The main National Academy of Science conclusion on global warming since the mid-1800s is that temperatures have risen around 1/2°C.
The National Academy of Sciences and other scientific organizations have concluded that the Earth's average temperature has risen around 1/2 degree Celsius (about 1 degree Fahrenheit) since the mid-1800s. This warming is primarily caused by human activities, such as the burning of fossil fuels and deforestation, which release greenhouse gases into the atmosphere.
These gases trap heat from the sun, leading to an overall warming of the planet. The warming has been observed in all regions of the globe, and it is expected to continue in the future if greenhouse gas emissions are not significantly reduced.
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What did George Washington say about political parties?
George washington say about political parties Washington has issued advisories against the political, geographic, and foreign meddling in US domestic affairs. They posed a threat to the domestic order.
He begged his fellow compatriots to put their grudges aside for the sake of the nation. In his farewell address, President george washington issues a warning against becoming too involved in international affairs. In his parting address, Washington warned against foreign intervention in domestic matters and US meddling in European affairs.
He warned against aggressive partisanship in domestic politics and urged men to rise beyond partisanship and work in the interests of the larger good. He cautioned against "permanent partnerships with any section of the outside world" and urged the US to put its own interests first. He promoted friendship and trade with other nations, but he advised people to avoid being "entangled" in long-term relationships with them.
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At Earth's surface, warm temperatures are associated with ________.
a) high pressure
b) cyclones
c) anticyclones
d) low pressure
e) adiabatic cooling
Which of the following statements about spectral types of stars is NOT generally true? A. The spectral type of a star can be determined by identifying lines in its spectrum.
B. The spectral type of a star can be used to determine its color.
C. The spectral type of a star can be used to determine its surface temperature.
D. The spectral type of a star can be used to determine its distance.
The spectral type of a star can be used to determine its distance is NOT generally true. Thus option D is the answer.
The spectral type of a star is a way of classifying stars based on the characteristics of their spectrum. The spectrum of a star is a representation of the energy emitted by the star, which is spread across the electromagnetic spectrum. By studying the spectrum of a star, we can determine its temperature, color and chemical composition.
The spectral type is determined by identifying the lines in the spectrum, which are caused by different chemical elements present in the star's atmosphere. This information can be used to infer the star's surface temperature, color and chemical composition. However, the distance of a star cannot be determined by its spectral type alone.
Other methods, such as parallax, spectroscopic parallax, and measuring its absolute magnitude, radial velocity and luminosity are used to determine distance.
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80°
14x + 2
The figure is a parallelogram.
Solve for x.
In the given parallelogram QRST, x = 7°.
In a quadrilateral, adjacent angles are the pair of angles, that come is formed by the intersection of any common line.
In the question, we are shown a parallelogram QRST and are asked to find the value of x.
We know that ∠TQR and ∠QRS are adjacent, as they include a common side, QR.
∠TQR = 80°, ∠QRS = (14x + 2)°
Now, we know that adjacent angles of a parallelogram are supplementary, that is their sum = 180°
∴ ∠TQR + ∠QRS = 180°
or, 80° + (14x + 2)° = 180°
or, 14x = 180° - 80° -2° = 98°
or, x = 98°/14 = 7°
∴ In the given parallelogram QRST, x = 7°.
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Kelly had read that German meteorologist Alfred Wegener further developed a hypothesis about the continents and their positions. What was the most complete hypothesis that Alfred Wegener made
Alfred Wegener was a German meteorologist and geophysicist who made contributions to the field of geology and geography. Wegener’s hypothesis of continental drift proposed that the continents were constantly moving, but at a very slow rate.
He is best known for his hypothesis of continental drift, which he proposed in 1912. His hypothesis proposed that the Earth’s continents were once a single supercontinent called Pangaea, which had broken apart and drifted to their current locations.
Wegener’s hypothesis of continental drift was based on several lines of evidence. Firstly, he noted the similarity in the shapes of the western coasts of Africa and South America, suggesting that the two continents had once been connected. Secondly, he observed the presence of similar fossil plants and animals in both Africa and South America, suggesting that the two continents had once been connected.
Thirdly, he studied the distribution of ancient glacial deposits, which indicated that the Earth’s climate had once been much more uniform than it is now. Finally, he noted the presence of mountain ranges on the eastern coast of South America and the western coast of Africa, which he believed had formed as a result of the two continents’ separation.
Wegener’s hypothesis of continental drift proposed that the continents were constantly moving, but at a very slow rate. This was due to the fact that the continents were floating on the Earth’s mantle, which is made up of hot, viscous material. He proposed that the movement of the continents was caused by convection currents in the mantle, which slowly moved the continents in different directions.
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The Stave Church in Borgund, Norway is an example of _________________. a. Ottonian architecture b. Norse architecture
The Stave Church in Borgund, Norway is an excellent example of Norse architecture. So the correct option is b.
This type of architecture was used by many of the northern European peoples, including the Vikings, during the late Iron Age and early medieval period. Norse architecture is characterized by its use of timber, as well as its large, long-lasting structures that were built to last for generations.
The Stave Church in Borgund is a prime example of Norse architecture, with its timber-built construction and its ornate decorations. The church was built in the 12th century, and is one of the most well-preserved examples of medieval architecture in Norway. The church is a three-aisled stave church, which means it is made of vertical wooden posts or "staves" which are connected together and form a framework for the walls, creating a structure that is both strong and aesthetically pleasing. The church is also decorated with intricate carvings and woodwork, which is typical of Norse architecture.
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based on what you learned in the video, which of the following statements regarding joints is true? Joints and faults are the same thing. n o Joil Joints are only formed in sedimentary rocks. Joints are cracks in rocks where movement has occurred on one side with respect to the other. Joints result from ductile deformation of rocks deep in the Earth's crust. Joints are fractures in rocks where very little to no movement has occurred. S
The correct option are (d) Joints are fractures in rocks where very little to no movement has occurred.
A joint, also known as an articulation (or articular surface), is the connection created between bones, ossicles, or other hard structures in the body that integrate the skeletal system of an animal into a functioning whole.
They are designed to allow for various degrees and types of movement. Some joints, such as the knee, elbow, and shoulder, are self-lubricating and practically frictionless, allowing them to tolerate compression and high loads while performing smooth and accurate motions. Other joints, such as sutures between skull bones, allow very minimal movement (just during birth) to preserve the brain and sensory organs.
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How are logarithms used to measure earthquakes?
The Richter Scale, a base 10 logarithmic scale, is used to quantify earthquakes. This scale measures the magnitude of an earthquake, which is the amount of energy it generates.
Every tenth increment on this scale enhances the magnitude by a factor of 10.
Because the Richter scale is a base-10 logarithmic scale, each order of magnitude is ten times greater than the preceding one. In other words, a two is 10 times more powerful than a one, and a three is one hundred times more powerful.
In the 1930s, Charles Richter developed the notion of a logarithmic earthquake magnitude scale to assess the size of earthquakes in southern California using relatively high-frequency seismic station data.
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______ is caused by deforestation, overgrazing, and overworking the soil Group of answer choices desertification depletion of aquifers salinization monoculture
Desertification is caused by deforestation, overgrazing, and overworking the soil.
Desertification is an environmental process in which dry, arid areas of land become increasingly uninhabitable and unable to support plant and animal life. This process is caused by a variety of factors, including deforestation, overgrazing, and overworking the soil.
Deforestation is the removal of trees and other vegetation for various purposes, such as to create space for agriculture and urban development. Without trees, the soil is left exposed to the elements and is unable to retain moisture. This leads to the soil becoming dry and barren, creating the perfect conditions for desertification.
Overgrazing is the practice of having too many animals grazing on a given area of land. This can cause the land to become overly depleted of vegetation, which can lead to desertification. Overgrazing can also lead to soil erosion and loss of fertility, as the animals trample and consume the vegetation that would otherwise help retain moisture.
Overworking the soil is the practice of tilling the soil too often or too deeply. This can lead to the depletion of organic matter and soil organisms, which are essential for maintaining soil health. Without the organic matter and soil organisms, the soil is unable to retain moisture, leading to desertification.
All of these practices can have devastating effects on the environment and can lead to desertification. Deforestation, overgrazing, and overworking the soil can all contribute to the depletion of aquifers, salinization, and monoculture. These effects can render entire regions uninhabitable, making it difficult for plants, animals, and humans to survive. Therefore, it is important to take steps to protect our environment and prevent the effects of desertification.
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If you wanted to avoid earthquakes, which of the following areas would be the safest and best place to live? a.divergent plate boundary b.convergent plate boundary c.island arc along a subduction zone d.shield e. Nothing matters, you got me!
Answer: A divergent one, because the earthquakes are shallow. I might be wrong we just learned this in class, but I hope this helps
Explanation:
Which geologic term or phrase explains why the reason rock layers typically form parallel to each other
The geologic term or phrase that explains the reason rock layers typically form parallel to each other called original horizontality.
Nicholas Steno, proposed the concept of original horizontality (1638–1686). According to the Principle of original horizontality, rocks with horizontal strata were initially deposited in a horizontal orientation. These findings support the theory of plate tectonics, which postulates that folded strata are the result of the movement and collisions of huge plates of the Earth's crust, and so prove that the Earth has not been static and that immense forces have been at work over extended periods of time.
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propose a sustainable solution to reduce the amount of soil erosion from agricultural practices.
Answer:
Placing crushed stone, wood chips, and other similar materials in heavily used areas where vegetation is hard to establish and maintain.
Explanation:
Hope it helped:)
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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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How would you describe the distribution of water of water on Earth?
The distribution of water throughout the Earth's surface is rather varied. Only 3% of the water on the surface is fresh water; the remaining 97% is oceanic.
Less than 1% of freshwater is found in lakes, rivers, and marshes, whereas 69% of it is found in glaciers and 30% is found underground. Humans can only use 1% of the water on Earth's surface, and the majority of that water—99%—is found oceanic.
To see how unequal the distribution of water on Earth actually is, one only has to analyze rainfall maps. They are classified as semi-arid or arid because the white regions on the map below had annual rainfall totals below 400 mm for the previous year. Also keep in mind that estimates call for major aridification in many dry regions and more frequent, more intense rainfall events in wet places.
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rocks from which source would most likely contain the highest percentage of iron-bearing minerals?
Ocean floor would most likely contain the highest percentage of iron bearing minerals.
Ocean-dwelling organisms like cyanobacteria produce oxygen, which results in the formation of thin bands of iron on the ocean floor. The oxygen produced results in these iron ores.
Over the span of a billion years, enormous quantities of iron were accumulated at the ocean floor. These occurrences took place around 3.5 and 2.5 a billion years ago. The enormous reserves that were created at that time include the iron ore that is being mined in South Africa, Australia, and the United States. Once the iron was removed from the water, oxygen could begin to accumulate in the air and sophisticated life forms could begin to breathe deeply. The duration of this process is one billion years .In Earth history, the Archean era came to an end once it was completed.
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The rotation of the earth on it's axis will impact biomes because it affects the length of day and night. Answer true or false. Your answer
False. The rotation of the earth on its axis does not affect the length of day and night.
The length of day and night are solely determined by the earth's orbit around the sun. The rotation of the earth on its axis is what causes the sun to rise in the east and set in the west, and also determines the amount of daylight a certain location receives. This, in turn, affects the types of biomes that exist in certain regions.
As the earth rotates, different parts of the earth receive more or less sunlight, which can cause different climates and environments to form. Therefore, the rotation of the earth on its axis does have an effect on biomes, but it does not directly affect the length of day and night.
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Describe the demographics associated with democratic mainstays?
Democratic Mainstays are senior Republicans who are both socially and economically liberal. They represent 28% of the Republican alliance and 16% of the general population. Democratic Mainstays advocate greater taxation, a wider social security system, and a more aggressive foreign and defense strategy.
What best determines whether a borrower's interest?
The factor that most affects whether a borrower's interest rate on an adjustable rate loan increases or decreases is market conditions, which assist to illustrate how well or poorly a country's economy is doing.
Market conditions provide insight into both the state of a country's economy and the general environment in which a market is operating at any one time. So, it follows that market conditions often indicate whether a borrower's interest rate on an adjustable rate loan would increase or decrease. The state of the market affects.
Whether a borrower's interest rate on an adjustable rate loan rises or falls. An adjustable-rate mortgage is a type of mortgage loan where the interest rate is subject to change depending on the cost of borrowing for the lender on the credit market. But this loan could be disbursed based on the base rate or standard variable rate of the lender. We can infer that the state of the market does affect whether a borrower's interest rate on an adjustable rate loan increases.
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Which of the following best illustrates
the concept of "changing resources"?
Answer:
exosphere atmosphere
water ice
Explanation:
liquid and sodium chloride
Was the Munich Agreement a success or failure?
A synonym for the futility of accommodating expansionist totalitarian governments, the Munich Agreement is now largely considered as a failed appeasement attempt.
Germans, the United Kingdom, French, and Italy came to an agreement known as the Munich Agreement on September 30, 1938, in Munich. Despite a 1924 alliance pact and a 1925 military contract between French and the Czechoslovakia Republic, the Munich Betrayal allowed for the cession of the Sudetenland German region of Czechoslovakia to Germany.
The majority of Europe embraced the Munich Agreement, which was marketed as a way to stop a devastating war on the continent. Germany seized the Sudetenland with the consent of the four main powers, which had a population of more over three million people, the majority of whom were of German ethnicity. It was his last historical claim in Northern Europe, according to Adolf Hitler.
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The Chao Phraya River is considered an artery because __________.A.it flows from south to northB.it is used to transport people and goodsC.it has many waterfallsD.it starts high in the mountains Please select the best answer from the choices providedABCD
The Chao Phraya River is considered an artery because B. is used to transport people and goods.
Where is the Chao Phraya river?Chao Phraya is the main river in Thailand with a length of about 372 kilometers. The Chao Phraya Stream ends in the Gulf of Thailand.
The Chao Phraya River is considered an artery because it is used as a floating market to transport people and goods. Until the backbone of the transportation of residents around through the existing canals. These canals connected to the villages until one day this city was nicknamed the Venice of the East.
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How are logarithms used to measure the intensity of an earthquake?
Earthquakes are measured using the Richter Scale, which is a base 10 logarithmic scale. The magnitude of an earthquake is measured by this scale, which is the amount of energy generated by it.
The magnitude increases by a factor of ten for every single rise on this scale.
Richter and Beno Gutenberg were inspired by magnitude, the logarithmic measure of star brightness, while inventing what would become the Richter scale in 1935. They defined earthquake magnitude as the logarithm of shaking amplitude as measured by a specific seismograph in southern California.
The logarithm is simply the power of ten of the sound intensity given as a multiple of the hearing threshold intensity.
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Classify the triangle to the right by it's sides and angles?
An acute triangle has three angles that each measure less than 90 degrees. An equilateral triangle is a triangle in which all three sides are the same length. A right triangle is a triangle with one 90 degree angle.
What is a right triangle?A triangle is said to have a right angle if one of the angles is 90 degrees. Right triangles are those with angles at 90 degrees, which are referred to as right angles.
The Pythagorean rule can be used to understand the relationship between the different sides of this triangle. The largest side, also known as the hypotenuse, is the side that forms the right angle.
The right triangles are further divided into isosceles and scalene right triangles based on the other angle values. The right triangle's side lengths, such as 3, 4, and 5, are also known as Pythagorean triples.
The total of the lengths of the three sides makes up the right triangle's perimeter. It is the right triangle's base, height, and hypotenuse added together.
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Write two paragraphs discussing Thomas Jefferson's experiences as president
this 750-acre botanical area in the monongahela national forest contains the largest area of bogs in west virginia.
The 750-acre botanical area in the Monongahela national forest that contains the largest area of bogs in west Virginia is Cranberry Glades Botanical Area.
The Cranberry Glades Botanical Area is a 750-acre botanical area located in the Monongahela National Forest. With its abundance of bogs, it is the largest area of bogs in West Virginia.
With its unique landscape and ecosystem, the Cranberry Glades Botanical Area is a must-see for any nature enthusiast. It is home to a variety of flora and fauna, including carnivorous plants, orchids, and rare birds.
Visitors can explore the area on designated trails, and enjoy diverse terrain, from bogs to wetlands, forests and meadows. The Cranberry Glades Botanical Area is an incredible natural wonder, and an unforgettable experience for any nature lover.
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If a geologist found preserved mud cracks, he or she could conclude that the environment in which they formed ________.
If a geologist found preserved mud cracks, he or she could conclude that the environment in which they formed was once an area of drying or desiccation.
Mud cracks, or desiccation cracks, form in mud layers that have been exposed to drying. As the mud dries, it contracts and forms a series of cracks that can range from a few millimeters to several centimeters in size. The shapes of these cracks are usually polygonal and are typically segmented by radial cracks.
Mud cracks form when water evaporates from the surface of a mud layer, leaving behind a dry surface. This process is most common in areas with low rainfall, such as deserts, and in areas with a high rate of evaporation, such as the margins of saline lakes. The mud cracks form when the surface layer of mud dries faster than the underlying layer. As the surface layer contracts, cracks form, eventually becoming interconnected and forming a network of cracks.
The presence of mud cracks is an indication of a past environment of drying or desiccation. The size and shape of the cracks can also provide clues about the rate of evaporation and the amount of water present in the environment when the cracks formed. For example, if the mud cracks are shallow, then the evaporation rate was likely low. However, if the mud cracks are deep, then the evaporation rate was likely high.
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Mid-ocean ridges (MORs), which are the sites of new oceanic crust formation, are linear mountain chains that run along divergent plate boundaries. Why does an MOR sit up higher than the surrounding oceanic crust
Mid-ocean ridges (MORs), which are the sites of new oceanic crust formation, are linear mountain chains that run along divergent plate boundaries. MOR sit up higher than the surrounding oceanic crust because of the hot magma exists the MOR, it shoots up higher than the surrounding crust.
On the ocean floor, there are ridges of mountains called mid-ocean ridges. When two or more plates are moving away from one another, they occur where there are diverging borders.
The thin crust and holes left behind by the relocating plates allow the mantle's intense pressure to easily drive the magma upward. The ocean floor is able to shift up as the magma pushes upward. Rapid magma cooling results in rapid formation of new crust. Due to the magma's ability to raise the ocean floor, the new crust is higher than the previous one.
In addition to continuously coming up and forming more and more new crust, the magma also continuously rises above previously produced layers by building a mountain of extremely hard igneous rocks around the source.
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Which ethnicity in
South America is
a mixture of the
Spanish colonists
and the
indigenous
people?
A. criollo
B. mestizo
C. caballo
The answer is B, Mestizo
How do logarithms relate to the Richter scale?
Earthquakes are measured using the Richter Scale, which is a base 10 logarithmic scale. The magnitude of an earthquake is measured by this scale, which is the amount of energy generated by it.
The magnitude increases by a factor of ten for every single rise on this scale.
In comparison to a linear scale, the logarithmic scale provides a simpler and more comprehensible manner to describe the large range of ground motion amplitude (sometimes several orders of magnitude) and energy release for distinct quakes within a tolerable range of values.
To calculate the Richter scale measure, express the amplitude in millimeters as 10 multiplied by an exponent (10x).
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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
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.
Sand deposits, however, are not just found in deserts; dunes may also be produced along coastlines, beside semiarid climate streams, in glacial outwash basins, and in other places where weakly cemented sandstone bedrock destroyed to generate a plentiful supply of loose sand. Water movement acting on the sand or gravel beds of rivers, estuaries, and the seafloor can result in the formation of subaqueous dunes.
Sand dunes offer essential ecological habitat as well as natural coastal defense against storm surge and strong waves, avoiding or minimizing coastal flooding and building damage. They serve as sand storage sites as well, delivering sand to beaches that have degraded. Particularly in regions with low to moderate erosion, maintaining or improving dune systems can aid in protecting coastlines.
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