Answer:
The thermosphere is formed by the transition of the mesosphere into the thermosphere, at an altitude of about 80 km. Incoming solar radiation causes temperatures to increase rapidly, leading to the formation of the ionosphere, a layer of charged particles. The ionosphere reflects radio waves back to Earth and protects the planet from harmful solar radiation. Solar activity can cause changes in the density and temperature of the ionosphere, affecting communication and satellite operations.
Explanation:
The thermosphere is the layer of the Earth's atmosphere that lies above the mesosphere and extends from about 80 kilometers (50 miles) to several hundred kilometers (up to 1000 km or 600 miles) above the Earth's surface. It is the layer where temperatures increase with altitude due to the absorption of ultraviolet radiation from the Sun.
The thermosphere is formed by the gradual transition of the mesosphere into the thermosphere, which occurs at an altitude of about 80 km. At this altitude, the atmosphere is thin enough that incoming solar radiation can cause the temperature to rise rapidly. This causes the air molecules to become highly energized and ionized, leading to the formation of a layer of charged particles called the ionosphere.
The ionosphere is important for communication and navigation because it reflects radio waves back to Earth, allowing long-distance communication. In addition, it protects the Earth from harmful solar radiation by absorbing the high-energy particles and breaking them down into harmless molecules.
The thermosphere is also influenced by solar activity, such as sunspots and solar flares, which can cause changes in the density and temperature of the ionosphere. These changes can affect radio communications and cause disruptions in satellite operations.
Overall, the formation of the thermosphere is a complex process that involves the interaction of solar radiation with the Earth's atmosphere, and it plays a vital role in protecting the Earth from harmful radiation and enabling long-distance communication.
fine-grained rocks are the most common type of clastic rocks. select all of the following rock types that are fine-grained clastic rocks.
Fine-grained rocks are a type of clastic rock that are composed of small mineral grains, usually less than 1/16th of a millimeter in size.
They are formed from the compaction and cementation of fine-grained sediment, such as silt or clay. Some examples of fine-grained clastic rocks include:
Shale: A fine-grained sedimentary rock composed of silt and clay-sized particles. Shale is the most common type of sedimentary rock.
Mudstone: A fine-grained sedimentary rock composed of clay-sized particles. Mudstone is similar to shale but does not have the laminated structure characteristic of shale.
Siltstone: A fine-grained sedimentary rock composed of silt-sized particles. Siltstone is typically gray or brown and has a smooth texture.
Claystone: A fine-grained sedimentary rock composed primarily of clay-sized particles. Claystone is typically gray or brown and has a smooth texture.
All of these rocks are examples of fine-grained clastic rocks and are formed from the compaction and cementation of fine-grained sediment.
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Use the rule x + 8 to write a pattern. Begin with x = 0.
8, 9, 10, 11,...
0, 9, 10, 11,...
0, 8, 16, 24,...
Answer: 0, 8, 16, 24, 32, 40, 48, 56, 64, 72, 80, 88, 96, 104, 112, 120, 128, 136, 144, etc.
Explanation:
Starting with x = 0, we can use the rule x + 8 to generate a pattern of numbers by adding 8 to each successive value of x. The pattern would look like this:
0, 8, 16, 24, 32, 40, 48, ...
So, the pattern is generated by adding 8 to the previous number in the sequence.
What is the origin of smooth troughs cutting across the landscape in the Great Lakes area? Glaciers carved out the smooth troughs.
Answer:
Yes, glaciers are responsible for the origin of smooth troughs cutting across the landscape in the Great Lakes area.
During the last Ice Age, which ended around 10,000 years ago, the Great Lakes region was covered by a massive ice sheet. As the glacier advanced, it scoured the landscape, picking up rocks and soil and grinding them against bedrock. This process of erosion created deep troughs in the bedrock, which were then filled with water as the glaciers melted.
These troughs, known as glacial troughs or U-shaped valleys, are characterized by a wide, flat bottom and steep sides. They often contain lakes or rivers, such as the Great Lakes themselves, which were formed by the melting of the glaciers. The movement of the glacier also created other glacial features such as moraines, drumlins, and eskers, which are common in the Great Lakes area.
Explanation:
above
Choose the system of inequalities that best matches the graph below
Answer:
c is the right answer for this question as it is the best inequality
Option c is the right answer for this question as it is the best inequality that best matches the graph below.
In mathematics, inequality refers to a mathematical statement that indicates the relative order or relationship between two values or expressions. It represents that one quantity is greater than, less than, or not equal to another.
Inequalities are commonly represented using symbols such as < (less than), > (greater than), ≤ (less than or equal to), ≥ (greater than or equal to), and ≠ (not equal to). For example:
x < 5: This inequality states that the value of x is less than 5.
2y + 3 > 10: This inequality states that the expression 2y + 3 is greater than 10.
2x ≤ 8: This inequality states that twice the value of x is less than or equal to 8.
Inequalities are important in mathematics as they allow for the comparison of values and help solve problems involving ranges, intervals, and conditions. They are extensively used in algebra, calculus, optimization, and various branches of mathematics to describe mathematical relationships and constraints.
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define the term agriculture
Answer:
agriculture is a process where farmers culture different types of seeds and grow vegetables, not only that they also raises livestock for livelihood
special rocks found in antarctica are dated with isotopes to give an average age of earth of 4.55 billion years. we can use these dark-colored
Special rocks found in Antarctica are dated with isotopes to give an average age of the earth of 4.55 billion years. we can use these dark-colored rocks to Determine the age of the Earth.
Special Antarctica-found rocks have been isotopically dated to determine the Earth's average age of 4.55 billion years.
Uranium and thorium, which are radioactive elements that decay over time, are found in these zircon-colored rocks.
Scientists can determine the age of rocks and, consequently, the age of the Earth by measuring the rate of elemental decomposition.
For more than a century, this technique has been used to precisely estimate the age of Earth, providing us with knowledge about our planet's past.
The complete question is -
Special rocks found in Antarctica are dated with isotopes to give an average age of the earth of 4.55 billion years. we can use these dark-colored rocks to -
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A world map showing the distribution of the population of Hindus. Most countries of the world contain 0 to 10 percent Hindu followers. The Suriname population consists of 20 to 30 percent Hindus, and Guyana consists of 40 to 50 percent Hindus. India shows the most concentrated population of Hindus. The population is 90 to 100 percent Hindu.
Public Domain
Based on the map, which statement BEST categorizes the Hindu religion?
Hinduism is an ethnic religion.
Hinduism is an animistic religion.
Hinduism is a minority religion.
Hinduism is a syncretic religion.
Hinduism is a monotheistic religion.
Answer: Hindu would be a minority religion
Explanation:
Based on the information provided in the map, the BEST categorization of the Hindu religion would be that Hinduism is a minority religion, as most countries in the world have a population of 0 to 10 percent Hindus. However, it should be noted that Hinduism is a complex and diverse religion that incorporates a wide range of beliefs, practices, and traditions, and it is difficult to categorize it using a single label. Additionally, Hinduism is not monotheistic, animistic, or syncretic in the traditional sense, and it cannot be categorized as an ethnic religion since it is followed by people from a variety of ethnic backgrounds.
You have observed that there are variations in your environment in relation to natural, cultural or social.
Example, all vegetations are not of the same variety. Can you argue that geography is not about differentiation or variation?
Geography does not focus on the variations or differentiations that exist in society, but on the interactions that exist between beings and the environment.
What is geography?Geography is a term that refers to a science that studies the interaction of beings with the environment through time. In general, we can analyze these interactions and how they influence other events and the development of the future.
The land is characterized by its variations in vegetation, communities and cultures, however, geography does not focus on these differentiations but on analyzing the interactions between them.
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part 1.a. in which direction will each of the buildings move in response to the different types of waves?
Answer:
Explanation:
silk road silk road to describe how trade integrated cultures and influenced the economy within and among empires.
The Silk Road was a network of trade routes that connected East and West, allowing for the exchange of goods, ideas, and cultures. It facilitated the integration of different cultures and influenced the economy of empires.
The Silk Road was a vast network of trade routes that connected China and other parts of Asia to Europe, the Middle East, and Africa. It was named after the lucrative Chinese silk trade which was one of its major commodities. The trade routes of the Silk Road were not just for the exchange of goods, but also for ideas, technologies, and religions. As merchants and travelers moved along the routes, they brought with them their cultural practices and beliefs, which resulted in the integration of different cultures. The Silk Road was a significant factor in the development of the economies of the empires it passed through, providing access to valuable goods and contributing to the growth of international commerce. The impact of the Silk Road was far-reaching and helped to shape the world as we know it today.
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1 Which answer choice describes two CENTRAL ideas in the article?
1. In modern America, we have access to clean, fresh water every day.
2. On average, each person here receives less than 35,315 cubic feet of water a year.
3. Access to fresh water is also important for economic development.
4. Conflicts over water resources are common throughout the world.
(A) 1 and 2
(B) 1 and 3
(C) 2 and 4
(D) 3 and 4
The article's two central ideas are as follows: D) 3 and 4.
3. Economic growth is also dependent on having access to clean water.
4. Around the world, disputes over water resources are common.
What is the central idea?The article's central concept is option 3, which focuses on the significance of water for economic growth. The article argues that adequate access to water is necessary for economic growth and development, and that water is an essential resource for various industries. Another main idea in the article is option 4. The difficulties and conflicts that arise as a result of the limited availability of water resources are the subject of the article. The article highlights the significance of sustainable and equitable water management by providing examples of conflicts over water resources in various regions of the world.
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Which of the following best compares a technological consequence of the Green Revolution in more developed and less developed countries?Farmers in less developed countries experienced increased profits from manufacturing and selling genetically modified seeds on the open market to more developed countries.Farmers in less developed countries experienced a decrease in water pollution through the use of chemical fertilizers first used in more developed countries.Farmers in more developed countries experienced substantial profits because of the increasing emphasis on more sustainable practices such as organic farming first used in less developedcountries.Farmers in less developed countries were able to increase their profits from growing and exporting high-yield grain to levels similar to those in more developed countries.
The technological consequence of the Green Revolution in more developed and less developed countries that best compares is that Farmers in less developed countries were able to increase their profits from growing and exporting high-yield grain to levels similar to those in more developed countries. Therefore the correct option is option
Green Revolution refers to the transformation of the agricultural system that occurred from the mid-1900s to the late 1960s, which involved the implementation of modern, high-yield varieties of cereal grains, particularly wheat and rice, as well as new agricultural technologies, such as fertilizers and mechanized farming methods.
This revolution had a significant impact on agriculture and food production in both developing and developed countries.
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The following question may be like this:
Which of the following best compares a technological consequence of the Green Revolution in more developed and less developed countries?
Farmers in less developed countries experienced increased profits from manufacturing and selling genetically modified seeds on the open market to more developed countries.
Farmers in less developed countries experienced a decrease in water pollution through the use of chemical fertilizers first used in more developed countries.
Farmers in more developed countries experienced substantial profits because of the increasing emphasis on more sustainable practices such as organic farming first used in less developed countries.
Farmers in less developed countries were able to increase their profits from growing and exporting high-yield grain to levels similar to those in more developed countries.
Find out about soil sampling. Other methods that can be used and their advantages
What are methods used in sampling?
Answer:
Methods for collecting soil samples
Push probes, hammer probes, and bucket augers (Figure 1) are commonly used because they are capable of taking uniform samples with depth. Figure 1. Examples of soil sampling equipment: a soil push probe, hammer probe, and bucket auger. Along with a probe, a clean plastic bucket should be used.
list the four types of storms that you have studied in this section. describe two things that they have in common
The four types of storms commonly studied are thunderstorms, hurricanes, tornadoes, and blizzards.
Thunderstorms are formed from the interaction of warm and cold air masses, producing lightning, thunder, and heavy rain. Hurricanes are intense tropical storms with strong winds and heavy rain that form over warm ocean waters. Tornadoes are rapidly rotating columns of air that descend from thunderstorms, producing strong winds and causing damage to buildings and other structures. Blizzards are winter storms characterized by heavy snowfall, high winds, and cold temperatures.
Two things that these storms have in common are their potential for producing dangerous and destructive weather conditions, and their formation from the interaction of different air masses or weather systems. These storms often result from the collision of warm and cold air masses, or the interaction of different weather systems, leading to the development of atmospheric instability and the release of energy in the form of strong winds, precipitation, and other weather phenomena. Understanding the formation and behavior of these storms is important for predicting and mitigating their impacts on human populations and the environment.
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2. Rocks on either side of a ________
fault slip past each other with little up and
down motion.
With little movement up and down, rocks on either side of a strike-slip fault slide past one another.
When rocks on either side of a fault move, what happens?Faults with strike-slip: When the blocks of rock on either side of a vertical (or nearly vertical) fracture move past one another, this type of fault, also known as a lateral fault, occurs. Depending on which direction the movement takes, these faults are referred to as right lateral or left lateral.
Fractures in the crust of the Earth that result from movement are called faults. When energy is released from a sudden slip of the rocks on either side, faults can sometimes move. The majority of earthquakes occur along plate boundaries, but intraplate fault zones can also occur in the middle of plates. New Madrid, Missouri was struck by a series of earthquakes in the winter of 1811–1812. In 2008, China's Sichuan region was hit by a devastating intraplate earthquake.
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You are standing on the surface of a spherical asteroid 10 km in diameter, of density 3000 kg/m3.
Part A
Calculate the escape velocity from the asteroid in km/s.
Express your answer in kilometers per second using two significant figures.
Calculate the escape velocity from the asteroid in mph.
Express your answer in miles per hour using three significant figures
Part A: The asteroid's escape velocity is roughly 1.4 km/s.
Explained: The equation for the asteroid's escape velocity is v = sqrt [tex](2GM)/r)[/tex] , where G is the gravitational constant, M is the asteroid's mass, and r is its radius. Using the density formula, [tex]density = mass/volume[/tex], we may first determine the asteroid's mass. Assuming the asteroid is a perfect spherical, we obtain:
Mass[tex]= 3.93 x 1014[/tex] kg mass[tex]= 3000 kg/m3 * (4/3) * pi * (5000 m)[/tex] mass = density[tex]* (4/3) * pi *[/tex] (radius)
When the values are entered into the escape velocity formula, we obtain:
[tex]Sqrt(2 * 6.6743 x 10-11 m3/kg s2 * 3.93 x 10-14 kg) / (10,000 m)[/tex] yields the value of v.
[tex]v = 1400 m/s[/tex]
In miles per hour and kilometres per second, we obtain:
[tex]v = 1.4 v = 3138[/tex] mph (to three significant figures) at km/s (to two significant numbers).
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Rerouting, widening, deepening, and lining are methods used for , ______which is done to increase the velocity of water flow through a channel.
Rerouting, widening, deepening, and lining are methods used for channelization, which is done to increase the velocity of water flow through a channel.
Channelization involves altering the natural course of a stream or river to reduce flooding or erosion, and to facilitate irrigation or navigation. Rerouting involves diverting the watercourse to a new channel, while widening, deepening, and lining are methods used to modify the existing channel. Widening increases the channel width, while deepening involves excavating the channel bed to increase its depth. Lining involves reinforcing the channel banks with concrete or other materials to prevent erosion and maintain a stable channel cross-section. These methods can increase the velocity of water flow through the channel, but can also have negative impacts on the aquatic ecosystem and surrounding land.
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fingerlike extensions of the intestinal mucosa that increase the surface area for absorption
The fingerlike extensions of the intestinal mucosa that increase the surface area for absorption are called villi.
Villi are small, fingerlike projections that extend from the intestinal wall into the lumen of the small intestine. They are lined with specialized cells, including absorptive cells and goblet cells, that help to facilitate the absorption of nutrients from food. The surface area of the small intestine is greatly increased by the presence of these villi, which provide a large surface area for absorption. In addition, the villi are covered with even smaller projections called microvilli, which further increase the surface area available for absorption. The increased surface area provided by the villi and microvilli is crucial for efficient nutrient absorption and digestion in the small intestine.
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12. in which direction did trade routes run from tenochtitlan? (make sure to read all parts of the map!)
Trade routes from Tenochtitlan ran in multiple directions, including south to Central America and north to the Gulf of Mexico. The map shows various trade routes branching out from the city.
The Aztec Empire, which is now part of Mexico, had Tenochtitlan as its capital city. The settlement was strategically located on an island in the middle of Lake Texcoco, serving as a crossroads for commerce routes in the area. The map depicts numerous trade routes that left Tenochtitlan, including ones that headed north to the Gulf of Mexico and south to Central America. East-west trade routes also connected Tenochtitlan with other towns in the area. Food, clothing, and precious metals were just a few of the many items the Aztecs traded, and their trading networks were a vital part of their economy.
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What was the direction of trade routes from Tenochtitlan according to the map?
How does economic development affect diffusion?
Answer:
Economic development results in higher levels of education, greater employment opportunities, and higher income levels. Communities are strengthened with economic development because increasing numbers of jobs result in higher income levels.
Answer:
Economic development can have a significant impact on the diffusion of innovations, ideas, and technologies within a society or across different societies. Here are some ways in which economic development can affect diffusion:
Availability of resources: Economic development can increase the availability of resources such as capital, technology, and human resources that are needed to develop and adopt new innovations. With more resources, societies can invest in research and development, create better infrastructure for communication and transportation, and promote education and training to support the adoption and diffusion of innovations.
Market demand: Economic development can also create greater demand for new technologies and innovations, especially in emerging markets that are growing rapidly. This can drive companies and entrepreneurs to invest in the development and dissemination of new products and services that are tailored to the needs of these markets.
Cultural factors: Economic development can also impact the cultural factors that influence the diffusion of innovations. For example, societies with high levels of economic development may have more open and diverse cultures that are more receptive to new ideas and technologies. They may also have more established networks of communication and exchange that facilitate the spread of innovations.
Policy and regulation: Economic development can also lead to changes in policy and regulation that can either facilitate or hinder the diffusion of innovations. For example, policies that promote innovation and entrepreneurship, or that provide funding and support for research and development, can help to accelerate the adoption and diffusion of new technologies.
Overall, economic development can create the conditions that support the adoption and diffusion of new innovations, by increasing resources, creating demand, shaping cultural factors, and driving policy and regulation.
Which of the following geographical elements improve the opportunities for international commerce in a country Select the two correct answers below. Select all that apply: extensive coastines. vast mountains landiocked territory large rivers
Large rivers and wide coasts are the two appropriate responses.
Explanation:
Access to maritime routes is easier for nations with long coastlines, which helps with global trade and business. Large rivers can serve as channels for the delivery of products and raw materials, which can lower transportation costs and increase market access. Huge mountain ranges and landlocked areas can increase the expense and difficulty of transportation while limiting access to global markets.Large rivers and broad coastlines are the two geographical features that enhance a nation's prospects for international trade. Access to ports is made possible by these elements for trade and cargo transportation.
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copernicus found that a heliocentric model did a better job than a geocentric model in explaining _____
A heliocentric model explained the motions and positions of the planets, including their retrograde motion and variations in brightness in the night sky, better than a geocentric model.
Reason: In the 16th century, Copernicus, a Polish astronomer, proposed the heliocentric model of the solar system. The Earth, according to this model, would orbit the Sun, which was positioned at the centre of the solar system. The geocentric model, which centred on Earth as the centre of the cosmos, was the dominant theory prior to this. Copernicus noted that, among other things, a heliocentric model was more effective at describing the planets' fluctuating brightness and retrograde speed. His work served as a springboard for eventual advances in astronomy and our comprehension of the cosmos.
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Immigration vs emigration in the American Rocky Mountains chart
Answer:
Immigration
• Population growth in the American Rocky Mountains has been driven by immigration.
• Immigration to the region increased significantly during the 1980s and 1990s, with the majority of immigrants coming from Mexico and Central and South America.
• The influx of immigrants has led to an increase in the population of cities like Denver, Colorado Springs, and Albuquerque.
Emigration
• Emigration from the American Rocky Mountains has been relatively low, with most people leaving the region for other parts of the United States.
• The majority of emigrants are young people seeking better job opportunities or a change of scenery.
• Emigration has been offset by immigration, resulting in a net population gain for the region.
Using the Population map (176/162) and Climate map (173/159) determine which of the following statements is true: a. Most of the population lives within the Tropical and Mild climate zones. b. Most of the population lives within the Dry and Continental climate zones. C. Most of the population lives within the Dry and Highland climate zones. d. Most of the population lives within the Continental and Polar climate zones. si berria an S FE' The Dry Continent lyshabad dem can have per and the Nandy Quin the Dead Det and Ge s undherbe called the Climer Wet Me today 2005. 37 inches (940 m eters and Mohan p Theated the As and ind u ced by wd stems cated monsin winterdry winds t ed the cold of the lower the war cantando clouds In the moon changes from dry towel as the wind direction Cooler over the causes and warm landbre massive amounts of mature that roduceran There 's wing occurs with the wen n Natural Population Growth Say it in Mandarin DAN OCEAN i r Ama Beth and Death Rates ons began in Asia, ind Opercent of the world's poden ser populdestination they
The following assertion is valid based on the population map (176/162) and climate map (173/159): a. The majority of the population resides in the tropical and mild climate zones.
On the climate map, these regions are denoted by the colours green and light blue, and the population map shows that these regions have the largest population densities. Natural population increase, which is defined as the difference between the birth and death rates, started in Asia, where about 60% of the world's population resides. Asia is predicted to account for the majority of the rise in world population in the ensuing decades, with a population growth rate of 1.05%. Improvements in healthcare and nutrition, as well as rising urbanisation and levels of education, all contribute to this trend.
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What does the arrow with 15 mph inside it indicate on the weather map?A. The humidityB. The wind speedC. The precipitationD. The air pressure
In a weather map, the arrow with "15 mph" inside it denotes the wind speed at a specific area. The length and thickness of the arrow may be used to determine the wind speed. Wind direction is often depicted by an arrow pointing in the direction that the wind is blowing.
In this instance, the arrow with "15 mph" inside it denotes that the wind speed at that place is 15 miles per hour. This knowledge is crucial for forecasting storm severity, understanding how weather systems move, and determining how wind affects various systems and buildings.. The arrow with "15 mph" inside it on a weather map represents the wind speed at a particular location. Wind direction is typically represented by an arrow pointing in the direction that the wind is blowing, and the length and thickness of the arrow can be used to indicate the wind speed.
In this case, the "15 mph" inside the arrow indicates that the wind speed at that location is 15 miles per hour.
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correctly complete these sentences using the words provided magma can partially crystallize at depth and then rise to shallow
Magma can partially crystallize at depth and then rise to shallow depths where the remaining magma solidifies. The early-formed crystals are phenocrysts and the texture is porphyritic.
What is Magma?
All igneous rocks are created from magma, which is a naturally occurring substance that is molten or semi-molten. The Earth has magma beneath its surface, and other terrestrial planets and some naturally occurring satellites have also been proven to have magmatic activity.
Lava is the term for magma that flows onto the top of the Earth.
Silicate magmas are classified into four chemical types based on their silica content: felsic, intermediate, mafic, and ultramafic. This is done because it has been found that many characteristics of a magma (such as its viscosity and temperature) correlate with silica content.
Mantle rock melting causes magma to develop. The rocks begin to melt a little amount as they rise (or as water is added to them).
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why dams and furrows have large number on a topographical map
Answer:
These numbers represent two grid systems that can be used to find your exact location. The first is called latitude and longitude. The exact latitude and longitude is given at each corner of that map and at equally spaced intervals between the corners. The second is called UTM's.
Explanation:
how is the exosphere formed
Answer:
The exosphere is produced by outgassing of radon and helium from radioactive decay. The solar wind, micrometeor bombardment, and the solar wind also contribute particles. Unusual gases found in the Moon's exosphere, but not in the atmosphere's of Earth, Venus, or Mars include sodium and potassium.
Explanation:
What does it mean to diversify the economy? How
would diversifying the economy benefit the UAE? Is
it beneficial for all? Who is being left out?
Answer: Diversifying the economy means to reduce the reliance on a single industry or sector, and to instead diversify into multiple industries and sectors. This can benefit the UAE by providing increased economic stability and a wider range of employment opportunities. Diversifying the economy can be beneficial for all by providing more employment opportunities and economic security. However, those who are the most vulnerable in society, such as those with limited resources, education, and access to employment, may be left out and unable to benefit from the diversification of the economy.
Explanation:
Why would a foraminifera extinction event lead to a change in rock type? (Such as that seen at Gubbio, Italy.) Carbonate rocks made of foram shells cannot form if all the forams are dead, so rocks from the time of the extinction are made of clays (signifying abiotic background sedimentation). Clays made of foram shells cannot form if all the forams are dead, so rocks from the time of the extinction are made of carbonate rocks (signifying abiotic background sedimentation). There is no change in the rocks at Gubbio due to a foram extinction event.
The assertion is incoherent since it first asserts that a foraminifera extinction event would cause a change in rock type but then asserts that the rocks at Gubbio have not changed as a result of a foram extinction event.
As the absence of foram shells would preclude the development of carbonate rocks, a foraminifera extinction event might generally result in a change in the predominant rock type in a particular region. This argument is refuted by the specific example of Gubbio, Italy, where despite a foraminifera extinction event that has been documented, no change in rock type has been noticed. Clays were used to create the carbonate rocks that would have formed had foraminifera continued to exist. However, because forams are necessary for the formation of foram-made clays, extinction-related rocks do not alter.
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