Further will increase of carbon dioxide concentrations withinside the ecosystem are anticipated to heat temperatures extra at excessive latitudes than at low latitudes due to the fact CO2 degrees growing are the purpose for Earth's temperature to rise.
Carbon dioxide, methane, and nitrous oxide concentrations at the moment are extra plentiful withinside the earth's ecosystem than any time withinside the ultimate 800,000 years. These greenhouse fueloline emissions have improved the greenhouse impact and precipitated the earth's floor temperature to rise. When there is extra CO2 withinside the ecosystem, it makes the ecosystem hotter via way of means of trapping heat.
Since human beings are including extra CO2 to the ecosystem, that enables provide an explanation for why temperatures are growing across the world. There's extra carbon dioxide withinside the iciness and a piece much less withinside the summer time season. That's the collective respiration of all of the flora withinside the Northern Hemisphere. "Plants are amassing carbon withinside the spring and summer time season while they are active, and they are liberating carbon returned to the air withinside the fall and iciness," Graven explains.
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which of these are reasons that underground mining may be selected as best instead of surface mining? select all that apply
The question above isn't complete, as there are no options for us to select from. That being said, generally, the best reasons or conditions that make underground mining better than surface mining are:
Ore is found in an area that restricts surface footprint.Ore is found near a potential landslide site.Ore is highly concentrated below the surface.Underground mining is a method of mining used to extract ores from below the surface. The entry of an underground mine can be a horizontal or vertical tunnel. This method is generally used when the precious ores are concentrated in the deep and need to be extracted safely and economically.
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what is the mass of the sun compared to earth
Answer:
The Sun is approximately 333,000 larger than Earth.
Explanation:
The Sun could accommodate roughly 1300,000 Earths. The mass of Earth is 1 millionth of the mass of the Sun.
Compared to the mass of the earth, the sun is significantly larger.
What is the mass of the sun compared to earth ?The sun has a mass of 1.989 * 1030 kg.The earth weighs 5.972 * 1024 kg.The sun's mass is approximately 3.33 *105 times that of the earth.The Sun is the star at the center of the Solar System.In its core, nuclear fusion processes have sparked a nearly flawless ball of hot plasma.Visible light, ultraviolet radiation, and infrared radiation make up the majority of the energy it emits.This source provides the majority of the energy needed for life on Earth.Only one astronomical object Earth, which is third from the Sun is known to support life.Although the Solar System contains enormous amounts of water, only Earth is home to liquid surface water.1.989 x 1030 kg, or around 333,000 times the mass of the Earth, make up the sun's mass.According to astronomers Imke de Pater and Jack J., 99.8 percentage of the solar system's mass is in the sun.To learn more about mass of the sun refer
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what continent is believed to be the site of the earliest gianr continental land mass on earth ?
Africa is thought to have been the location of Earth's first giant continental landmass.
Any of several large landmasses is referred to as a continent.A continent is a large continuous mass of land that is traditionally regarded as a single region. Up to seven geographical regions are typically considered to be continents, with the term "continent" generally denoting a convention rather than any specific criteria.
Europe and Asia are sometimes considered one continent known as Eurasia. These seven regions are, in order of area, Asia, Africa, North America, South America, Antarctica, Europe, and Australia.
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Which falling object will result in the least kinetic energy when it collides with the ground?
(1 point)
O 100 grams of dirt falling at 15 m/s
O 10 grams of dirt falling at 2 m/s
O 100 grams of water falling at 10 m/s
O 10 grams of water falling at 1 m/s
10 grams of water falling at 1 m/s will result in the least kinetic energy when it collides with the ground. Thus, option 'D' is the correct option.
What is Kinetic energy?The energy an item has as a result of motion is known as kinetic energy in physics. It is described as the effort required to move a mass-determined body from rest to the indicated velocity. The body holds onto the kinetic energy it acquired during its acceleration until its speed changes.
Actually, electrical kinetic energy describes how electricity travels over space. For instance, kinetic energy is present in the electrical current that transfers power from a battery to a light bulb.
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(q004) which of the following creates the vesicles seen in this image? rq-figure-5.04 click to view larger image. question 4 options: a) volatiles that escape from lava to form gas during an eruption b) slow cooling within the magma chamber in the presence of water c) high silica content in the lava d) rapid cooling of a lava flow by water
The reason for the formation of vesicles in igneous rocks is the rapid cooling of lava flow by water.
What is vesicles?According to the explanation by Bates and Jackson (in their book called The Dictionary of Geologic Terms, 1984), the definition of vesicles is a small cavity in an aphanitic or glassy igneous rock, formed by expansion of a bubble of gas or steam during solidification of the rock. Igneous rocks that have vesicles are just igneous rocks that are formed from the cooling of molten magma that reaches the earth's surface or this type of magma is referred to as lava. The lava is usually mixed with water when it flows over the earth's surface.
Based on the expert's explanation, it can be said that vesicles in rocks are formed when magma comes out to the surface of the earth and then cools and hardens rapidly so that the gas trapped inside the rock has not had time to be released which then forms a vesicular texture.
In conclusion, the cause of the formation of vesicles in rocks is rapid cooling of a lava flow by water.
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What animals lived in the Carboniferous period?
The animals of the Carboniferous Period included arthropods, amphibians, sharks, and amniotes.
What time period is the Carboniferous?The Carboniferous Period is one of the geologic eras in Earth's history. It belongs to the Paleozoic Era and spans the time between the Devonian and Permian periods. The time period during which the majority of the coal on Earth was produced is referred to as the "Carboniferous," which literally translates as "coal-bearing". Because amphibians ruled the land vertebrate kingdom for a significant portion of this time, the Carboniferous is also known as the Age of Amphibians.
The animals lived in the Carboniferous period were: arthropods which grew to much bigger sizes than they do today, amphibians, which took over as the principal terrestrial vertebrates, sharks, which dominated the oceans, and amniotes, which are the progenitors of modern reptiles, birds, and mammals.
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Why is the earthquake probability on the south segment of the san andreas fault lower than on other faults of the bay area?.
The fault's portion south of San Juan Bautista (up to just north of Parkfield) is regarded as having a low risk. The San Andreas appears to continuously creep along that region, constantly releasing strain and failing to store enough energy for a large earthquake.
Approximately 1,200 kilometres (750 km) of the San Andreas Fault, a continental transform fault, run across California. [1] It moves in a right-lateral strike-slip fashion and creates the tectonic boundary between the Pacific Plate and the North American Plate (horizontal). Three distinct portions make up the fault, each with distinct traits and varying levels of earthquake risk. The fault slips between 20 and 35 mm (0.79 and 1.38 in) per year.
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Based on the map, which continent has the largest area with a low human development index? africa asia north america south america.
The greatest portion of the continent with a low Human Development Index is North America.
How is the human development index determined?The three primary elements of human development are intended to be tracked by the Human Development Index (HDI), a single index measure. It is determined using three key variables: per capita income, life expectancy, and educational attainment.
What are the four HDI indicators?The four elements that make up the Human Growth Index (HDI)—mean years of schooling, expected years of schooling, life expectancy at birth, and gross national income (GNI) per capita—measure each nation's social and economic development.
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Answer:Africa
Explanation:
There is the most area with low development. Also I took the test and got it right
It can be obtained by combining the map distance (horizontal or straight line distance) between two points and the altitude difference between the same points. REVIEW EXERCISE FOR UNIT 1 True or False: Write True if the statement is correct and write False if it is incorrect. 1 Grid North is the direction in which grid lines point towards the top of the map.
Answer:
True False 2 A contour line is a line passing through points of equal height above or below a reference level. True False 3 The scale of a map is the ratio between the distance on the map and the ground distance of the same object. True False 4 The contour interval is the space between two contour lines. True False 5 The steepness of a slope is usually expressed by the contour interval. True False 6 A depression on a map is denoted by a closed contour line. True False 7 A streamline is a line that passes through all points of equal potential energy. True False 8 A point on the map is denoted by a small circle. True False 9 A map is a representation of an area of the earth’s surface as seen from above. True False 10 A map projection is a method of representing a portion of the earth’s surface on a flat surface. True False 11 The most widely used projection is the Mercator projection. True False 12 The term “azimuth” is used to describe the compass bearing. True False 13 The angle between the magnetic north line and the true north line is called the declination. True False 14 The term “surveying” is derived from the French
Explanation:
What is probably the single most important, original, depositional feature in sedimentary rocks?.
Bedding or stratification is probably the single most important, original, depositional feature in sedimentary rocks.
What is stratification?Stratification is defined as the classification of data, people, and objects into different groups or hierarchies. It is a technique used in conjunction with other data analysis tools. When data from different sources and categories are lumped together, it can become difficult to make sense of the data.Stratification, stratification that occurs in most sedimentary rocks and igneous rocks formed at the surface of the earth. Deposition of lava flows and volcanic debris. Layers can range in thickness from a few millimeters to several meters and vary widely in shape. Most sedimentary rocks such as sandstone, limestone, and shale are the best examples of layered rocks.Stratification occurs throughout nature in places such as rocks, water, and soil. Layering is a term used to describe elements that are made up of layers. Sedimentary rock is one such element that is layered. Sedimentary rocks are composed of multiple layers of sediments formed over millions of years.To learn more about stratification from the given link :
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climatographs are useful tools in describing a biome's climate. they typically show patterns in annual...
they typically show patterns in annual precipitation and temperature
What are Climographs?
A Climographs is a graphical representation of the basic climate of a location. Climate charts display data for two variables:
Mean monthly temperature Mean monthly precipitation.These are useful tools for quickly describing the climate of a location. Climographs patterns not only describe the climate of a place, but also provide evidence of the relative geographic location of that climate.
For example, a climate graphs with a narrow range of temperatures throughout the year may represent a location near the equator, or it may represent a location adjacent to a large body of water that influences the temperature range. On the other hand, the wide range of annual temperatures may suggest the opposite. It is also possible to derive information about the ecological conditions of the site through climate B
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Why is the potential loss of glaciation in the alps a concern for western europe?.
Aside from cultural loss, Europe would suffer from the loss of one of its primary sources of fresh drinking water, which would mostly effect the mountain towns. Losing the glaciation in the Alps would have a significant negative impact on Europe.
Another concern is that the Alps are a major tourist destination in Europe. Whether it's for a mountain event or just a simple hike, many people travel there, and the economic damage would be severe.
Due to the fact that they sell their products internationally, Switzerland currently has one of the many significant hydroelectric dams that uses the water that flows down the Alps. Without the glaciation, the amount of water running down will gradually decrease, resulting in a loss of electric energy in the country.
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Aside from cultural loss, Europe would suffer from the loss of one of its primary sources of fresh drinking water, which would mostly effect the mountain towns. Losing the glaciation in the Alps would have a significant negative impact on Europe.
Another concern is that the Alps are a major tourist destination in Europe. Whether it's for a mountain event or just a simple hike, many people travel there, and the economic damage would be severe.
Due to the fact that they sell their products internationally, Switzerland currently has one of the many significant hydroelectric dams that uses the water that flows down the Alps. Without the glaciation, the amount of water running down will gradually decrease, resulting in a loss of electric energy in the country.
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what happens when a new air mass moves into a new area
When the air travels from an area to another, there are many changes that happens.
A few characteristics is changed of that area which completely depends on the characteristics of that air. There are different types of air.
If we talk about air then we should know it has a temperature and a humidity.
Whenever air travels to a new area, that are is having it's own characteristics but the new air tends to make some changes.
These changes are done in the temperature and humidity level of that area which have the ability to change the weather of that place.
For example, a cool and humid air travels to a place, this will decrease the temperature of that place and make it humid, thus, making the weather of that place cooler.
This is also a process of transition of weather at a place. Therefore when a new air mass moves into a new area, it changes the temperature and humidity level of that area which changes the weather of that area. Air is responsible to make changes in the weather of any particular place.
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which of the following are potential groundwater remediation techniques that can be used to clean polluted groundwater? (select all that apply)
The potential groundwater remediation techniques that can be used to clean polluted groundwater are :
a)bioremediation
c)pump and treat
Groundwater is the purest form of water available on the whole earth.
There are the three main ways of remediating contaminated groundwater and they are:
Extraction & the Disposal Extraction then disposal of the contaminants.Pumping & the Treatment Pumping and treatment of the water.In-situ Treatment In-situ treatment including in-situ the chemical oxidation, air sparging and soil vapour extractionTo know more about remediation techniques, visit here:
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(Complete question) is:
which of the following are potential groundwater remediation techniques that can be used to clean polluted groundwater? (select all that apply)
a)bioremediation
b)biodegradation
c)pump and treatment
Politically, Siam is best described as:
Question 5 options:
colonized and dependent on France.
colonized and dependent on Great Britain.
politically independent but economically controlled by France.
politically weak but independent and neutral
a colonizing power that controlled Southeast Asia.
Politically, Siam is best described as politically weak but independent and neutral.
What was Siam?Siam was the predecessor to the modern day nation of Thailand and they were never colonized by the European powers. However, they did face a lot of challenges from them.
The French would try their best to defeat Siam and take them over and they were able to do so to an extent. But the British intervened and stopped the French while taking Siam land. Siam was therefore independent, but politically weak and prone to incursions from Europeans like the French.
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question mode multiple choice question a stream can't change howwhat do braided streams indicate about sediment load?much sediment is present or the amount of water it will receive. in this way, discharge and load are
A stream can't change how what do braided streams indicate about sediment load? Much sediment is present or the amount of water it will receive. in this way, discharge and load are independent variables.
Independent and based variables continually cross at equal locations in a graph. This makes it easy with the intention to speedy see which variable is impartial and which depends whilst searching at a graph or chart. The unbiased variable continually is going at the x-axis or the horizontal axis.
A dependent variable is a variable whose price relies upon independent variables. The structured variable is what's being measured in a test or evaluated in a mathematical equation. The established variable is now and again referred to as "the final results variable."
The independent variable is the variable that is managed in the course of the experiment, however, it isn't always laid low with some other variable. So, as its name shows, it's far impartial from other variables. Time, for instance, will always be an impartial variable.
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Equatorial regions have year-round warm temperatures and the highest amounts of precipitation because.
Answer:
es pegunto
Explanation:
Write a summary of what happens after hurricane. Include these terms in your summary: rebuilding, relief agencies, cleaning up, Caribbean .
One of the most regular natural disasters to affect the Caribbean is a hurricane. A tropical storm is classified as a hurricane if it has sustained winds of at least 74 mph for one minute. When warm water enters the troposphere and high pressure forces warm, dry air downward toward the center, they are produced. It typically takes years to recover.
While each person's experience is different, I have come across several similar trends in my studies on catastrophe recovery. In order to help survivors and those who want to assist them, it is important to comprehend this intricate process, which involves numerous charitable organizations and governmental relief agencies . It is also helpful to know what resources are available and how aid is dispersed in order to rebuild the lives of the survivors
Additionally, non-profit organizations, religious organizations, and relief groups swarm to the impacted areas. They clean up flooded properties, remove debris, and cover homes with tarps.
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Why are seismologists interested in the possibility of the two faults being connected together?.
Seismologists are interested in the possibility of the two faults being connected together is because two faults tells the possibility of upcoming of natural disasters like earthquake.
Seismic waves are the elastic waves that propagate in solid or fluid materials. They can be divided into the body waves that travel through the interior of the materials; the surface waves that travel along surfaces or interfaces between materials; and the normal modes, a form of standing wave.
There are the two types of body waves, pressure waves or primary waves (P-waves) and the shear or secondary waves (S-waves). P-waves are longitudinal waves that involves compression and expansion in the direction that wave is moving and are always the first waves to appear on the seismogram as they are the fastest moving waves through solids
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Which the greenhouse gas will be released the most into the atmosphere and intensify the global warming due to the melting of tundra?.
Methane gas will be released the most into the atmosphere and intensify the global warming due to the melting of tundra.
What is Methane gas?Methane is non-toxic and poses no danger when inhaled in limited amounts. However, when large amounts of natural gas or methane displace the air, it can run out of oxygen and suffocate. It is mainly used as a fuel to generate heat and light. It can also be used in the formation of organic chemicals. Methane can form from the decay of natural substances and is commonly found in landfills, wetlands, septic tanks and sewers. The largest sources of anthropogenic methane emissions in the United States are oil and gas systems, livestock enteric fermentation, and landfills.Methane has more than 80 times the warming potential of carbon dioxide for the first 20 years after entering the atmosphere. Methane sets the pace of warming in the short term, even if the impact of CO2 lasts longer. At least 25% of global warming today is caused by methane from human activity.To learn more about Methane gas from the given link :
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A flat, raised area of land caused by uplift is also known as a(n): a. Upwarped mountain c. Interior plain b. Coastal plain d. Plateau please select the best answer from the choices provided a b c d.
A flat, raised area of land caused by uplift is also known as an Plateau.
What is a Plateau?
A plateau, also known as a high plain or a tableland, is a region of a highland made up of flat terrain that is raised abruptly above the surrounding area on at least one side in terms of geology and physical geography. Deep hills or escarpments are common on one or more sides. Any flat, high landform with at least one side that rises dramatically above the surroundings is called a plateau. Every continent has plateaus, which occupy one-third of the surface on the planet. Together with hills, mountains, and plains, they make up
Hence, A flat, raised area of land caused by uplift is also known as an Plateau.
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What is probably the single most important, original, depositional feature in sedimentary rocks?.
The most important, original, and depositional feature in sedimentary rocks is bedding.
What is the meaning of bedding in terms of sedimentary rocks?Bedding is referred to as the most depositional and prominent feature in sedimentary rocks in the form of horizontal stratification. The boundaries between the different sediment layers are a function of these bedding lines. The flat and parallel surface is where most of the sediment was deposited. There is also a steeper layer of sediment known as cross-bedding where sediment is deposited on the edge or slope area due to strong wind or water waves.
In conclusion, the most important, original, and depositional feature in sedimentary rocks is bedding.
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What was one factor that motivated European exploration? A The desire to escape overcrowding and disease
Answer:
The European exploration and settlement started because they wanted to spread their religions, be able to say that they own most of the world, and to find more gold, and other valuable items.
Explanation:
in the open sea, tsunami reach an average wave height of about:
in the open sea, tsunamis reach an average wave height of about three feet or less.
Ocean waves are caused by wind blowing over the surface of the water. They can tour thousands of miles and vary in length from tiny wavelets to over 100 feet tall.
Sure, a wave with a wavelength of 14 meters can be higher than 2 meters due to the fact the frequency of the waves is less than 7 meters per 2d. Sure, a wave with a wavelength of 14 meters can be better than 2 meters due to the fact its steepness could be much less than 17.
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(HELP ASAP)
The area of Western Europe has been inhabited since when?
Around 10,000 BC
Around 2,000 BC
Around 35,000 BC
Around 25,000 BC
Answer:
Around 35,000 BC
Explanation:
how do flash floods and regional floods differ?
Regional floods occur in large areas, whereas Flash floods occur in small areas.
Regional floods and Flash floods occur due to heavy rain or snowfall in certain areas. Some of the differences between Flash floods and Regional floods are mentioned below:
Flash floods are sometimes called upstream floods Flash floods occur in a short time.Flash floods are most likely to be caused by thunderstorms, heavy rains etc.One example of a Flash flood is Big Thompson Canyon in Colorado.Regional floods are sometimes called downstream floods.Regional floods occur due to heavy rainfall for an extended period.Regional floods are caused based on atmospheric conditions.Regional floods are most likely to occur in places near rivers, oceans etc.One example of a Regional flood is Galveston Hurricane in Texas.To Know more about Floods:
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Which of the following are you more likely to find within (or on the edges of) spiral arms of a spiral galaxy than in between these arms? -ionization nebulae
-massive stars (spectral types O and B)
-dense, dusty gas clouds
-young stars
Using the theories of stars, we got that dense, dusty gas clouds are more likely to find within (or on the edges of) spiral arms of a spiral galaxy than in between these arms.
The spiral arms of the galaxies are the the main production centres of young stars. The more gas and the dust available, the greater the fraction of the galaxy that can be involved in the star formation. These high-production galaxies actually tend to be dominated by their spiral arms and have relatively small central bulges. Their arms contain actually more clusters of very luminous stars and the more luminous nebulae (HII regions).
Hence, the biomass which are more likely to find within (or on the edges of) spiral arms of a spiral galaxy than in between these arms is dense, dusty gas clouds.
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what evidence exists for past glaciation and a colder climate in the united states?
Evidence that exists for past glaciation are outcrops that display glacial scratches and polish, smoothed-off areas of bedrock, pollen records that show a change from colder to warmer climate plants.
Evidence is an item offered by a litigant to make the existence of a fact more or less likely.
Evidence may take the form of testimony, documents, photographs, videos, audio recordings, DNA tests, or other physical objects. Outer symbol: Hint. : Provide Evidence: Testimony. Specifically, what was submitted to the court to prove the veracity of the issue.
An example is a witness pointing to someone in court and saying, "This is the man I saw robbing a grocery store." This is also known as direct or prima facie evidence. Physical evidence can be any item or material related to a crime. It doesn't matter if it's big or small, as long as it's concrete.Learn more about Evidence here: https://brainly.com/question/27003790
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which of the following may change as the amount of sea ice and glacial coverage on land decreases as the climate warms?
The following are some of the things that may change as the amount of sea ice and glacier coverage on land decreases due to climate warming:
"The location and strength of the themohaline conveyor"."The location and strength of surface currents".Why does the climate warm?Extra greenhouse gases in the atmosphere are the primary cause of earth's warming. Greenhouse gases like carbon dioxide (CO2) and methane trap heat from the sun inside the earth's atmosphere. It is natural for our atmosphere to include certain greenhouse gases. They contribute to keeping the earth warm enough to support life. In spite of this, too many of these gases in the atmosphere will be harmful to the environment and may contribute to climate change and global warming.
One of the indicators of climate change and global warming is the decrease in sea ice and glacier cover on land.
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What is probably the single most important, original, depositional feature in sedimentary rocks?.
Bedding or stratification is probably the single most important, original, depositional feature in sedimentary rocks.
For instance, bedding is the division of sediments into layers that either differ from one another in terms of textures, composition, colour, or weathering traits, or are divided by partings, which are small spaces between adjacent beds. Bedding is a sign of changes in depositional processes that could be brought on by seasonal variations, climatic changes, shifting river or delta positions, or tectonic shifts. Partings could be the result of non-deposition for a few decades to several centuries. In practically any depositional setting, bedding can form.
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