidal cycle. Their wavelength is greater than half the Earth's radius, and they have a period of 12 hours and 25 minutes
Additionally, it is the kind of tidal cycle one would anticipate from a planet fully covered in water and devoid of any continents to hinder the free flow of water.
Semidiurnal tides, or twice-daily high and low tides, are common along most shorelines. The more or less terrestrial to entirely marine conditions in the intertidal zone thus change twice daily, creating a strong vertical gradient of environmental element
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where in the region can the great plains be found
Answer:
The definition of the Great Plains is debated. Typically, it refers to the territory from Montana to Minnesota and down to New Mexico and Texas. In this study, a 12-state area is used, including Colorado, Iowa, Kansas, Minnesota, Montana, Nebraska, New Mexico, North Dakota, Oklahoma, South Dakota, Texas, and Wyoming.
Explanation:
Answer: The region can be found in the middle area of the Continental USA.
Explanation:
which agency disseminates coastal watches and warnings for tropical storms and hurricanes? a. local nws weather forecast offices b. the weather channel c. national hurricane center d. tropical analysis and forecast branch
Local nws weather forecast offices disseminates coastal watches and warnings for tropical storms and hurricanes.
What are hurricanes?Hurricanes are low-pressure systems with organised thunderstorm activity that form over tropical or subtropical waters. They are also referred to as tropical cyclones in general. The warm ocean waves provide them energy.
The surface winds are constantly circling as storm systems intensify into hurricanes. This pattern is known as "closed circulation" by meteorologists. Depending on which hemisphere the storm is in, the circulation rotates either clockwise in the Northern hemisphere or counterclockwise in the Southern hemisphere.
Weather forecasters can predict a hurricane's course once it forms. They also forecast how powerful it will become. People can prepare for the storm with the help of this information.
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what is the term for a boundary surface in a sequence of rock strata indicating lack of deposition, where erosion and deformation may have occurred?
The term for a boundary surface in a sequence of rock strata indicating lack of deposition, where erosion and deformation may have occurred an unconformity.
A buried erosional or non-depositional surface that separates two rock masses or strata with varying ages is called an unconformity, and it shows that sediment deposition was not continuous. However, the term is used to describe any pause in the sedimentary geologic record. In general, the older layer was exposed to erosion for a period of time before the younger layer was deposited.
A contact between two rock units called an unconformity occurs when the upper unit is typically significantly younger than the lower level. Unconformities are frequently buried erosional surfaces that can signify a discontinuity in the geologic record of several hundred million years or more. For instance, the contact between a bedrock surface that is 600 million years old and weathered 400 million years ago sandstone is an unconformity that signifies a 200 million year time gap. During that 200 million year period, sediment and/or rock that was immediately deposited on the bedrock was worn away, exposing the "basement" surface. Disconformities, nonconformities, and angular unconformities are the three different types of unconformities.
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dr. gregory retallack was able to find evidence that supported the cataclysmic extinction during the permian. what was this piece of evidence? group of answer choices the absolute age of the siberian basalt flows the location of the impact event shocked quartz grains pieces of the meteor itself
Answer:In 1997, College of Oregon scientist Gregory Retallack revealed finding raised iridium levels and stunned quartz precious stones in Permian-Triassic rocks indications of an effect.
Explanation:The end-Permian mass eradication is the biggest of the Phanerozoic. In the quick fallout the marine environment was overwhelmed by microbial and networks with catastrophe taxa. Conceivable kill system incorporates an incredibly quick, unstable arrival of gases like carbon dioxide, methane and hydrogen sulfide. Siberian flood volcanism has been recommended as the most conceivable component to set off the monstrous arrival of ozone depleting substances from volcanic ejections and connection of magmas with carbon from thick natural rich stores or quick venting of coal-determined methane or enormous ignition of coal. A sharp Î'13C isotopic outing, quick vanishing of carbonate benthic networks and Î'18O information from conodont apatite recommend fast an unnatural weather change. The end Permian mass elimination happened in under 200,000 years.
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what is the approximate elevation at grid location 7-i?
Answer:
140 FEET
Explanation:
By calculating the slope using the trigonometric formula the 1/10 goes down a letter per number and therefore the height ends up being 140 feet
Using Figure 1, describe the global distribution of LICs
climate science relies on computer models to analyze the many variables of past (and future) climate change. is this an acceptable way of doing science?
No, scientific conclusions can only be proven using direct measurements.
A controlled, meticulously documented, and replicable (reproducible) experiment is used to test a hypothesis, according to one definition of the scientific method. In actuality, there are numerous approaches to do scientific research. Nevertheless, the aforementioned definition is a fair summarization or approximation of a lot of scientific work.
As instructors administer tests, quizzes, demonstrations, and reports throughout a course or programme, direct measurements are used to give concrete evidence of student learning. They frequently involve capstone projects, tests, and essays, and are graded using rubrics.
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the polar position hypothesis suggests that glaciers should form on earth when continents exist in polar regions. however, from 125-35 ma (~cretaceous period), there were continents at the poles but no glaciers. why?
The most famous of the several climatic indicators that support continental drift is glacial activity.
When Alfred Wegener looked into this area, he discovered an anomaly inside the Permo-Carboniferous ice sheet, which previously covered all of the southern main plates and was discovered through glacial till layers.
It was first proposed that arctic ice should occur on continental when they were situated in polar or closely adjacent to polar regions. There shouldn't be any ice anyplace on Earth if there are no continents close to the South or North Poles.
However, the Polar position theory asserts that there have never been ice sheets in the last 500 million years when continental blocks were not over polar latitudes.
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Hey! Some interesting facts about Asia please
It is the continent with the most people, over 4 billion people live there!
It is the worlds largest continent!
It is home to the largest mountain ever, Mount Everest!
South Korea has a separate Valentine's Day for single people!
Explain the GAC in hot, dry weather in the desert. (2 marks)
In a hot and dry weather such as in desert, the global atmospheric circulation often comes with a low pressure near 30° and this is the main cause of precipitation in mid-latitude.
What is a global atmospheric circulation?In geography, also known as an atmospheric circulation, refers to the large-scale movement of air and together with ocean circulation is the means by which thermal energy is redistributed on the surface of the Earth. The global atmospheric circulation varies from year to year but the large scale structure of this circulation remains fairly constant.
In conclusion, the global atmospheric circulation creates different direction of winds across the planet and leads to areas of high rainfall, like the tropical rainforests and areas of dry air, like deserts.
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How might the
percentage of young people affect
economic factors, such as national
employment and national demand
for products and services?
Youth unemployment is caused by a skills gap that affects young people everywhere. Millions of young people are out of school and ready to work; however, businesses require skills that these young people did not acquire.
Which nation has the highest youth unemployment rate?
Based on 181 countries, the average was 19.14 percent in 2021.In Djibouti, the value was at its highest:79.91 percent, with Niger having the lowest value:1.02 percentage From 1991 to 2021, the indicator is available for use.
What influences the natural unemployment rate?
The demand for labor is influenced by shifts in worker productivity, which in turn influences the natural rate of unemployment. The natural rate of unemployment can be reduced if unanticipated increases in productivity result in a higher demand for labor at a particular wage rate.
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how does the un framework convention on climate change aid cooperation on the reduction of greenhouse gas emissions?
The UN framework convention on climate change aid cooperation on the reduction of greenhouse gas emissions by ensuring repeated interactions between states.
What is the definition of climate change?Climate change is defined to be the a shift in the average weather in a place over many years. The rapid climate change that we are now seeing is caused by humans using gas, oil and coal for their factories, transport, and homes. When the fossil fuels burn, they release greenhouse gases, which consists mostly of carbon dioxide. The greenhouse gases trap the heat from the Sun and cause the planet's temperature to rise.
Extreme weather is one of the impact of rapid climate change, in addition to extreme temperature.
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Sir Edmund Hillary, from the country of New Zealand, along with his Sherpa guide, Tenzing Norgay, were the first two people to summit Mt. Everest. The year was 1953. It is said they buried cookies at the summit as a gift to the goddess of the mountain. Hillary spent 4 hours each day riding a train to go to school. He spent lots of this time reading books.What types of books did young Hillary especially enjoy reading?
As Sir Edmund Hillary along with his Sherpa guide "Tenzing Norgay" were the first two people to summit Mt. Everest, the types of books he enjoy reading when he was younger would likely be an adventure books.
Who was known as Sir Edmund Hillary?He was a popular New Zealand mountain climber and Antarctic explorer who with the Tibetan mountaineer "Tenzing Norgay" was the first to reach the summit of Mount Everest (29,035 feet [8,850 metres] which is the highest mountain in the world.
Even though he made his living as beekeeper, he climbed mountains in New Zealand, in the Alps and finally in the Himalayas, where he climbed 11 different peaks of over 20,000 feet. This made him ready to confront the world's highest mountain. Mt. Everest.
In one of Hillary's speech, his words is as quoted"...read a lot of books about adventure, to actually getting involved in things like mountaineering, and then becoming a reasonably competent mountaineer...".
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