Which of these is a major reason that we have used fossil fuels rather than their alternatives?View Available Hint(s)Our supplies of fossil fuels are limited, and in most cases we may have only a few decades' supply remaining.Fossil fuels add carbon dioxide to the global carbon cycle, increasing greenhouse gases and contributing to global climate change.Market costs are generally lower for fossil fuels than for their alternatives.Fossil fuels produce more air pollution.
Most of the cases we have used fossil fuels rather than their alternatives because they are very cost effective. Market costs are generally lower for fossil fuels than for their alternatives.
The ability of fossil fuels to produce massive amounts of electricity in a single spot is one of its main advantages. Finding fossil fuels is fairly simple. Power plants are incredibly cost-effective when coal is employed in them. There is also an abundance of coal. Pipes can be used to transport oil and gas to the power plants, making the job simple. Gas-powered power plants are quite effective. It is possible to build fossil fuel-based power plants practically anywhere. As long as significant amounts of fuel can be transported to the power plants with ease, this is feasible.
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g homo habilis is the first species of the genus homo. it is [ select ] similar to other homo species, like homo erectus, than to the australopiths.
Sahelanthropus, Orrorin, Ardipithecus, Australopithecus, and Paranthropus are just a few of the genera that exhibit postcranial transformation and canine reduction throughout the first four million years or so of hominid evolution. There is a concurrent change in the hominid fossil record as the Pliocene epoch came to an end and the world climate was changing about 2.5 million years ago. Something novel arose in this setting, both physically and behaviorally, as it became cooler. The genus Homo originated from this.
The commencement of the transition from primordial, large-brained, stone tool-making, meat-eating apes that spread out across the globe to the species Homo's beginnings in Africa is marked by this change. Three species, Homo habilis, Homo rudolfensis, and Homo erectus, are considered to be the earliest members of the human genus. It is well known that H. habilis was the first species to produce stone tools and that it still possesses basic characteristics that connect it to australopiths. Aside from the fact that H. rudolfensis shared both time and space with other early Homo and had a larger brain and set of teeth than H. habilis, little is known about this species. Thanks to its extensive fossil record, we now have a better grasp of the paleobiology and evolution of the more complex H. erectus. With a physique designed for contemporary striding locomotion, H. erectus was the first fully committed, obligate biped to emerge outside of Africa. It was also the first member of the human ancestry to leave Africa. The first Homo species are the ones who tipped our evolutionary history's scales away from the more ape-like direction and toward the more human one.
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What is the point of satire in Gulliver's Travels?.
In Gulliver's Travels, Swift uses satire to highlight the political circumstances in England. He uses satire in a way to highlight England's flaws. In Gulliver's Travels, satire exposes human folly.
Give a brief account on Gulliver's Travels.The most brilliant, scathing, and divisive of Swift's satires, Gulliver's Travels is regarded as his greatest work. The book resists overly simplistic explanations since it is written in an objective tone and with an air of somber truth. Is it essentially mocking humanity or is it misanthropic in nature? The numerous cultures and societies that Gulliver encounters during his travels appear to be used by Swift to lampoon many of the mistakes, foibles, and weaknesses that people are prone to. In the first section's combative, contentious, but ultimately insignificant Lilliputians and the third segment's insane, impractical pedants and intellectuals, imbalanced beings lacking in common sense and even decency are depicted.
The Houyhnhnms, in contrast, are the model of morality and simplicity. Gulliver's prideful identification with these horses and his subsequent contempt for fellow humans, however, show that he has also become unbalanced and that people are unable to aspire to the virtuous rationality that Gulliver has glimpsed.
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How has Buddhism influenced art?.
The building of stupas, chaityas, and pillars incorporates numerous examples of Buddhist art. The Gandhara and Mathura schools of art were used in the construction of Buddha and Bodhisattava sculptures.
Give a brief account on Buddhist art.Buddhist art is created visually within the context of Buddhism. It features pictures of Gautama Buddha and other Buddhas and Bodhisattvas, famous historical and legendary Buddhist people, scenes from their lives, mandalas, and actual Buddhist artifacts including vajras, bells, stupas, and temple architecture. The oldest examples of Buddhist art date from a few centuries following the historical life of Siddhartha Gautama, which took place between the sixth and fifth centuries BCE in modern-day India, Pakistan, and Afghanistan. Buddhist art developed alongside Buddhism in each new host nation as it expanded and changed.
It evolved into the Northern branch of Buddhist art by traveling through Central Asia and into Eastern Asia, and it evolved into the Southern branch of Buddhist art by traveling as far east as Southeast Asia. Buddhist, Hindu, and Jain art all co-developed and flourished in India, and cave temple complexes built at the same time suggest that each art form had an influence on the others. As the Buddhist pantheon evolved, devotional images of bodhisattvas and other figures began to predominate in Northern Buddhist art, replacing the initial emphasis on devotional statues of the historical Buddha as well as intricate scenes in relief of his life and previous lives. By the end of the first millennium, this trend had become established.
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Coal, a fossil fuel created by the remains of plants that grew millions of years ago, served as a substitute for fuel wood during the sixteenth century.False
Plant and animal leftovers from long-dead species are used to produce coal and crude oil.
The primary energy source for an ecosystem is the sun.. Sunlight energy is captured by plants to create highly energetic compounds that are passed on to animals farther down the food chain. The high energy molecules are currently kept as fossil fuels and are released when these plants and animals die. Remember that the sun provided the energy necessary for the molecules to form; as a result, the sun is the source of the high-energy molecules found in fossil fuels such as coal.
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when creating an urban green space, which of the following needs to be determined in order for the space to provide the most benefit to the most people?
Answer:
the place of residence
Explanation:
i think so
Can you wash your hands in a utility sink?.
earthquakes occur periodically along fault lines. in between such earthquake events at a transform boundary, the lithospheric plates are
The lithospheric plates at a transform boundary are storing potential energy between earthquake episodes along fault lines because they are experiencing resistance as they try to pass one another.
Give a brief account on earthquakes.A abrupt release of energy in the Earth's lithosphere, which produces seismic waves, causes the Earth's surface to shake during an earthquake. A quake, tremor, or temblor are other names for it. Earthquakes can range in size from those that are so little that no one can feel them to those that are strong enough to uproot entire cities, launch objects and people into the air, and wreck essential infrastructure. Seismic activity refers to the quantity, variety, and magnitude of earthquakes that take place in a region over a given time period.
What is referred to as seismicity at a particular location on Earth is the typical rate of seismic energy release per unit volume. Seismic rumbling is another name for tremors, which are not earthquakes.
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Scientists believe there are several basic requirements needed for life to exist on a planet. These include the presence of liquid water and a source of energy. What characteristic of earth allows water to exist as a liquid?.
Life wishes chemical reactions to take area in an effort to benefit strength, develop, and remove waste. Liquid water is a liquid that lets the chemistry of life take location. it's also a polar molecule that permits maximum different molecules to be dissolved. because of this, we name water a “solvent”.
Liquid water is a crucial requirement for life on the earth as it is capabilities as a solvent. it's far able to dissolve materials and enable key chemical reactions in the animal, plant, and microbial cells.
The orbit must lie in the “liveable area” wherein the exoplanet's surface is just the proper temperature for liquid water to exist. each shape of life we understand calls for liquid water, so an exoplanet too close or too long way from its host celebrity is less probable to incorporate lifestyles.
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questions: 1. what relationship do you see between the pressure line and the wind speed line on your graph? (hint: remember that pressure gradients, not low pressure itself creates strong winds.)
In the heart of a storm, the surface air pressure is typically very low. 870 millibars is the lowest pressure measurement for a storm ever (mb). However, the average pressure of storms is 950 millibars.
Since the windspeed is controlled by the pressure gradient, or the change in air pressure divided by the distance over which the pressure change occurs, the wind speed in a hurricane is highly correlated with the surface pressure of the storm. 1013.25 mb is the average sea level air pressure on Earth. The pressure gradient is calculated by dividing the difference in pressure between the pressure outside the storm and the lowest pressure in its center by the distance over which the pressure change occurs.
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Order the events that form an angular conformity from the first event at the top to the last event at the bottom.
Rocks are deposited horizontally.
Rocks are folded.
Uplift occurs, and folded rocks are eroded.
Horizontal rocks are deposited over eroded tilt beds.
The events that, starting with the topmost event and ending with the bottommost event, form an angular conformance of rocks.
The placement of rocks is horizontal. Rocks are folded in two. Folded rocks are degraded as a result of uplift. Over degraded tilt beds, horizontal rocks are deposited.
A contact between geological layers when the younger, overlaying rocks are flat and the older, underlying rocks are inclined is known as an angular unconformity. Nonconformities, disconformities, and angular unconformities are the three categories of geologic unconformities. When originally horizontal rocks are twisted, elevated, and eroded, an angular unconformity results. Younger rock layers are deposited horizontally on top of the older, inclined ones once erosion has stopped. An angular unconformity separates the horizontal and titled rocks.
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there was only one type of commercial agriculture that is common in the less developed areas of the world (especially in the tropics) and is not found in more developed countries: group of answer choices
Subsistence agriculture is a type of commercial agriculture that is common in the less developed areas of the world.
In less developed countries, commercial agriculture is common because it is used for growing and selling food by the farmers.
Through small-scale farming techniques, food for consumption purposes is grown and sold to the restaurants, wholesale distributors and supermarkets to meet the consumption needs.
Simply put, subsistence agriculture is a type of commercial agriculture that is done to feed the families of the farmers and it doesn't generate any profit. Specifically it is found in less developed countries where farmers grow food on small-scale level to meet their family's ends.
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Hank passes by a building every day on his way to school. He notices that the rock used to build the walls of the building is a different type than the rock used to build the steps. How could energy have played a role in the different rock types forming?.
The varied rock kinds formed as a result of energy because of different energy sources result in various rock kinds.
Although the sun's energy causes the granite to deteriorate into minute fragments of rock, the Earth melts the rock into liquid form. It should be noted that different energy sources result in various rock kinds. Igneous rocks do not become liquid rocks when subjected to energy.
Instead, the energy from the sun causes the rock to weather into small pieces of rock, while the energy from within the Earth melts the rock into liquid rock.
Every day on his way to school, Hank passes past a certain structure. He observes that the rock used to construct the building's walls is distinct from the rock used to construct the steps. Energy transforms sedimentary rock into tiny rock fragments and igneous rock into liquid rock.
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compare the two graphs. what can you infer about these stars?1057 aq1 a. star a is more luminous and closer. b. star a is more luminous and farther. c. star b is more luminous and closer. d. star b is more luminous and farther.
star A is brighter and closer. The quantity of light that a star releases from its surface is known as luminosity.
Distance affects how luminosity and apparent brightness differ from one another. The luminosity of a star is an intrinsic quality, therefore anyone who has a way to measure it should arrive at the same result. This is another way to look at these quantities. Although it depends on where you are, perceived brightness is not a fundamental characteristic of the star. Therefore, if everyone is at a different distance from the same star, they will all measure the apparent brightness of the star differently.
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what time of year is the river at the floor of the grand canyon most likely in shadow of the canyon walls?
The correct answer d) Winter
Why is the Grand Canyon so well-known?
The deeper depths of the Canyon reveal the Earth's history, with rocks dating back 250 million to 2 billion years. The Grand Canyon has been described as "the basement of history" in one famous remark.
What is the winter season?
Spring (March, April, May), summer (June, July, August), autumn (September, October, November), and winter are the four seasons (December, January, February).
What happens during the winter season?
Winter brings snow and frigid temperatures to many parts of the country. The winter solstice occurs when the Sun's elevation in relation to the North or South Pole is at its most negative value; that is, when the Sun is farthest below the horizon as measured from the pole.
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Full Question :What time of year is the river at the floor of the Grand Canyon most likely in the shadow of the canyon walls?
a) Summer
b) Spring
c) Fall
d) Winter
Dr. Laszlo and his colleague dr. Obasi are studying two different rock samples of different types of rock. How could energy have played a role in the different rock types forming?.
Different types of rock are altered by energy in various ways. Energy transforms sedimentary rock into tiny rock fragments and igneous rock into liquid rock.
How many distinct rock types are there?
Rock can be classified as igneous, sedimentary, or metamorphic. When molten rock (lava or magma) cools and solidifies, igneous rocks are created. When particles collect in the water or air, or when water-soluble minerals precipitate, sedimentary rocks are formed.
How are sedimentary rocks classified?
Pre-existing rocks or fragments of extinct species serve as the building blocks for sedimentary rocks. They develop from deposits that build up on the surface of the Earth. Sedimentary rocks frequently exhibit recognizable bedding or layering.
What rock is igneous?
Igneous rock that is extrusive or volcanic is created when magma cools above (or very close to) the Earth's surface. These are the kinds of rocks that are created by erupting volcanoes and gushing fissures.
In simple terms, what is metamorphic rock?
Rocks that have undergone significant heat or pressure changes during formation are known as metamorphic rocks. Both sedimentary and igneous rocks can undergo metamorphism in the intensely hot and pressurized conditions deep below the Earth's crus.
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What is the main idea of Truth's Ain't IA Woman speech?.
The main idea of Ain't I a woman? is that all women should be treated equally as men. They should have all the rights which men have.
Women are generally treated not as equal to men. All men are seen with great respect in the family. They decide everything. They are the ones who take important decisions of the family.
It is always taught to the kids to respect all the members of the family especially the men of the family. The old women of the family are responsible for all the wrong learnings being taught to their children. They themselves have lowered down the status of women in the family.
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which of the following is not a setting that can form a desert? multiple choice near cold, upwelling ocean currents in the subtropics due to atmosphere circulation patterns in a rain shadow of a mountain range in cold, dry polar regions all of these are settings that can form deserts.
If any of these circumstances occur, the area cannot become a desert. Due to the stresses caused by the significant temperature differences between day and night.
It result in the rocks breaking into pieces, deserts are created via weathering processes. While it rarely rains in deserts, there are the rare downpours that can cause flash floods. When heated rocks are exposed to rain, they may break, and the debris that is left behind is thrown across the desert floor, where it is further worn by the wind. Sand and dust particles are picked up by this, and because they may stay in the air for a long time, they can occasionally cause sand storms or dust storms to form. Sand grains carried by the wind can erode the surface of any solid object they come into contact with.The wind flattens down rocks and creates consistent sand deposits. The granules become level sheets of sand or are piled high in sand dunes that are in motion.
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What landform is created when two continental plates push together at a convergent boundary.
Mountain is created when two continental plates push together at a convergent boundary.
Mountains are created when lava pushes the crust upward but hardens before exploding onto the surface. The domes are battered by wind and rain, which sculpts peaks and valleys. Examples are the Adirondack Mountains in New York and the Black Hills in South Dakota. Similar to dome mountains, plateau mountains are created when tectonic plates collide and push the earth upward without folding or faulting. After then, wear and erosion form them.
When tectonic plate tensions cause the Earth's surface to split and fault, forcing rock blocks up and down, other kinds of mountains are created. The Sierra Nevada in California and Nevada, the Tetons in Wyoming, and the Harz Mountains in Germany are a few examples of fault-block mountains.
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What is the feature on the ocean floor at sea?.
Features of the ocean floor include the continental shelf and slope, abyssal plain, trenches, seamounts, and the mid-ocean ridge. The ocean floor is rich in resources. Living things on the ocean floor are used for food or medicines.
What are the features of the ocean floor?The features of the ocean floor are, underwater landform, and continental shelf, a trip across an ocean basin, abyssal plains, mid-ocean ridge, and then ocean trenches.More than 70% of the planet's surface is covered by the ocean floor. The ocean floor, like land, has a variety of features such as flat plains, sharp mountains, and rugged canyons. The lowest point in the world ocean, however, is much deeper than the highest point on land.Learn more about ocean floor here: brainly.com/question/6256732
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Shifting the current economy, which is fueled primarily by nonrenewable energy resources, to one that is reliant on a mix of renewable energy resources will drastically reduce pollution, greenhouse gas emissions, and biodiversity loss. In short, it will lead to a more sustainable energy future.
Use the dropdown menus to match the following renewable energy resources with their associated methodologies.
Renewable Energy Resource
Methodology
Uses wind potential to produce electricity
Uses the most abundant chemical element as fuel
Uses water movement to produce electricity
By switching from the existing economy, which is predominately powered by nonrenewable energy sources, to one that depends on a variety of renewable energy sources, pollution, greenhouse gas emissions, and biodiversity loss would be significantly decreased.
1. Geothermal Energy: This type of energy uses the heat that the earth's interior holds to warm and cool buildings. Geothermal energy may also be utilised to run enterprises and generate power.
2. Hydrogen: This fuel uses a plentiful chemical element.
3. Wind turbines—Utilize the potential energy of the wind to generate electricity The wind's potential energy is transformed first into mechanical energy by the turbine's rotating wings, then into electrical energy.
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which of the following is true of a reflectivity image? it can be used to forecast future storm development it shows the location and intensity of precipitation it shows the dewpoints of an area it shows the winds associated with a dryline
Answer:
Ans C. It shows the location and intensity of the precipitation
Explanation:
next time put an image it was hard to figure out the answer but i got you.
Cold fronts represent areas where a package of cold air is advancing to replace a package of warm air. What type of weather would you expect to form at the boundary between these two air masses?.
Expect to form at the boundary between these two air masses thunderstorms in rainy season.
In a chilly the front set-up, the boundary among the bloodless and heat air hundreds is tremendously steep (see below), normally inflicting the nice and cozy air in the front of it to upward thrust rapidly. This growing air creates energetic, billowing cumulonimbus clouds main to showers and thunderstorms.
A bloodless the front is described because the transition area wherein a chilly air mass is changing a hotter air mass. Cold fronts usually circulate from northwest to southeast. The air in the back of a chilly the front is exceedingly less warm and drier than the air beforehand of it."); display: inline-block A the front is taken into consideration to be a bloodless the front whilst the bloodless air advances closer to the nice and cozy air and undercuts it. This form of frontal device is related to the fast ascent of the air, main to cumuliform clouds and convection.
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the depth in which the soil moisture content is relatively constant between the summer and winter periods is most nearly the definition of:
The definition of Depth of Seasonal Moisture Variation is most closely associated with the depth at which the soil moisture content is essentially consistent between the summer and winter seasons humidity.
Humidity is measured or discussed in a variety of ways by meteorologists. Relative humidity is one of the crucial measures they make because it tells you how dry the air actually feels. The temperature and the amount of moisture in the air both affect relative humidity. The relative humidity falls when the temperature rises while the moisture content remains constant.
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In years where an el niño is warming the waters along the pacific coastline, people living in central america will likely experience —.
Answer:
More rain
Explanation:
As the el nino warms the coastline, the water and air will become warmer there. This will cause it to be more rainy, and as they move inland, the inner parts of America will receive more rain. Thus, as the pacific coast becomes warmer, central America will later become rainier, and experience more rain.
which of the following characteristics is associated with divergent plate boundaries? group of answer choices
A diverging boun dary'srelation to geological activity and landforms. Diverging plates rubbing against neighbouring plates causes earthquakes. Land features including rift valleys, mid-ocean ridges (volcanic), and common faults appear.
Basaltic magmas are the signature of divergent boundaries. Most shield volcanoes are found along divergent borders. Although it was covered by land and not ocean, the Americas were connected to Europe and Africa.
What three divergent plate boundaries are there?
Continental rift zones and mid-ocean ridges are the two main categories of divergent boundaries based on their location. There are weak areas in the continental lithospheric plate where continental rift zones can form.
What five distinct features might you discover at a diverging boundary?
Spreading borders are divergent barriers where fresh oceanic crust is produced to fill in the void as the plates move apart.
Multiple lines of evidence show that new oceanic crust is emerging at these seafloor spreading centers:
There are several lines of evidence that show these seafloor spreading centers are where new oceanic crust is forming:
Time since the crust formed:
Sediment thickness:
Heat transfer:
Magnetization rollbacks
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Rebecca notices a huge crack in a large boulder in her garden. She realizes that the crack was caused by frost wedging. Place the steps of the frost wedging process in order.
Frost wedging is the technique by which water seeps into cracks in a rock, expands on freezing, and hence enlarges the cracks (figure five. five). The effectiveness of frost wedging is associated with the frequency of freezing and thawing. Frost wedging is most effective in weather like Canada's.
Frost wedging is a mechanical weathering method as a result of the freeze-thaw movement of water which is trapped between cracks in the rock. whilst water freezes, it expands and applies pressure to the encompassing rock forcing the rock to accommodate the enlargement of the ice.
Frost wedging is a shape of bodily weathering that breaks down rocks via the freezing and thawing process. First, water enters the rock via cracks and pores traveling deep within the rock. as the water freezes, it expands into the rock, causing the cracks and pores to grow.
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What is the purpose of absentee voting laws ?.
Absentee voting enables a voter who will not be able to make it to the polls on election day to cast their ballot early, either in person or by mail.
Give a brief account on absentee ballot.An absentee ballot is one that is submitted by a voter who is unable or unable to visit the official polling place to which they are ordinarily assigned. The options include voting online, by mail, by proxy, or at a separate place. Many believe that making absentee voting more accessible will increase voter turnout through convenience voting, yet some nations demand that a voter provide a valid justification, such as infirmity or travel, before they can cast an absentee ballot. Absentee and early voting are concurrent processes. Votes cast early can be done in person, by mail, online, or at polling places that are open ahead of the actual election day(s).
Early in-person voting is sometimes referred to as "absentee" voting because voters are not present at the polls on election day. Absentee voting, as used in the electoral terminology of some nations, such as Australia, refers specifically to a vote cast at a polling location other than the one to which the voter has been assigned. These nations distinguish between "early voting," "proxy voting," and "postal voting." Absentee voting has a long history that stretches back to the 19th century, and today's methods and accessibility differ by jurisdiction.
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why might the population of fish along the west coasts of continents increase if thermohaline circulation shuts down
There would increase in the large populations of fish along the west coasts of most continents because the currents would bring them in from the western direction if the thermohaline circulation shuts down.
The population of fish along the west coasts of continents increase if thermohaline circulation shuts down. ocean currents also flow thousands of meters below the surface. These deep-ocean currents are driven by differences in the water's density, which is controlled by temperature and salinity . This process is known as thermohaline circulation. thermohaline circulation are deep water formation, spreading of deep waters partly through deep boundary currents, and upwelling and near-surface currents—together leading to a large-scale deep overturning motion of the oceans.
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which of the following is a key part of the formation of most natural arches?
A- jointing and other fracturing
B- folding of soft rock layers
C-volcanic eruptions
D-spheroidal weathering
E- none of the above
Most naturally occurring arches are formed by the folding of soft rock strata. As a result, choice (B) is the appropriate approach.
What is a natural arch?Natural landforms with arches that have developed with openings underneath are known as natural bridges, natural arches, or (less frequently) rock arches. When inland cliffs, coastal cliffs, fins, or stacks are eroded by the sea, rivers, or weathering, natural arches frequently result (subaerial processes).
The majority of naturally occurring arches are made of vertically stacked sea stacks and narrow fins of sandstone or limestone. Over geologic time spans, erosion causes the formations to get smaller.
Therefore, option (B) is accurate.
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