Not all areas on Earth's surface receive the same amount of radiation because the Earth's surface is curved, has continents on it, and is mostly water. So the correct option is d.
Earth's surface does not receive the same amount of radiation because it is not flat. The Earth's surface is actually curved, meaning that some areas receive more sunlight than others. Furthermore, the presence of continents, oceans, and other landforms can affect the amount of sunlight that a given location receives.
For example, places located close to the equator are exposed to more direct sunlight than those located further away from the equator. This is due to the curvature of the Earth. At the equator, the rays of sunlight are more concentrated, resulting in higher levels of radiation. On the other hand, areas that are closer to the poles receive less direct sunlight and consequently, lower levels of radiation.
In addition, the presence of landforms such as mountains, deserts, and forests can also affect the amount of radiation a certain area receives. For instance, mountain ranges can block sunlight from reaching certain areas, while forests can act as a shield against some of the sun's rays.
Finally, the Earth's surface is mostly composed of water, which reflects sunlight. This means that areas with a greater water surface will receive less direct sunlight and consequently, lower levels of radiation.
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Complete question :
Not all areas on Earth's surface receive the same amount of radiation because Earth's surface ____.
a. is flat
b. is curved
c. has continents on it
d. is mostly water
Please select the best answer from the choices provided A B C D
What does the ringing telephone mean in The Great Gatsby?
Answer: When the phone rings in the first chapter it best represents the hidden connection between wealthy East and West Egg to the lower class Valley of Ashes.
Explanation:
How many Mongo seeds are to 3.50 moles of Mongo seeds?
To find out how many mongo seeds are in 3.50 moles of mongo seeds, divide 3.50 by 2 (or 1.50) to obtain 1.25 mongo seeds per mole.
To find out how many bananas are equal to 50 moles of bananas, divide 50 by 2 (or 25) to obtain 12.5 bananas per mole. Find the solution to your homework difficulty.
A container contains 3.50 moles of mongo seeds. As a result, the container contains 30 mongo seeds.
If there is no light for plants to use, they will all die off. The warmth from the sun helps the seeds germinate and flourish. The findings support the researchers' idea since the mongo seeds matured into a fully grown plant.
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jklolololololololololol
What is the difference between East Egg and West Egg Chapter 3?
Answer:What is the difference between East Egg and West Egg in Chapter 3? East Egg is populated with “old money” – meaning they come from families that have been wealthy for a long time. West Egg is where Gatsby lives, where the newly rich live.
Explanation:
What did Washington think was the triumph of our enemies?
George Washington's farewell address placed a strong emphasis on the creation of parties that would ultimately split the nation. He took this into account when he said that, if it were to be approved.
It might lead to the country's division in his parting speech.President george washington delivered several bits of advise to the nation in his farewell speech. Avoid forming political parties or factions of any kind washington thought that political parties.
Would simply exacerbate societal division among Americans. He believed that these organisations would exacerbate rather than resolve the problems. Abstain from foreign entanglements Washington wished for the US to avoid interfering in other countries' affairs. Washington believed that interfering in other nations' affairs would only lead to complications.
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What are 3 features of Romanesque?
Answer:
architecture, art, and bibical relations
Explanation:
What were farms in the South called?
The term “farm” in the South typically refers to a plantation. A plantation is a large piece of land, usually owned by a single family, where crops are grown to be sold in the market or used to support the family.
Plantations in the South were often very large and could span hundreds of acres of land. During the antebellum period, the majority of plantations in the South were used for growing cotton. Cotton was a very lucrative crop and it was grown in large quantities to be sold on the international market. As a result, plantation owners were often very wealthy and had a great deal of control over their land and the people living on it.
In addition to cotton, many plantations in the South grew other crops such as tobacco, sugar cane, and rice. These crops were also grown in large amounts and sold to the market for a profit. Plantation owners would often employ large numbers of people to work the land and tend to the crops. The workers were typically African-American slaves who were brought to the United States from Africa during the transatlantic slave trade.
In the late 19th century, the majority of plantations in the South were converted to sharecropping. Sharecropping was a system of farming whereby land owners would divide their land into smaller plots and rent them out to tenant farmers. The tenant farmers would then be responsible for growing and harvesting the crops and would return a portion of the proceeds to the land owner as rent.
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true or false It is covered by layers of sediment. The sediment hardens into sandstone. Water carries minerals through the layers of rock, which changes the fish skeleton. A fossil is formed.
True. Fossil formation is a complex process that requires a combination of specific conditions.
In the case of sedimentary rocks, the formation of a fossil typically begins with the deposition of organic material, such as an animal or plant, in an environment where it can be preserved. This organic material is then covered by layers of sediment, which harden into sandstone.
As water passes through the layers of rock, it carries minerals that can interact with the organic material. Over time, these minerals can replace the organic material, leaving a mineralized version of the original organism. This process is known as permineralization. The result is a fossil that has been preserved in the sedimentary rock.
The formation of a fossil is a delicate process that requires the right combination of conditions. If the sediment is not thick enough, the fossil may not be preserved properly. If the environment is too warm, the organism may decompose before it can be fossilized. If the organism is not buried deep enough, it may be exposed to scavengers or the elements that can destroy it.
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How do the preparation and mitigation measures for earthquake and volcanoes differ from other natural hazards discussed
How did the ENIAC change computing?
The ENIAC change computing used thousands of tubes to complete tasks in the right order.
One of the earliest computers ever built was the ENIAC. The Ballistic Research Laboratory of the US Army primarily used ENIAC to create artillery firing tables. The computer commenced functioning on December 10, 1945. ENIAC could compute a trajectory in 30 seconds as opposed to a person needing 20 hours to do it.
Despite this, ENIAC became the most capable calculator ever created. It was the first electrical digital computer that could be programmed for ordinary use. The British Second World War computer Colossus and Charles Babbage's Analytical Engine both contained conditional branching, which allowed them to execute various instructions or change the sequence in which they were executed depending on the value of certain data.
The complete question is, "How did the ENIAC change computing?
A. It used on and off signals to give computers instructions.
B. It used thousands of tubes to complete tasks in the right order.
C. It could perform a single task perfectly
D. It could be reprogrammed to complete new tasks."
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What was the primary way the farms in the South differ from those in the north?
The fact that southern farmers used a plantation system to generate cash crops set them apart from their northern counterparts.
All 13 American colonies utilized slave labour throughout the colonial era (1600–1775). Slaves were employed in the shipbuilding industry, among others, throughout the North. Slaves were employed throughout the South to produce lucrative crops including indigo, rice, and tobacco.
After America gained its independence and began making its own laws, attitudes about slavery altered. While some states began to ban slavery after 1800, others continued to practice it. One of the most significant changes was that Southern states concentrated primarily on cultivating cotton, a single very significant cash crop. America became the world's biggest cotton exporter.
Despite its economic success, slavery had a number of unpleasant side consequences, including the abuse of African Americans and conflicts between pro- and anti-slavery residents. Ultimately, this institution would be one of the main factors in sparking the Civil War.
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South America also has several vast plains including the ____________________ of Colombia and Venezuela.
South America also has several vast plains including the llanos of Colombia and Venezuela.
The llanos are vast prairies located in the Orinoco River Basin of Colombia and Venezuela. The region is home to some of the most fertile soils in all of South America, providing an ideal environment for agricultural production. The llanos are also home to an abundance of wildlife, including manatees, capybaras, caimans, river turtles, and an impressive variety of bird species.
The llanos have long been an important part of the local culture, with the region’s inhabitants relying on the land for sustenance and livelihoods. The llanos have also been a source of pride for the local people, with the region’s traditional music and art being closely linked to the plains.
In recent years, the llanos have faced a number of environmental challenges. In particular, the region has been impacted by deforestation and the pollution of the Orinoco River. These issues have had a significant impact on the local people, who rely on the land for their livelihoods and sustenance.
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what surface features on mars today indicate that there was significant water erosion in the past?
Broad and shallow outflow channels curve around obstacles like craters. They seem to have been caused by unexpected floods. Valley networks mimic drainage patterns and imply long-distance water movement, indicate that there was significant water erosion on Mars.
Currently, there may be very little liquid water on the surface of Mars, just evidence of dissolved atmospheric moisture and thin coatings, which are hostile settings for any known life. The idea that water existed on Mars dates back hundreds of years before the space age. Early telescopic viewers correctly inferred that the presence of clouds and white polar caps indicated the existence of water.
Astronomer William Herschel stated in 1784 that these discoveries, along with the knowledge that Mars had a 24-hour day, likely provided its people with "a position in many respects comparable to ours." The narrative shifted to portray Mars as a "dying" planet with scant water since the existence of seas was no longer acknowledged. The dark regions, which were seen to shift periodically, were formerly believed to represent large expanses of vegetation.
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what are Corbin dioxide and water (CO2) and water (H2O) converted into as a result of photosynthesis
this subject is science but it won't let me put science
Answer:
In photosynthesis, carbon dioxide (CO2) and water (H2O) are converted into glucose (a sugar) and oxygen (O2). This process is the opposite of cellular respiration, in which glucose and oxygen are consumed to produce CO2 and water as waste products.
The overall chemical equation for the process of photosynthesis is:
6 CO2 + 6 H2O + light energy → C6H12O6 + 6 O2
Where,
6 CO2 (Carbon Dioxide) + 6 H2O (Water) absorbs light energy,
and convert into C6H12O6 (glucose) + 6 O2 (oxygen)
Uday Tahlan
What types of rocks would be most common in the volcano in this photograph?
A. scoria and other vesicular basalt
B. basalt mostly formed in lava flows
C. felsic and intermediate lava flows
D. pillow basalts
E. none of these
Felsic and intermediate lava flows are most common types of rocks found in the volcano that is option C is correct.
Within a volcano, the most common types of rocks that are found are the Igneous rocks. Igneous rocks are found when magma from the volcano solidifies over time due to external forces of nature. The Igneous rocks are further of many types that can be found at a volcano. The different types of Igneous rocks are:
Ultramafic rocks consisting of Olivine as major constituent.Mafic rocks consisting of Plagioclase as a major constituent.Intermediate rocks consisting of mixture of felsic and mafic mineralsFelsic rocks consisting of felsic minerals.The most common types found in the volcano are the felsic and intermediate rocks.
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What type of metamorphic environment takes place when the broken down pieces of rock near the Earth's surface is altered by magma?
Rock that is exposed to high temperature and low pressure undergoes contact metamorphism, just like when hot magma enters a preexisting protolith or when lava flows over it.
Numerous metamorphic facies are produced when high temperature and low pressure are combined. A type of metamorphism known as contact metamorphism takes place in close proximity to intrusive igneous rocks when the temperature rises as a result of hot magma entering the rock.
The term "metamorphic aureole" refers to the metamorphosed region surrounding an igneous rock. When magma comes into contact with a rock that is already there, this is called contact metamorphism. The temperature of the existing rocks rises as a result, and fluid from the magma also enters the rock. Typically, the contact area of magma is small, ranging from one to ten kilometers.
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Solve the linear equation x + 3 + x - 8 + x = 55. State the property that justifies your first step and why you chose it
The equation can be solved by combining like terms. This is an example of the Associative Property because it states that the order of operations does not matter when grouping terms together. In this case, it allows us to add all of the x terms together and all of the constants together.
Therefore, the solution is x = 40.
The global westerly wind zone most heavily impacts the _____ latitudes. EF. All months have average temperatures below freezing in the __ climate type.
The global westerly wind zone most heavily impacts the middle latitudes.
All months have average temperatures below freezing in the EF climate type.
Midlatitude C and D climates are assigned a second letter, f (no dry season), w (winter dry), or s (summer dry), as well as a third symbol, a, b, c, or d (the last subtype occurs only for D climates), to indicate summer warmth or winter coldness.
Climate Regions
Tropical Climates (A). Tropical wet climates stretch north and south from the equator to latitudes ranging from 15° to 25°.
B - Climates that are dry.
C - Mid-Latitude Moist Subtropical Climates.
D - Mid-Latitude Moist Continental Climates.
(E) - Polar Climates
H stands for Highlands.
The Köppen climatic classification scheme categorizes climates into five major types: A (tropical), B (arid), C (temperate), D (continental), and E. (polar). The second letter denotes the kind of seasonal precipitation, while the third denotes the amount of heat.
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How does East Egg affect the characters?
Answer: the answer is a
Explanation:
i got it right
When cool, dry air sinks from the upper atmosphere toward the Earth's surface, it is
A. compressed and cooled further.
B. allowed to expand and become warmer.
C. compressed and becomes warmer.
D. forced to release any remaining moisture.
E. going to hold more water because there is more water vapor closer to the Earth's surface.
In order to maximize land use in China for growing crops, they use _______________________ which allows them to cut into the mountains and create stair step strips of land for farming.
In order to maximize land use in China for growing crops, they use terrace farming which allows them to cut into the mountains and create stair step strips of land for farming.
Terrace farming is an ancient method used by Chinese farmers to make the most of the limited arable land available to them. By cutting into the mountain and creating tiers of land, the Chinese have been able to increase the land available for agriculture and provide more food for their population. As opposed to flatland farming, terrace farming enables farmers to make use of the land that would otherwise be inaccessible.
The process of terrace farming involves the construction of retaining walls that hold up the soil and allow for the building of terraces. These terraces are then used to irrigate the land and also provide additional support to the soil. The terraces also help to control erosion and create a more efficient use of water.
Terrace farming has been used in China for centuries and has proven to be an effective method of maximizing land use. It requires little to no machinery and is a very cheap form of farming that can produce large yields. Terraces are also great for increasing crop resistance to drought and other environmental factors.
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What is the subject of Romanesque painting?
Answer:
theological works and bibical events
Explanation:
Grid north is the direction in which grid lines point towards the top of the map
Grid north (GN) refers to the plane grid system's direction, which is typically the grid-connected to the map projection. On current US Topo maps, the plane grid is Universal Transverse Mercator and the projection is Transverse Mercator (UTM).
What is grid north used for?The direction that the grid lines on a map point to are called grid north. Grid north and magnetic north are used together for navigation.
On a map, True North is frequently depicted as a line pointing to the north star, Polaris, or as a double-sided arrowhead. Grid North is the north direction determined by the vertical grid lines and applies to map projections that have a flattened grid of the earth.
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Answer asap.
Question: what are the advantages and disadvantages?
Population growth rate refers to the ratio between the annual increase in population size and the total population during that year, multiplied by 100
3A) The advantages and disadvantages are as follows:
ADVANTAGES: The country has a developing economy with a fast-growing population. This indicates that there are a lot of people being born and the proportion of the youthful population is more.
DISADVANTAGE: The country does not have proper family planning programs and educational policies. the large population might also become a burden on the government.
3B) The advantages and disadvantages are as follows:
ADVANTAGES: This indicates that the country is successfully able to manage its population growth by implementing family planning and focusing on education.
DISADVANTAGES: Eventually the country might have a very low population and the growth rate might also become negative.
3C) The advantages and disadvantages are as follows:
ADVANTAGES: This indicates that the country has developed immensely from the point of view of technology and education.
DISADVANTAGES: The country might have less productive youth and might have to depend on foreign immigrants for skilled labor.
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which of these serve as protective barriers along coastlines and are often destroyed when hit by a strong hurricane?
The buildup of dunes along the coast over time serve as protective barriers along coastlines and are often destroyed when hit by a strong hurricane.
When a coastline experiences severe erosion, such as when a hurricane flattens a beach and the surroundings, it must begin to rebuild itself, called as dunes. It does this by drawing on the strength of its natural coastal structures to start putting itself back together in way that will enable it to withstand the next major phenomenon that comes its way.
In particular, there are two types of high-water occurrences along the coastlines: severe storm surges that do not inflict extensive damage but nevertheless have an impact on the coastal ecosystem, and lesser storm surges that do not create waves as destructive as those caused by hurricanes and tsunamis. Sand-sized material is easily accessible and rapidly forms into coastal dunes, which are found landward of the coast in the supratidal zone. These dunes are also referred to this as sand dunes.
The complete question is, "Which of these serve as protective barriers along coastlines and are often destroyed when hit by a strong hurricane?
a. the erosion of land along coastline
b. the buildup of dunes along the coast over time
c. the new construction of buildings along the coastline
d. the buildup of organic material from oil rigs along the coast"
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Eons, eras, periods, and epochs, are all examples of ____________time. a. relative c. geographic b. geologic d. plate tectonics
Eons, eras, periods, and epochs, are all examples of geologic time.
What is the Geological Time ScaleThe Geological Time Scale is a scale used by geologists and scientists to explain the relationship or connection between events that occurred throughout Earth's history. With the geological time scale, events that occurred in the past will be linked or searched for in relation to events that may occur in the present.
This is because our Earth also experiences a movement or change, for example, the movement of rock layers or the Earth's plates. It can be said that the geological time scale is a calendar used to study the history of the Earth. The time period used is no longer years or centuries, but millions of years.
There are two types of geological time scales used to determine the age of the Earth and relate various events in Earth's history, namely the Relative Time Scale and the Absolute Time Scale.
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ILL MARK BRAINLIEST✨
What is the role of the mid-ocean ridge in sea floor spreading?
Answer:
They influence sea level
how does the temperature of the air change as the air rises on the windward side of the mountain between sea level and 0.5 kilometers
The air temperature on the leeward side of the mountain at the 1.5-kilometer level is higher than the temperature at the same elevation on the windward side.
The Windward SideThis is the cold, wet side of the island. The windward side is constantly exposed to the wind, with cool, moist air blowing upwards. As this air is lifted by the drop in atmospheric pressure, it begins to cool. Cold air can't hold as much water vapor as warm air, so eventually, the moisture in the air begins to condense, and clouds form.
The Leeward SideWhen condensation forms, the leeward side releases heat to the surrounding air. This effect is called the latent heat of condensation. As the air descends on the other side of an island or mountain, most of its moisture condenses. As the air continues to descend toward sea level, atmospheric pressure rises, resulting in rising temperatures. Because of all this warming, scientifically called adiabatic heating, the leeward side is generally warm and dry.
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A science fiction writer describes inhabitants on Earth in 4000 AD traveling north using Polaris. What is wrong with this scenario
As a result of the precession of the Earth, Polaris will no longer be almost due north (i.e., Earth undergoes a motion like a spinning top).
The Earth wobbles slightly on its axis as it revolves, resembling a toy top spinning slightly off-center. Tidal forces brought on by the gravitational pull of the Sun and Moon, which cause the Earth to bulge at the equator and impact its rotation, are to blame for this wobble.
Axial precession is a gravity-induced, gradual, and ongoing shift in the orientation of the rotating axis of an astronomical body. The astronomical body's orbit would have axial parallelism in the absence of precession.
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Which of these serve as protective barriers along coastlines and are often destroyed when hit by a strong hurricane?
a. the erosion of land along coastline
b. the buildup of dunes along the coast over time
c. the new construction of buildings along the coastline
d. the buildup of organic material from oil rigs along the coast
Over time, dunes have grown and developed along the shore, acting as protective barriers along coasts. These dunes are frequently damaged when a powerful hurricane strikes.
However, sand deposits are not just found in deserts; dunes may also form along coasts, next to streams in semiarid climates, in glacial outwash basins, and in other locations where poorly cemented sandstone bedrock is broken to produce a large amount of loose sand. Subaqueous dunes can occur when flowing water interacts with the sand or gravel beds of rivers, estuaries, and the ocean bottom.
In addition to providing vital ecological habitat, sand dunes act as a natural barrier against storm surge and powerful waves, preventing or greatly reducing coastal flooding and structural damage. They provide sand to beaches that have deteriorated as well as serving as sand storage areas. The preservation or enhancement of dune systems can help to safeguard coasts, particularly in areas with low to moderate erosion.
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