Geography High School
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Answer 1
The diagonal space of the cabinet is less than 46 inches so the TV will not fit since 322 + 282 = 1,808. 1808−−√≈ 42.52 inches.
This is the correct answer. To determine whether the TV will fit in the cabinet, we need to calculate the diagonal measurement of the cabinet using the Pythagorean theorem, which states that in a right triangle, the sum of the squares of the two shorter sides is equal to the square of the hypotenuse (the longest side). In this case, the two shorter sides are the length (32 inches) and height (28 inches) of the cabinet, so we can calculate the diagonal space using √(32^2 + 28^2) ≈ 42.52 inches. Since the diagonal measurement of the TV is 46 inches, which is greater than the diagonal space of the cabinet, the TV will not fit.
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Related Questions
which of these features are found on emergent coastlines, with a falling sea level? select all that apply
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Features that are typically found on emergent coastlines, which occur when sea level falls, include the following:
Raised beaches: As sea level falls, beaches that were once at sea level are left stranded above the water level, creating raised beaches.
Terraces: Terraces are flat or gently sloping platforms that are cut into the landscape by the action of waves when sea level was higher.
Marine cliffs: As sea level falls, the shoreline moves seaward, and the old shoreline becomes a marine cliff.
Wave-cut platforms: These are flat surfaces cut by the action of waves at the base of cliffs or on the shore. As sea level falls, these platforms are left exposed above sea level.
Drowned river valleys: During times of lower sea level, rivers can cut deep valleys that extend far out to sea. When sea level rises, these valleys become drowned and form estuaries.
Therefore, raised beaches, terraces, marine cliffs, wave-cut platforms, and drowned river valleys are all features that can be found on emergent coastlines with falling sea level.
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A type of farming using an integrated system where the crops grown are used to feed the livestock on the same farm
its for a cross puzzle
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Integrated farming (also known as mixed farming) is a farming system with simultaneous activities involving crop and animal. The main purpose of integrated farming is so that the farming components support one another; hence, reducing external .
What is integrated cattle farming system?
An is a shape of blended manufacturing that utilizes plants and farm animals in a way that they can complement one every other via house and time.
The backbone of an integrated gadget is the herd of ruminants (animals like sheep, goats or cattle), which graze a pasture to build up the soil.
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what are the two most abundant volcanic gases emitted from volcanoes are?
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The two most abundant volcanic gases emitted from volcanoes are water vapor (H2O) and carbon dioxide (CO2).
Water vapor is the most abundant gas emitted during volcanic eruptions, as it is produced by the boiling of water that is often present in the ground or in magma. Carbon dioxide is the second most abundant volcanic gas and is released from magma as it rises to the surface.
Other gases commonly emitted from volcanoes include sulfur dioxide (SO2), hydrogen sulfide (H2S), carbon monoxide (CO), and nitrogen (N2). The composition and abundance of volcanic gases can vary depending on the type of volcano, the characteristics of the magma, and the stage of the eruption.
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the zone of high rainfall normally situated near indonesia shifts towards the central pacific, bringing dry conditions to indonesia. group of answer choices
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True, the zone of high rainfall normally situated near Indonesia does shift towards the Central Pacific during certain climate events, bringing dry conditions to Indonesia. This occurs due to changes in ocean and atmospheric circulation patterns, which can result in altered rainfall distribution.
Global warming has an impact on the pattern of rainfall. The seasonal pattern of rainfall is crucial to global agriculture, especially in developing nations. Food insecurity is brought on by recent irregular shifts in rainfall patterns that result in low agricultural productivity and an ever-growing global population. These shifting patterns have the effects of flood, drought, and hunger.
The geographic, temporal, and seasonal distribution of rainfall is referred to as a rainfall pattern. More rain falls in the tropics than in deserts. Rainfall does not fall in cooler regions, such as the poles, since it is turned into snow before it reaches the ground. During the rainy season, rainfall is more frequent during that particular time of the year. Rainfall is scarce during other seasons.
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Geography of People Unit Test
What is an urban penalty? (1 point)
O high levels of crime
O the increased risk of disease and death in urban areas
Ohigh migration levels
O the lack of quality food options in urban areas
If a city fails to meet its threshold, what does this mean? (1 point)
O The population grew to such a number that it needed to be considered a global city.
O It is not economically feasible for its market area to purchase goods and services from it.
O The population levels of the area have exceeded its food production for it to be viable.
O The population it provides for lives too far away for it to remain relevant in the area.
How does access to raw materials help a region become a business center for trade and tourism? (1 point)
O It allows for the production of important goods that can be sold to make a profit.
O It allows for goods to be traded along waterways.
O It causes people to want to move away from a region.
O It causes an increase of jobs in the financial industry such as investors and bankers.
How does globalization contribute to the exploitation of certain cultures? (1 point)
O Globalization causes the spread of dominant,
Western cultures.
O Globalization allows for the spread of products from one culture to another around the world.
O Globalization allows transnational companies to employ people from nations with poor labor laws and low wages.
O Globalization causes the loss of small, local cultures.
What is one effect of the growth of Silicon Valley on workplace culture? (1 point)
O Workers seek employment outside of Silicon Valley because it is too competitive.
O Many different sectors emphasize collaboration as an important skill
O More offices are adding cubicles to their work spaces.
O Companies implement more strict policies to encourage maximum efficiency
In 1-2 sentences, evaluate ways in which two regions can become culturally connected, and provide examples of how this
shapes cultural regions today. (2 points)
In 3-5 sentences, analyze the factors that shape human migration. (4 points)
In 1-2 sentences, synthesize evidence, based on what you can learn from global scale maps, of globalization's effect on
migration (2 points)
Answers
Answer:
Image result for Geography of People Unit Test What is an urban penalty?
In urban planning, a core city, principal city metropolitan core, or central city, is the largest or most important city or cities of a metropolitan area. A core city is surrounded by smaller satellite cities, towns, and suburbs.
Explanation:
which major physical features are associated with the separation of tectonic plates in eastern africa?
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Rift Valley are the major physical features are associated with the separation of tectonic plates in eastern Africa.
A rift valley is a lowland region formed when tectonic plates on Earth separate. The spreading of the seafloor causes rift valleys to form both on land and at the bottom of the ocean. Rather of being created by erosion like river valleys and glacier valleys, rift valleys are created by tectonic action. Tectonic plates are large, rocky slabs of the upper mantle and crust of the Earth.
The East African Rift is a zone of active continental rifting that is located in East Africa. The East African Rift began to form at the beginning of the Miocene, roughly 22–25 million years ago. Previously, it was believed to be a part of the larger Great Rift Valley, which extended north to Asia Minor.
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why do volcanic islands such as hawaii have chains of islands (volcanoes) that stretch hundreds of miles? group of answer choices because the plates are splitting apart because the plate moves over the stationary mantle plume because of the length of the subduction zone it is still unknown
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Volcanic islands such as Hawaii have chains of islands (volcanoes) that stretch hundreds of miles because the plate moves over the stationary mantle plume.
The formation of these island chains is due to a process called the "hotspot" theory. A mantle plume, which is a column of hot, buoyant rock rising from deep within the Earth's mantle, remains stationary while the tectonic plate above it moves.
As the plate moves over the hotspot, new volcanoes form and older ones become extinct, creating a chain of islands.
Over millions of years, this process results in a long chain of volcanic islands and seamounts stretching across the ocean floor. The Hawaiian Islands are a prime example of this geological phenomenon.
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Arid and semiarid lands are prone to desertification because a. the Sahara is expanding. b. gigantic dust storms blow sand from China into North America. c. the precipitation cannot meet the growing human demand for water. d. 10 percent of productivity is lost to erosion.
Answers
Arid and semiarid lands are prone to desertification because precipitation cannot meet the growing human demand for water.
In this case option C is correct
Arid and semiarid lands have limited precipitation, which can make them vulnerable to desertification, especially when the available water resources are overused by humans.
As human populations grow and demand for water increases, the pressure on already scarce water resources can lead to desertification. This can occur when vegetation is removed to make way for agriculture or grazing, leading to soil erosion and reduced water retention in the soil. In turn, this can lead to decreased vegetation cover and further soil erosion, creating a cycle of degradation that can lead to the transformation of the land into desert.
In this case option C is correct
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Which of the following factors has the largest influence on the formation and direction of the Asiatic Monsoons? Sea surface temperature Jet Stream Trade Winds Uneven surface temperature from the Sun
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The factor with the largest influence on the formation and direction of the Asiatic Monsoons is the Uneven surface temperature from the Sun.
The Asiatic Monsoons are primarily influenced by the uneven surface temperature from the Sun. This temperature difference between the land and the sea during different seasons causes air pressure differences, which lead to the formation of monsoons.
In the summer, the land heats up, creating a low-pressure system over the continent, while high pressure remains over the cooler ocean. This pressure difference causes the moist ocean air to move towards the land, resulting in heavy rainfall.
Conversely, during the winter, the land cools down, causing a high-pressure system to develop. This pushes the air back towards the ocean, resulting in drier conditions over the land.
Although sea surface temperature, jet stream, and trade winds can also influence the monsoons, the primary driver is the uneven surface temperature from the Sun.
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the theory of continental drift was formulated because
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Answer:
Fossils of similar organisms across widely disparate continents
which of the following is not true about the spacecraft that visited pluto and sent back our first images:
a. was called New Horizons
b. got a gravity boost from Jupiter to get it to Pluto faster
c. used plutonium to keep it warm
d. is returning to Earth in the 22nd century
e. more than one of the above
Answers
Hence, the correct answer is e. more than one of the above.
Explanation:
New Horizons, the spacecraft that visited Pluto, sent back our first images. It was launched by NASA in January 2006 and flew past Pluto in July 2015. The spacecraft used plutonium to keep its instruments warm since it was so far away from the Sun. In addition, it was given a gravity boost from Jupiter to get it to Pluto faster. Finally, New Horizons is not returning to Earth in the 22nd century since it is currently in interstellar space. Therefore, the correct answer is e. more than one of the above.
What do you mean by spacecraft?
A vehicle made specifically to go through space is called a spaceship. A spacecraft is a form of artificial satellite utilized for a wide range of tasks, such as communications, Earth observation, meteorology, navigation, space colonization, planetary exploration, and cargo and person transfer.
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MARKING BRAINLEST PLEASE HELP!!!
In five sentences or more, explain the impact of British colonization in Australia.
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The effects of colonization include injustice, bigotry, and the destruction of the cultures of Aboriginal and Torres Strait Islander people. In actuality, it has been the health determinant that has caused the most harm.
What resulted from British colonization?
It is commonly known that colonialism left behind a legacy that frequently includes slavery, forced migration of people, ruthless repression, and resource extraction at the expense of local economies.
In what ways did the British colonize Australia?
When the British first arrived in Australia, it was a prison colony administered by a captain in the Royal Navy. British regular troops guarded the colonies without much help from the local population until the 1850s, when local forces started to be enlisted.
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a planet is detected via the doppler technique. the repeating pattern of the stellar motion tells us
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A planet is detected via the doppler technique. The repeating pattern of the stellar motion tells us about the planet's mass and orbit.
A planet is detected using the doppler technique by observing the parent star's motion. The doppler technique, also known as the radial velocity technique, is a technique used to detect extrasolar planets that orbit a star. This technique relies on the gravitational influence of the planet on its parent star. The star's motion is detected by observing its spectrum.
The starlight's spectral lines shift towards longer wavelengths as the star moves away from the observer and towards shorter wavelengths as the star approaches the observer. By measuring these wavelength shifts over time, scientists can determine the velocity of the star's motion. The doppler technique enables the detection of the planets because their gravitational influence causes the star's motion to vary over time.
The repeating pattern of the stellar motion can tell us about the planet's mass and orbit. When a planet orbits a star, the star moves in response to the planet's gravitational pull. This causes the star to oscillate or wobble around its center of mass. As the planet orbits the star, the star's velocity changes, producing a repeating pattern of motion that is detectable by the doppler technique. By analyzing the shape and period of the star's motion, astronomers can determine the mass and orbit of the planet.
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how can hurricane winds be increasing with climate change but they're simultaneously more likely to stall
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As the Earth's climate continues to warm due to human activities, the frequency and intensity of hurricanes are expected to increase.
This is because warmer ocean waters provide more energy for hurricanes to form and strengthen. However, at the same time, some studies suggest that climate change may also be causing hurricanes to stall more frequently, which could result in more localized flooding and damage. The warming of the atmosphere is slowing down the atmospheric circulation, which could cause weather patterns to move more slowly and increase the likelihood of stalling. Therefore, although these two effects may seem contradictory, they can both occur as a result of climate change, and both have potentially significant impacts on the severity of hurricane impacts on coastal communities.
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two closely related populations of mice have been separated for many generations by a river. climatic change causes the river to dry up, thereby bringing the mice populations back into contact in a zone of overlap. which of the following is not a possible outcome when they meet?
Answers
The option that is not a possible outcome when the two closely related populations of mice meet after being separated by a river is C) They interbreed in the region of overlap, producing an inferior hybrid. Subsequent interbreeding between inferior hybrids produces progressively superior hybrids over several generations. This option is not possible because if the hybrids are inferior, it is unlikely that interbreeding between them will produce superior offspring over time.
Any naturally occurring watercourse with well defined banks is referred to as a river. Rivers that have several channels, intermittent flow, or ephemeral flow are all used today, as are canals that are nearly bankless. Yet, the definition's core idea of channelled surface flow is still present. The noun stream, which is synonymous with river and frequently used in technical writing, emphasises the idea that something flows. Little natural waterways are often referred to as rivulets, but other names, which appear locally to nationally in place names and include branch, brook, burn, and rill, are more prevalent. Arroyo and wash refer to transient streams or the channels that they produce. Rills or runnels are the names for little streams or channels.
Two closely related populations of mice have been separated for many generations by a river. Climatic change causes the river to dry up, thereby bringing the mice populations back into contact in a zone of overlap. Which of the following is not a possible outcome when they meet?
A) They interbreed freely and produce fertile hybrid offspring.
B) They no longer attempt to interbreed.
C) They interbreed in the region of overlap, producing an inferior hybrid. Subsequent interbreeding between inferior hybrids produces progressively superior hybrids over several generations.
D) They remain separate in the extremes of their ranges but develop a persistent hybrid zone in the area of overlap.
E) They interbreed in the region of overlap, but produce sterile offspring
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what is the name given to a shallowly dipping dip-slip fault in which the hanging wall has moved up relative to the foot wall?
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The name given to a shallowly dipping dip-slip fault in which the hanging wall has moved up relative to the foot wall is a reverse fault. In a reverse fault, the hanging wall moves up and over the footwall due to compressional forces. Reverse faults are often associated with mountain building and can cause significant uplift and deformation of the Earth's crust. Examples of reverse faults include the Thrust Fault in the Himalayas and the Sierra Nevada Fault in California.
15. which of the following is a monocular depth cue: a. texture gradients b. binocular disparity c. motion parallax. also correct. d. vergence e. none of the above.
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Option (e) "none of the above" is incorrect as all the other options are valid depth cues. Monocular depth cues are visual cues to depth perception that can be perceived by one eye alone, without requiring the use of both eyes.
Out of the options provided, the monocular depth cue is (a) texture gradients. Texture gradients are the gradual changes in the appearance of a surface texture as it recedes into the distance. As objects move farther away, the texture of their surface appears to become finer and less distinct. This effect is a reliable depth cue that is used by our visual system to perceive distance and depth even with only one eye.
Binocular disparity, motion parallax, and vergence are all examples of binocular depth cues that rely on the use of both eyes.
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fill in the blank a natural disaster, such as the 2011 japanese earthquake and tsunami, shifts the economy's ___ curve ____. according to economists who believe that the economy is self-regulating, the result will be that the economy ____ be able to find its way back to natural real gdp without government intervention.
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When a natural disaster, such as the 2011 Japanese earthquake and tsunami, occurs, it shifts the economy's Aggregate Supply curve to the left.
What is the Aggregate Supply curve?
The aggregate supply curve represents the relationship between the economy's output of goods and services and the price level. The curve depicts the total amount of output that companies in an economy are willing and able to produce at a given price level.
A natural disaster can disrupt the economy's supply of goods and services, which can cause the AS curve to shift to the left, lowering the economy's real GDP (Gross Domestic Product).
According to the supporters of the self-regulating economy concept, this shift in the AS curve would enable the economy to return to natural real GDP without government intervention.
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The height, length, and period of a wave depend upon _____. All of the above. Length of time, wind speed, fetch.
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The height, length, and period of a wave depend upon all of the above: length of time, wind speed, and fetch.
The height of a wave is determined by the speed and duration of the wind, as well as the distance over which the wind has blown (fetch). The longer the wind has blown, the greater the fetch, and the stronger the wind speed, the higher the waves will be.
The length of a wave is determined by the wavelength, which in turn is determined by the wind speed and the distance over which the wind has blown.
The period of a wave is determined by the amount of time it takes for one full wavelength to pass a fixed point, and is determined by the wind speed, the distance over which the wind has blown, and the depth of the water.
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a wave where particles move perpendicular to its energy is
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A transverse wave is a wave in which particles of the medium move in a direction perpendicular to the direction that the wave moves.
Step 1: Choose Your Planet
The planets that will be visible to you depend very much on where you live and what time of year it is. So for this activity, you should do some research to determine which of the following choices of planets will be visible to you: Mercury, Venus, or Mars. For help on which planet(s) are visible when you’re going through this unit, you might consult a site like https://earthsky.org/tonight.
Step 2: Find Your Planet
Sometimes planets can just look like stars in the night sky, so it will be helpful for you to have some more tips on how to find the planet you chose.
Mercury: As viewed from your binoculars, it will appear as a crescent because its orbit is inside of Earth’s.
Venus: As viewed from your binoculars, it will appear as a crescent because its orbit is inside of Earth’s. Venus is usually the brightest object in the night sky (aside from the Moon) so it is best viewed during twilight hours instead of the darker hours of the night, where its glare could make it difficult to focus on.
Mars: Mars will appear red in the sky, especially if you are viewing it through binoculars. It also appears to move quickly through the stars.
When you find your planet, record where it is in relation to a fixed object in your field of view (like an electric pole or a certain tree in your yard), and what time it is. You will be tracking the movement of the planet for a week. You may want to set up a tracking sheet like this:
TABLE 1 Example
Date Time Location
Step 3: Track Your Planet for a Week
Repeat this process for one week (seven nights of observation). It is okay if you miss a day or two here and there, just make sure you have at least seven entries in your tracking sheet. For example, if you start tracking on Monday but get sick on Tuesday, skip Tuesday and resume on Wednesday. Just make sure your total number of nights tracked is at least seven.
Answers
To begin tracking a planet, first choose a planet that is visible from your location and time of year.
You can check websites like earthsky.org to determine which planets will be visible. Once you have selected a planet, use binoculars to help locate it in the night sky. Note where it is in relation to a fixed object, like a tree or electric pole, and record the time of observation. Repeat this process for at least seven nights, keeping track of the date, time, and location of the planet each night. It is okay to miss a day or two, just make sure you have at least seven entries in your tracking sheet. By tracking the planet's movement over time, you can observe how it moves in relation to the stars and other celestial objects in the sky.
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What are the Effects of Earthquakes?
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Explanation:
Earthquake environmental effects are the effects caused by an earthquake, including surface faulting, tsunamis, soil liquefactions, ground resonance, landslides and ground failure, either directly linked to the earthquake source or provoked by the ground shaking. W
Earthquakes can result in the ground shaking, soil liquefaction, landslides, fissures, avalanches, fires and tsunamis.
Hopefully this helps! :)
Earthquakes can have a wide range of effects on the environment and the people living in the affected areas. Some of the most common effects of earthquakes are:
Ground shaking: The shaking of the ground during an earthquake can cause damage to buildings, bridges, and other structures. This can result in the collapse of buildings, which can lead to injuries or fatalities.
Landslides and rockfalls: Earthquakes can cause landslides and rockfalls, which can damage roads, homes, and other infrastructure.Tsunamis: Earthquakes that occur under the ocean can generate tsunamis, which can cause significant damage to coastal areas.Soil liquefaction: The shaking of the ground during an earthquake can cause soil to lose its strength and become like a liquid. This can result in buildings and other structures sinking or toppling over.Fire: Earthquakes can also lead to fires, which can be particularly dangerous in urban areas.Displacement of people: Earthquakes can displace large numbers of people from their homes, often resulting in the loss of property and possessions.Economic impact: Earthquakes can have a significant economic impact, both in terms of the cost of rebuilding and the disruption to economic activity.Psychological impact: Earthquakes can also have a psychological impact on people, causing anxiety and trauma, particularly in those who have experienced significant damage or log.
whcih strean drainage pattern most likely developed on the surface of a newly for,ed cplcanic mountain
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The drainage pattern that is most likely to develop on the surface of a newly formed volcanic mountain is a radial drainage pattern.
This is because a radial drainage pattern is characterized by streams flowing outwards in all directions from the central high point of the volcano. The newly formed mountain, being a high point, will have water flowing from all directions around it, creating a radial drainage pattern.
A radial drainage pattern is one of several types of drainage patterns that exist. Other types include dendritic, trellis, rectangular, and parallel drainage patterns. The type of drainage pattern that develops on a landscape is determined by factors such as the underlying geology, slope gradient, climate, and vegetation cover.
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the u.s. military under general douglas macarthur undertook an ambitious reconstruction program in occupied japan. identify the reforms implemented in japan in the years following world war ii.
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The U.S. military under General Douglas MacArthur undertook an ambitious reconstruction program in occupied Japan after World War II.
The following are some of the key reforms implemented in Japan during this period:
Democratization: The U.S. implemented democratic reforms in Japan, including universal suffrage, freedom of speech, and a new constitution that established a parliamentary system of government.
Economic restructuring: The U.S. implemented economic reforms in Japan, including land reforms that redistributed farmland to tenant farmers, breaking up large landholdings. The U.S. also introduced a new currency and helped to rebuild Japan's industrial base.
Education: The U.S. introduced reforms in Japan's education system, including the elimination of militaristic and nationalist teachings and the introduction of a new curriculum focused on democracy and human rights.
Women's rights: The U.S. introduced reforms in Japan to improve women's rights, including legal protections against discrimination and the right to vote.
War crimes trials: The U.S. conducted war crimes trials in Japan, which held Japanese officials accountable for their actions during the war.
These reforms helped to transform Japan into a modern, democratic, and prosperous nation, and set the stage for Japan's post-war economic and political success.
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what is the main way that position of the continents can influence global sea level?
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The main way that the position of the continents can influence global sea level is through changes in the volume of water stored on land as ice or groundwater.
During periods of continental glaciation, large amounts of water are stored in ice caps and glaciers on the land, causing a drop in sea level. Conversely, during periods of warming and ice melting, such as during interglacial periods, the ice caps and glaciers melt, causing a rise in sea level.
The position of the continents can influence global sea level because it affects the distribution of land and oceans on the Earth's surface. For example, during the last ice age, which occurred about 20,000 years ago, large ice sheets covered much of North America, Europe, and Asia, causing global sea level to drop by about 120 meters (394 feet). The continents were also arranged differently during the ice age, with more land located near the poles, which facilitated the formation of ice sheets.
Today, melting ice from Greenland and Antarctica is contributing to global sea level rise, and scientists predict that continued warming could lead to a significant rise in sea level in the coming decades and centuries.
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which best describes the amount of Earth's total water supply that is usable freshwater?
less than 1%
less than 25%
Answers
Answer:
Less than 25% because there is about 2.2% and not less than 1%
Explanation:
Match the metamorphic rock type with the igneous rock from which it is derived and its metamorphic grade.
Greenstone - Mafic or intermediate volcanic; low grade;
Gneiss - Plutonic rock; high grade;
Deformed granite - Plutonic rock; low grade;
Greenschist - Mafic or intermediate volcanic; moderate grade;
Metarhyolite - Felsic volcanic; low grade
Answers
The metamorphic rock type with the igneous rock from which it is derived and its metamorphic grade is given below:
Greenstone - Mafic or intermediate volcanic; low grade;
Gneiss - Plutonic rock; high grade;
Deformed granite - Plutonic rock; low grade;
Greenschist - Mafic or intermediate volcanic; moderate grade;
Metarhyolite - Felsic volcanic; low grade.
What is metamorphic rock?
A metamorphic rock is a type of rock that has been altered in texture and/or composition as a result of heat, pressure, and/or other environmental factors. This has the potential to alter the mineral composition of the original rock (protolith) or to recrystallize it into a new structure. The protolith is either an igneous, sedimentary, or another metamorphic rock that has been exposed to higher temperatures and pressures than those under which it initially formed.
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occasionally, streamlines will be disturbed by a weak trough of low pressure called a(n) , because it tends to move from east to west.
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Occasionally, streamlines will be disturbed by a weak trough of low pressure called Tropical Waves, because it tends to move from east to west.
A tropical wave, also known as an easterly wave, tropical easterly wave, or an African easterly wave, is a type of atmospheric trough that forms in and around the Atlantic Ocean. It is characterized by an extended region of relatively low air pressure that is north to south-oriented and moves from east to west across the tropics, producing cloud cover and thunderstorms.
North and south of the Intertropical Convergence Zone, a subtropical ridge or belt of high air pressure, tropical waves develop in the easterly flow along the equatorial side. The dominant easterly winds along the tropics and subtropics close to the equator typically carry tropical waves westward.
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normally the aurorae are only visible at higher latitudes. is it possible for the aurora to be visible in baton rouge?
Answers
It is generally unlikely for the aurora, also known as the Northern or Southern Lights, to be visible in Baton Rouge, Louisiana, or other locations near the equator.
The aurora occurs when charged particles from the Sun interact with Earth's magnetic field and atmosphere, creating a colorful display of light in the night sky. However, the location of the aurora is typically confined to higher latitudes, such as in the Arctic and Antarctic regions.While there have been rare instances where the aurora has been visible at lower latitudes, it is not common and is usually associated with large solar storms or other significant space weather events. The likelihood of seeing the aurora in Baton Rouge is very low, but people living in areas with clear night skies and low light pollution may still be able to see other astronomical phenomena, such as stars, planets, and meteors.
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when water evaporates from moist surfaces, falls again as rain or snow, passes through living organisms, and returns to the ocean, the process is known as the?
Answers
The hydrologic cycle or water cycle is the circular process of evaporation of water from moist surfaces, which falls again as rain or snow, passes through living organisms, and returns to the ocean or any other water bodies..
hotter temperature and high level of humidity results in precipitation and evaporation.
Global warming and the emission of greenhouse gases are contributing to higher precipitation than usual and an increase in the intensity of the hydrologic cycle.
evaporation is the process that happens in the water cycle in which any substance or element in liquid form turns into the gaseous form or water vapors.
Here, the water moves in an upward direction from the surface of the earth to the atmosphere.
To know more about evaporation:
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