An interglacial climate shift occurs during El Nino/Southern Oscillation. A single climatic phenomena known as the El Nino-Southern Oscillation alternates sporadically between three states: neutral, la Nina, and EL Nino.
In Europe And north America, there were multiple glacials over the 2.5 hundreds of millions of years of the Paleolithic, or large expansions of ice sheets and glaciers, which happened at intervals of around 40,000 to 100 million years. There were more moderate, shorter interglacial periods in between the lengthy glacial eras. The climate warms during interglacial, like the one we are currently experiencing, and the tundra retreats poleward alongside the ice sheets. Areas that formerly supported tundra vegetation now have forests. Paleontology helps determine if an interglacial occurred on landmass or in deep improved international seas.
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Hurricanes are large tropical storms with heavy winds that exceed 74 miles per hour. Hurricanes produce heavy rains and may give rise to tornadoes. What is the source of the energy contained in hurricanes?.
Hurricanes are large tropical storms with winds of more than 74 miles per hour. Hurricanes cause heavy rains and tornadoes to form. The thermal energy of ocean waters is the source of the energy contained in hurricanes.
A hurricane is a tropical storm accompanying winds that have attained a determined speed of 74 5 per time or more. Hurricanes help to move heat from the warm tropical domains toward the cold opposite domains. Hurricanes comprise giant tools that convert the strength from warm air into strong winds and waves. In addition, hurricanes' forbiddance just transports heat to the poles they help scatter that heat exhausted the torrid zone into scope.
Thermal energy refers to the strength held inside a whole namely being the reason for the allure of hotness. Heat is the flow of warm strength. A whole arm of physics, thermodynamics, handles by what method heat is moved 'tween various orders and by what method work is exhausted the process.
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Which of the following can influence temperature?
A) position on a landmass
B) cloud cover
C) altitude
D) all of the above
The position on a landmass, cloud cover and altitude can influence temperature.
Temperature is a gauge for the particles' average kinetic energy, or "energy of motion," in a sample of interest. While in everyday life we typically represent temperature using the relative Celsius or Fahrenheit scales, in scientific work we frequently use the absolute Kelvin temperature scale for calculations.
Temperature can be affected by where you are in relation to a landmass. For instance, being close to the ocean usually has a moderating effect on temperature.Temperature can be impacted by cloud cover. The amount of sunlight that reaches the surface is decreased, for instance, by cloud cover's ability to reflect and absorb sunlight. Cooler temperatures are the result.Temperature is influenced by altitude. As altitude rises, for instance, temperature tends to drop. This explains why mountain tops are colder than the mountain's base.Learn more about Temperature, here
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ground-up limestone (caco3) is used as a gentle abrasive in some powdered cleansers. why is this a better choice than ground-up soda ash (na2co3)?
Ground up limestone (CaCO3) is used as a gentle abrasive in some powdered cleansers. This a better choice than ground up soda ash (Na2CO3), because CaCO, is not soluble in water.
Since limestone naturally contains calcium carbonate and magnesium carbonate, lime is a rock powder soil amendment used in gardening. A healthy lawn and a stronger foundation for plant growth can be achieved by adding lime to garden soil, which increases the alkalinity of acidic soil and adds plant nutrients and minerals.
Two types of lime that are frequently used in lawns and gardens are agricultural lime and dolomitic lime. Agricultural lime (also known as garden lime) is made of calcium carbonate, whereas dolomitic lime is made of dolomite, a rock that is related to limestone and contains both calcium and magnesium. These are not the same as quick lime, hydrated lime, or slaked lime, which are used for a variety of purposes, such as cooking and water treatment, but are not used in agriculture.
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choose the correct statement describing, what will you see if you look at them with a telescope that has an angular resolution of 0.5 arcsecond. choose the correct statement describing, what will you see if you look at them with a telescope that has an angular resolution of 0.5 arcsecond. two distinct stars. one point of light that is the blurred image of both stars. nothing at all.
One point of light that is the blurred image of both stars is the the correct statement describing, what will you see if you look at them with a telescope that has an angular resolution of 0.5 arcsecond
The ability of any image-forming tool, such as an optical or radio telescope, a microscope, a camera, or an eye, to distinguish minute details of an object is known as angular resolution, and as such, it is a key factor in determining image resolution. It is employed in the study of light waves in optics, radio waves in antenna theory, and sound waves in acoustics.
When comparing objects (such a leg or hand) to dust or other particulates in a scanning field, the angular resolution is a crucial parameter to consider. Smaller objects can be "seen" with a lesser angular resolution since the measurement points are closer together. The more beams, the greater the safety quality, so the lower the angular resolution.
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when karl kaveman adds chilled grog to his new granite mug, he removes 10.9 kj of energy from the mug. if it has a mass of 625 g and was at 25°c, what is its new temperature? specific heat capacity of granite
Whenever Karl Kaveman adds cooled grog into his handmade granite mug, he lowers the temperature to 3°C and expels 10.9 kJ of energy.
What type of stone is referred to as granite?Granite is a typical igneous rock that is hard, coarse-grained, and predominantly composed of talc, microcline, and quartz. Limestone has been used in building from the beginning of time. It is a time-tested and durable material for construction that will outlast the buildings in which it is used.
Briefing:We can that heat Q=m dT
Where m is the mass = specific heat capacity
dT = Temperature difference
Here, we've provided m=625 g =.625 kg
specific heat of granite =0.79 J/(g-K) = 0.79 KJ/(kg-k)
T₁ = 25°C
T₂ = we have to find
we have also given Q=10.9 KJ
10.9=0.625×0.79×(25-T₂)
25-T₂ = 22
T₂ = 3°C
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The complete question is-
When Karl Kaveman adds chilled grog to his new granite mug, he removes 10.9 kJ of energy from the mug. If it has a mass of 625 g and was at 25 °C, what is its new temperature? Specific heat capacity of granite = 0.79 J/(g·K)
Question 4
What type of soil is common in the tundra regions of Europe?
10 pts
Answer:
perma frost soils
Explanation:
Hurricane season for the atlantic ocean lasts from june to november. Which factor makes an atlantic hurricane less likely to form during the month of march?.
The Atlantic Ocean's hurricane season runs from June to November. which decreases the likelihood of an Atlantic storm forming in March.
The ocean is cool. When a hurricane season crosses land, its wind speed decreases because it formed over sea. Each year, the Atlantic hurricane season is officially observed from June 1 to November 30. The National Hurricane Center selected this six-month span because, according to NOAA's Hurricane Research Division, it accounts for 97% of all Atlantic tropical storms and hurricanes. Hurricanes are fueled by thunderstorms and warm ocean waters. Hurricanes seasonfrequently begin as tropical waves, which are low pressure systems that pass over moist regions of the tropics and may intensify shower and thunderstorm activity. Hurricanes form over the ocean. The timeframe is the Atlantic hurricane season. Tropical cyclones, sometimes known as hurricanes, tropical storms, or tropical depressions in North American countries, originate in the Atlantic Ocean every year between June and November.
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Absence of volting rights for women in democracies
Anti-suffragists argued that most women didn't want to vote. Because women are doing household chores and taking care of children, they don't have time to vote or stay up to date on politics.
After a series of heavy votes in the U.S. Congress and state legislatures, the 19th Amendment became part of the U.S. Constitution on August 18, 1920. It said: Starting in the early 18th century, some people tried to change electoral laws to allow women to vote. Liberal parties will continue to give women the right to vote, increasing the number of potential constituencies for these parties.
There have been numerous cases in recent centuries of women being selectively granted the right to vote and then revoked. It was in her state of New Jersey in 1776 that women's suffrage was first recognized and maintained in the world (although this was reversed in 1807, allowing only white men to vote).
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Correct Question?
Absence of voting rights for women in democracies?
Answer:
Anti-suffragists argued that most women didn't want to vote. Because women are doing household chores and taking care of children, they don't have time to vote or stay up to date on politics.
After a series of heavy votes in the U.S. Congress and state legislatures, the 19th Amendment became part of the U.S. Constitution on August 18, 1920. It said: Starting in the early 18th century, some people tried to change electoral laws to allow women to vote. Liberal parties will continue to give women the right to vote, increasing the number of potential constituencies for these parties.
There have been numerous cases in recent centuries of women being selectively granted the right to vote and then revoked. It was in her state of New Jersey in 1776 that women's suffrage was first recognized and maintained in the world (although this was reversed in 1807, allowing only white men to vote).
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which of the following is not a contributing factor to the poor air quality in los angeles? group of answer choices typically cloud-free conditions during afternoon heavy rainfall the city lies in a basin surrounded by mountains frequent subsidence inversions
The correct option is heavy rainfall. This is not a contributing factor that would result to the poor air pollution in Los Angeles.
When there are elements in the atmosphere that are dangerous to human health or the health of other living things, or that impair the climate or materials, it causes air pollution, which is the contamination of the air as a result. Humans are susceptible to air pollution-related illnesses, allergies, and even death. Other living things, such as animals and food crops, are also at risk, and the built environment or the natural environment may also be harmed. Human activities and natural events both have the potential to generate air pollution. Poor air quality has wide-ranging consequences on human health, but it primarily has an impact on the cardiovascular and respiratory systems of the body.
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Some natural resources are renewable—nature produces them fast enough that humans can obtain valuable and useful supplies of a resource without depleting it. Other natural resources are nonrenewable—if we use the resource at a rate fast enough to matter to our economy, the resource will run out because use is much faster than natural production. What do we know about oil and coal?.
The correct option id C. Both oil and coal are nonrenewable resources, and at current usage rates and prices similar to today, oil will run out in about a century and coal will run out in a few centuries.
Oil has a habit of floating on water, rising through rocks and escaping to the ocean floor where it is "burned" for energy by bacteria or other organisms. There is a lot more coal than oil. The price determines the quantity of a resource, whether it be coal, oil, or anything else. The rate of usage, which is rising quickly for fossil fuels, determines how long a resource will endure. The notion that there are vast reserves of untapped oil that are simple to obtain is absurd; oil firms are savvy, they drilled the simple deposits first, and they are now out of oil that can be drilled and produced at costs comparable to present pricing.
Some natural resources are renewable—nature produces them fast enough that humans can obtain valuable and useful supplies of a resource without depleting it. Other natural resources are nonrenewable—if we use the resource at a rate fast enough to matter to our economy, the resource will run out because use is much faster than natural production. What do we know about oil and coal?
A) Both oil and coal are renewable resources; they are being made rapidly by natural processes in places such as the Mississippi and Mekong Deltas.
B) Oil is a nonrenewable resource, but coal is made more rapidly and so is a renewable resource.
C) Both oil and coal are nonrenewable resources, and at current usage rates and prices similar to today, oil will run out in about a century and coal will run out in a few centuries.
D) Coal is a nonrenewable resource, but oil is made more rapidly and so is a renewable resource.
E) Both oil and coal are nonrenewable resources, and at current usage rates and prices similar to today, both will last a few hundred years before running out.
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A terrace is
a) an uplifted sea stack.
b) an uplifted wave-cut platform.
c) an erosional surface created by a massive tsunami.
d) an uplifted foreshore dune.
Answer: A terrace is b) an uplifted wave-cut platform.
The Columbia Plateau in the northwestern United States is an excellent example of __________.
a. fissure eruptions
b. pyroclastic flow deposits
c. flood basalts
d. an eroded shield volcano
The Columbia Plateau in the northwestern United States is an excellent example of fissure eruptions. The appropriate response is option A.
What is Columbia Plateau ?The geologically and geographically diverse Columbia Plateau spans sections of the American states including Washington, Oregon, and Idaho. Between both the Cascade Range as well as the Rocky Mountains, there is a large flood basalt plateau that the Columbia River cuts through.
One of the world's greatest lava eruptions has occurred on the Columbia Plateau, sometimes referred to as the Columbia Basin. One well-known example of a "Large Igneous Province," where enormous amounts of basalt are erupted within a relatively short period of time, is the Columbia Plateau flood basalts.
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What features form where two plates diverge?
if the foram-bearing limestone (caco3) rocks outside of gubbio, italy (elevation. 522 m (1,713 ft)) used to be seafloor sedimentary rocks, what dynamic earth process caused them to end up above sea level?
The land was raised by tectonic forces of the earth as a result of a dynamic process, raising it above sea level.
Land sinking refers to the downward shifting of segments of the Earth's surface, whereas uplift refers to the rising of portions of the Earth's surface.
When there are density discrepancies, gravitational force controls all tectonic processes. The extensive mantle circulation of the Earth would serve as an excellent illustration of this. Plate motion is also caused by fluctuations in lateral density close to the surface.
Both uplift and sinking may arise through plate tectonic motions, which include the formation of mountains, or from the gravitational adjustment of the Earth's crust as a consequence of the removal or addition of material, such as ice or sediment, which causes uplift or sinking.
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Question 2
Which of the following is true about the Scandinavian Peninsula?
10 pts
Answer:
its wow
Explanation:
If air is a fluid, why isn’t convection responsible for transferring heat to earth from the sun?.
Since there is no air in space, convection, which transfers heat from the sun to the planet, cannot explain the situation if the air is a liquid; instead, radiation is required.
The electromagnetic transport of heat energy over space is known as radiation. The majority of the electromagnetic energy that the sun emits and that reaches the earth is unseen. Only a tiny fraction is visible light.
Radiation carried by electromagnetic waves travels from the sun to Earth. Visible light and infrared light make up the majority of the energy that travels through the upper atmosphere and reaches Earth's surface.
Conduction is a type of heat transmission where the energy must be transferred through a medium. Heat transmission by conduction is not feasible since there is no medium separating the surface of the Earth from the Sun.
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A drought killed all the plants in an agricultural farmland. Gradually, due to wind and some birds from nearby areas, new plants started sprouting. What stage of succession was taking place in the farmland?.
A drought killed all the plants in an agricultural farmland. Gradually, due to wind and some birds from nearby areas, new plants started sprouting. Migration stage of succession was taking place in the farmland.
Through the process of ecological succession, an ecosystem grows and becomes stable. It is a process by which an ecological community's species structure changes over time from a pioneer community that first emerges in a barren land to the climax community.A dynamic community is the biotic community. Abiotic and biotic communities interact with one another to create an ecosystem, which is constantly changing. A climax community is what results from these changes, which eventually bring a community close to being in equilibrium with its surroundings.Ecological succession is the general term for the gradual and predictable changes in the species composition of a particular area. During succession, some species colonize an area and their populations increase, while the populations of other species decline or even go extinct.
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We humans are changing the composition of the atmosphere in many ways. Those changes will directly affect the planet’s temperature, but the resulting change in temperature will affect other things on the planet that also affect the planet’s temperature. Suppose that we could magically change the composition of the atmosphere enough to raise the temperature one degree if all other parts of the earth system were held fixed, and after the warming, we allowed the other parts of the earth system to react for a few years or decades. At the end of that time, what would be the total change in the earth’s temperature?.
At the end of time, The Earth's temperature will end up a few degrees warmer than before the influence of human, because positive feedbacks would change the original change.
Given the enormous size and heat capacity of the world's oceans, even a slight increase in Earth's average annual surface temperature requires a significant quantity of heat energy. It may seem insignificant, but the roughly 2-degree Fahrenheit (1-degree Celsius) rise in world average surface temperature during the pre-industrial era (1880-1900) represents a huge increase in stored heat. The additional heat is causing regional and seasonal temperature extremes, decreasing snow cover and sea ice, increasing heavy rainfall, and altering plant and animal habitat ranges, both expanding and contracting some.
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which recommendation is the first and most important step in addressing climate change, according to the intergovernmental panel on climate change (ipcc)?
According to the Intergovernmental Panel on Climate Change (IPCC), National conservation policies should limit global warming to no more than 2 degrees Celsius.
An intergovernmental organization under the United Nations is the Intergovernmental Panel on Climate Change (IPCC). Its responsibility is to advance scientific understanding of the effects of human activity on the climate. The IPCC was established in 1988 by the United Nations Environment Programme (UNEP) and the World Meteorological Organization (WMO). Later that year, the IPCC's establishment received UN approval. Its secretariat is located in Geneva, Switzerland, and is housed by the WMO. The Intergovernmental Panel on Climate Change (IPCC) is governed by its 195 member states. A bureau of scientists is chosen by the member states to work through an assessment cycle. Six to seven years typically make up a cycle. The bureau chooses professionals to draft Intergovernmental Panel on Climate Change (IPCC) reports.
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what type of map depicts the shape of the land surface by showing the elevation of the land surface with a series of lines called contours? multiple
Topographic map depicts the shape of the land surface by showing the elevation of the land surface with a series of lines called contours.
A topographic map, also known as a topographic sheet, is a type of map used in modern mapping that is distinguished by its large-scale detail and quantitative depiction of relief features, typically using contour lines (connecting points of equal elevation), though historically using a variety of methods. Traditional definitions demand that a topographic map display both man-made and natural features. A topographic survey is typically composed of two or more map sheets that are combined to create the entire map. It is usually based on a systematic observation and published as a map series. The range of cartographic symbols used in a topographic map series is specified by a common specification, and the map projection, coordinate system, ellipsoid, and geodetic datum are specified by a common geodetic framework.
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why are there no subdivisions for the hadean, archean, and proterozoic eons? (select all that apply)
Eon of Proterozoic is Deep below the surface and found in igneous, metamorphic rocks in the Proterozoic era.
Rocks from the Archeon Eon period (4 billion to 2.5 billion years ago) are not common in Kansas.
Hadean (informal) rocks are unknown in Kansas and date between 4.6 and 4 billion years ago.
Let us discuss different Eons in detail
HADEAN EONS
The period before a trustworthy (fossil) record of life is known as the Hadean eons.Due to frequent collisions with other things, intense volcanism, and an abundance of radioactiveelements with short half-lives, temperatures were sweltering, and a large portion of the Earth was molten.The Moon is believed to have been created by a massive impact collision with a planet-sized entity called TheiaLate Heavy Bombardment was used to bombard the moon.ARCHEON EONS
Evidence of cyanobacteria and the start of life on Earth date to 3500 mya.In prokaryotes, or simple single-celled organisms without nuclei, the pressure of the atmosphereranged from 10 to 100 atmospheres, and no oxygen was present.The crust of the Earth had cooled to a point where continent creation was possible.Archean rock formations are the earliest ones still visible on Earth surface.The amount of volcanic activity was much higher than it is now, and numerous lava eruptions occurred.PROTEROZIC EONS
The Precambrian is at its final aeon.It covers the period from when oxygen first entered the atmosphere of the Earth to just before theThe emergence of worldly life (like corals) on the planet.Oxygen production by bacteria triggers the abrupt emergence of living forms.Eukaryotes, which include some kinds of soft-bodied multicellular creatures, first appear.Around this time, the earliest fungus types began to form.To know about Hadean, archean, and proterozoic eons visit:
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What is the population in the area where the resource lead is found?
Answer:
Today, lead still comes from metal smelting, battery manufacturing, and other factories that use lead. This lead gets into the air and then mixes with the soil near homes, especially if the home is near one of these sources.
Explanation:
if you know that the chuckanut formation was deposited sometime during the tertiary (66-2.6 million years before present), then based on this climate reconstruction data, which hypothesis is true?
The past climate in Seattle was warm enough to support palm species. Therefore, the Chuckanut Formation was deposited at its current latitude.
The city of Seattle has a temperate climate, which the main climatic classification (Köppen: Csb) places in the Mediterranean zone, though some sources place it in the oceanic zone. It has mild, mostly dry summers and cool, wet winters, combining the best qualities of both. The weather is sometimes referred to as having a "modified Mediterranean" climate because it is cooler and wetter than a "true" Mediterranean climate but still has a dry summer (which has a significant impact on the vegetation in the area). The city and its surroundings are in USDA hardiness zone 8b, while a few isolated coastal pockets are in zone 9a.
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which of the following describe climate models and how we best use them? multiple select question. we only use them to predict future changes. they help demonstrate cause and effect. they really only work when human variables are ignored. we include both natural and human variables.
The following describe climate models and how we best use them are We include both natural and human variables, They help demonstrate cause and effect.
The interactions of the major climate drivers, such as the atmosphere, oceans, land surface, and ice, are simulated by numerical climate models using quantitative methods. They are used for a number of things, including studying the dynamics of the climate system and making climate projections. Climate models can also be narratives that are largely descriptive of potential futures and qualitative (i.e., non-numerical) models.
Quantitative climate models account for the sun's incoming short-wave electromagnetic radiation, primarily visible and short-wave (near) infrared radiation, as well as the sun's emitted long-wave (far) infrared electromagnetic radiation. A change in temperature is the result of an imbalance.
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is this statement true or false? although western europe is very industrially developed, agriculture is the main form of land use. responses
Answer:
it is TRUE
Although Western Europe is very industrially developed, agriculture is the main form of land use. The Alps are considered a climatic divide in Western Europe. The Aegean Sea is an arm of the Mediterranean between Greece and Turkey.
imagine a large complex of thunderstorms formed near springfield, mo. from what body of water did thewater vapor come from that supplied the moisture for these storms?
imagine a large complex of thunderstorms formed near springfield .mo, the water vapor that supplied the moisture for these storms come from Gulf of Mexico.
Coastal zones, continental shelves, continental slopes, and abyssal plains are the major ecological and geological regions of the Gulf of Mexico. the water vapor that supplied the moisture for the storms formed near springfield come from Gulf of Mexico. Sandy beaches, mangrove-covered areas, tidal flats, numerous bays, estuaries and lagoons make up the coastal zone. The continental shelf forms a nearly continuous terrace around the rim of the bay with a maximum width of over 200 miles (320 km) and a minimum width of about 25 miles. The continental shelf is a large area composed primarily of carbonate material that stretches across both the Yucatan Peninsula and the west coast of Florida. The rest of the ledge consists of sand, silt and clay deposits.
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The deepest lake in Canada.
Answer:
Great Slave Lake
Explanation:
The Great Slave Lake is the deepest lake in Canada. The depth of this lake is nearly about 2015 feet (614.172 m).
seismic and density data, together with assumptions based on meteorite composition, point to a core composed of
Seismic and density data, combined with meteorite composition assumptions, point to a core containing iron and nickel, with at least the outer part liquid.
A meteorite is a dependable piece of waste from an object, to a degree a meteor, a small planet that revolves around a larger one, or a meteor, that creates in the universe and survives allure travel through the air to reach the surface of the earth or moon. Meteorites that begin Earth show few of the original, various fabrics that made spheres a lot of before. By examining meteorites we can discover early environments and processes in the earth's record.
The data density figure shows the portion of records that have principles for an attribute. For example, in order that half the total number of records in the Address dossier object have a non-ineffectual advantage occupied for the united states of america attribute before the dossier mass worth for the State is 50%.
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you observe a periodic shift of a star's spectrum caused by a planet orbiting the star. if the spectrum is redshifted, the star is movingaway from earth, away from earth
It is true that the star is moving away from Earth when the spectrum is redshifted. In astronomy, this phenomenon is known as the Doppler effect.
Christian Doppler first measured the effect of motion on waves in 1842. Doppler then applied what he learned to all waves, including light waves, and pointed out that when a light source is approaching the observer, the light waves will be crowded more closely together and when it is receding from the observer, the light waves will spread out. This general principle is now known as the Doppler effect.
As wavelength decreases, the colors of the light shift toward the blue end of the spectrum: this is called a blueshift. On the other hand, when the wavelength gets longer and the source moves away from you, the change in colors is called a redshift.
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Are extrusive rocks associated with dome mountains?
Answer:
Hey there!
Explanation:
This is your answer...
The rocks that make up the plutonic dome mountains are the extrusive Igneous rocks. This is because plutonic dome mountains are generated from magma that pulls overlying igneous rock upwards, where it solidifies and cools to form a dome shape.
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