Many people associate Central America and the Caribbean islands with sandy beaches, volcanic mountains, rain forests, and crystal-clear water. The physical geography of this area is lovely. One of the area's most valuable assets is its natural beauty.
The majority of Central America is covered by what kind of terrain?While the west and east coasts are covered in humid marshes and lowlands, four out of five Central American countries are either hilly or mountainous.
What problems does Central America face?However, the area faces other difficulties, such as tighter global financial conditions, slower global development, persistent inflation, and rising social tensions amid escalating food and energy insecurity.
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T/F: NEO hunters are not actively searching for smaller objects that could destroy entire cities, but instead are focused on detecting larger objects that could threaten entire countries or continents
The given statement "Neo hunters are not actively searching for smaller objects that could destroy entire cities, but instead are focused on detecting larger objects that could threaten entire countries or continents" is True.
The NEO Observations Program's current congressionally mandated goal is to locate, track, and characterise at least 90% of all NEOs estimated to be 140 metres and larger—larger than a small football stadium—and to characterise a subset representative of the total population.
Any tiny body in the Solar System whose orbit puts it close to Earth is considered a near-Earth object (NEO). According to custom, a Solar System body is considered a NEO if its perihelion, or closest approach to the Sun, is less than 1.3 astronomical units (AU).
A potentially dangerous object is one whose orbit crosses that of the Earth and is greater than 140 metres (460 feet) wide (PHO). A small percentage of the known PHOs and NEOs are comets, but most are asteroids.
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(c) How do convection currents work? In what way do plates move because of convection currents?
(d) Describe how plates move at constructive plate boundaries. What features do we find here? Give examples. Where can I see this type of boundary?
(e) Describe how plates move at destructive plate boundaries. What features do we find here? Give examples. Where can I see this type of boundary?
(f) Describe how plates move at conservative plate boundaries. What features do we find here? Give examples. Where can I see this type of boundary?
The answers to each question above is given as follows:
(c) Convection currents are the circulation of material within a fluid, driven by differences in temperature. Convection currents in the Earth's mantle cause plates to move.
(d) At constructive plate boundaries, plates move apart and magma rises to fill the gap, creating new crust. Features include mid-oceanic ridges and volcanic activity. Example: Mid-Atlantic ridge.
(e) At destructive plate boundaries, plates collide and one is forced beneath the other in a process known as subduction. Features include earthquakes and volcanic activity. Example: The Ring of Fire around the Pacific.
(f) At conservative plate boundaries, plates slide past each other without creating or destroying crust. Features include transform faults and no volcanic activity. Example: The San Andreas Fault in California.
What are Plate Boundaries?Note that a plate boundary is a three-dimensional surface or zone where one lithospheric plate's velocity (speed or direction) relative to the neighboring lithospheric plate changes significantly.
Most earthquakes are caused by movement in small zones along plate borders. Most seismic activity occurs at three types of plate boundaries: divergent, convergent, and transform.
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how much colder is the air at the top of mount everest?
At the base of Mount Everest, the air temperature is typically around 50-60°F (10-15°C), but as you climb higher up the mountain, the air temperature drops significantly. At the summit of Mount Everest, the air temperature is usually around -20°F (-29°C) or colder, making it one of the coldest places on Earth.
Mount Everest is the highest mountain on Earth, reaching an elevation of 29,032 feet (8,848 meters) above sea level. The air temperature at the top of Mount Everest is much colder than at lower elevations due to the lower atmospheric pressure and the lack of protective ozone layer at high altitudes.
In addition to the extreme cold, climbers must also deal with high winds, low atmospheric pressure, and other environmental challenges. The lack of oxygen at high altitudes also makes it more difficult to maintain a stable body temperature, making it even more important for climbers to be well-prepared and equipped with proper clothing and gear.
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or an observer at the North Pole, what is the highest altitude of the Sun on the summer solstice?
a. 11.75°
b. 23.5°
c. 47.0°
d. 70.5°
The highest altitude of the Sun on the summer solstice at the North Pole is (c) 47.0°.
The highest altitude of the Sun on the summer solstice at the North Pole is approximately 47.0°. This is because the North Pole is located at 90° North latitude, which is the point on the Earth's surface that is furthest from the equator.
On the summer solstice, which occurs around June 20th or 21st, the Sun is at its northernmost position in the sky and its rays reach the highest point above the horizon. At the North Pole, the Sun is directly overhead, meaning that it reaches an altitude of 90°. However, since the Earth's atmosphere bends the Sun's rays, the apparent altitude of the Sun is lower than 90°.
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What is the main difference between a Communist and a Socialist economy?
In a Socialist economy, the state runs all businesses; in a Communist economy, individuals or companies run all businesses.
In a Socialist economy, the state runs only basic industries; in a Communist economy, the state runs all businesses.
In a Communist economy, the state runs only basic industries; in a Socialist economy, the state runs all businesses.
In a Communist economy, the state runs all businesses; in a Socialist economy, individuals or companies run all businesses.
Answer:The main difference is that under communism, most property and economic resources are owned and controlled by the state (rather than individual citizens); under socialism, all citizens share equally in economic resources as allocated by a democratically-elected government. hopes this help
based on the fog graphics discussed in lecture, which location in the us has the most dense fog days per year, >60 days? group of answer choices northeast, across maine southeast, across florida appalachian mountain states rocky mountain states
d. Northwest Pacific Coastal States. The Pacific Coast states, including Washington and Oregon, experience the densest fog in the United States, averaging more than 60 days of fog each year.
Based on fog graphics discussed in lecture, the location in the US with the most dense fog days per year is across Maine, Southeast, and Florida, Appalachian Mountain States, and Rocky Mountain States. This region experiences more than 60 days of foggy days each year due to the combination of high humidity, mountainous terrain, and low temperatures. In the Northeast region, the ocean and coastal areas often experience foggy weather due to the moist air coming off the ocean, while in the Appalachian Mountain States, the lower temperatures and elevated elevation of the mountains contribute to the thick fog. In the Southeast, fog is caused by the warm and moist air coming off the Gulf of Mexico and mixing with the colder air in the mountains, creating thick fog. Finally, the Northwest Pacific Coastal States experience fog due to the combination of warm ocean air and cool mountain air.
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what is altitude
what is altitude in geography
Answer: Altitude is the height something is above sea level.
why are oceans considered the last unexplored frontier
Oceans are considered to be the last unexplored frontier on Earth due to the vastness of their size, complexity and the fact that they are difficult to study and understand. Despite technological advancements, only a fraction of the oceans have been explored.
Oceans cover around 71% of the Earth's surface, making them the largest bodies of water on our planet. The depth of the oceans varies from shallow areas near the coast to the deepest part of the ocean, the Mariana Trench, which is over 36,000 feet deep. Due to the immense size of the oceans, it is estimated that only about 5% of the oceans have been explored, and the rest remains largely unknown to us.
One of the main reasons why the oceans are considered the last unexplored frontier is that they are difficult to study and understand. The extreme conditions of the oceans, such as high pressure, low light, and extreme temperatures, make it challenging for scientists to study and gather data from these environments. The depths of the ocean also limit the types of equipment and technology that can be used, making exploration and research more challenging.
Additionally, the complexity of the ocean ecosystem adds to the difficulty of exploring and understanding the oceans. There are numerous species of plants and animals that are unique to the oceans, and many of these species have yet to be discovered and studied. The ocean is also home to many unknown geological formations and processes, such as underwater volcanic activity, which is still not well understood.
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What is the relative location of New Orleans?
Answer:
New Orleans is located in Southeast Louisiana at roughly 30.07 degrees North latitude and 89.93 degrees West longitude, approximately 125 miles southeast of the capital city of Baton Rouge. The city sits between the Mississippi River to the south and Lake Pontchartrain to the north.
which type of fault is found in the great rift valley of east africa?
Normal type of fault is found in the great rift valley of east Africa. In "triple junctions," a type of divergent boundary where three tectonic plates collide at angles of around 120°, several rift valleys are found. The triple junction has two arms that can separate to create a whole ocean.
The Tanganyika-Rukwa-Malawi and Aswa intracontinental transform fault zones connect the main arms of the East African Rift System and feature northwest trending "en echelon" faults that may be connected to basement folds and pull-apart basins.
In essence, the valley is a grabben of down-faulted crust that is sandwiched between two parallel faults. A rift valley differs from a typical grabben because of its extraordinary length and depth. These unusual basins frequently appear where tectonic plates separate.
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which of the following volcanic types typically produces small, steep-sided structures composed of pyroclastic material? view available hint(s)for part b which of the following volcanic types typically produces small, steep-sided structures composed of pyroclastic material? geysers fissure eruptions cinder cones composite cones shield volcanoes
The correct answer is option B.
Cinder cones produce small, steep-sided structures composed of pyroclastic material.
Cinder cones are small in size and have steep sides near the top. Their size varies and can range from hundreds to thousand of meters in depth. They grow almost the size of a hill. The peaks of cinder cones are covered with snow.
These types of volcanoes have only one opening unlike shield volcano or strato-volcano which have many openings.
Simply put, these volcanoes produce small amount of volcanic ash composed of pyroclastic material and is a steep structured conical hill made up of loosely attached pyroclastic fragments.
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why are there no 10 km impact craters in washington state
Natural forces such as earthquakes and volcanic resurfacing could have erased the 10 km impact craters on the state of Washington. It's possible that the craters were eroded away by the wind and flowing water over time.
Washington, officially the State of Washington, is a state in the Western United States' Pacific Northwest region. The state was formed from the western part of the Washington Territory, which was ceded by the British Empire in 1846 as part of the Oregon Treaty in the settlement of the Oregon boundary dispute.
It was named after George Washington, the first president of the United States. The Pacific Ocean borders the state on the west, Oregon on the south, Idaho on the east, and the Canadian province of British Columbia on the north. It became the 42nd state to join the Union in 1889. The state capital is Olympia, and the largest city is Seattle.
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Between an object represented on a map of scale, 1/600,000 or one on a scale of 1/400,000 which one is larger?
a. 1/600,000 b. 1/400,000. c. They are all the same. d. Neither of them
d. Neither of them .Between an object represented on a map of scale, 1/600,000 or one on a scale of 1/400,000
The scale of a map refers to the ratio of the size of the feature on the map to the actual size of the feature on the ground. A larger scale means the map represents a smaller area but with more detail. The two scales given, 1/600,000 and 1/400,000, do not give information on the size of the object being represented on the map, but only the ratio of the map size to the actual size. It is necessary to look at the actual size of the object in the map to determine which is larger.
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How does the theory of plate tectonics help us explain natural phenomena such as earthquakes and mountains, which geologists had difficulty accounting for prior to the development of the theory?
The theory of plate tectonics explains most of the features of Earth’s surface. It explains why earthquakes, volcanoes, and mountain ranges are where they are. It explains where to find some mineral resources.
What is the theory of plate tectonics?Plate tectonics is the widely accepted scientific theory that the Earth's lithosphere is made up of a number of large tectonic plates that have been slowly moving since approximately 3.4 billion years ago.
Plate tectonics is the theory that connects continental drift and seafloor spreading. Plates are composed of lithosphere that is topped by oceanic and/or continental crust. Seafloor spreading moves the plates around on the Earth's surface. Seafloor spreading is caused by mantle convection. At mid-ocean ridges, oceanic crust is formed.
Therefore, theory of plate tectonics help us explain natural phenomena such as earthquakes and mountains.
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what information do geologists use to classify volcanoes? what information do geologists use to classify volcanoes? height of peak and type of deposits shape and type of deposits color and height of peak shape and height of peak color and type of deposits
seafloor spreading is driven by volcanic activity that occurs choose one: a. at the edges of continental shelves. b. in the middle of abyssal plains. c. along fracture zones. d. along mid-ocean ridges.
Answer:
b. along mid-ocean ridges
Explanation:
Brainliest pls
Seafloor spreading is driven by volcanic activity that occurs in the middle of the abyssal plains. Thus, option b is correct.
Tectonic plates, which are huge chunks of the lithosphere of the Earth, split away from one another during the geologic process of seafloor spreading. Mantle convection is what causes seafloor spreading and other tectonic activity processes. The sluggish, turbulent circulation of the Earth's mantle is known as mantle convection. Heat is transferred to the lithosphere by convection currents from the lower mantle and core.
In addition, convection currents "recycle" elements from the lithospheric layer back into the mantle. At divergent plate borders, seafloor spreading takes place. The mantle's convection currents generate heat that makes the crust more flexible and less thick when tectonic plates progressively drift apart from one another. Less dense material rises, frequently creating mountains or raised seabed regions. The crust eventually fractures.
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Correct the mistakes on the map by completing the table!
Answer:
A: False, it should take the place of C.
B: True
C: False, it should take the place of B.
D: False, it should take the place of A, except the arrow should be pointing towards that circular territory, not away from it.
Explanation:
Wales is the territory attached to England on its left. Scotland is the northern territory above England. Northern Ireland is that floating piece of territory north of Ireland, obviously.
which stratigraphic principle tells you the igneous sill (f) is younger than the bass dolomite (e)? group of answer choices the principle of cross-cutting relationships.
The principle of cross-cutting relationships tells you the igneous sill (f) is younger than the bass dolomite (e).
What is DolomiteAs with gypsum which is often referred to as rock, dolomite is also known in the common people as dolomite stone or dolomite rock. It should be understood that dolomite is not a rock, but a mineral.
Dolomite is a very unique mineral group, and when compared to calcite it is easy to recognize, both the way it is formed, the naming, and the constituent minerals. To distinguish between the two can only be done by using auxiliary equipment such as an electron microscope (scanning electron microscope-SEM), dyes (staining) and X-ray diffraction.
Dolomite was discovered in 1795 by de Dolomieu in the Tyrol region, South France when analyzing limestone and found a very high magnesium content in the rock. Dolomite is a twin carbonate of the elements calcium (Ca) and magnesium (Mg).
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The development of rationalism helped facilitate the creation of democratic government in classical Athens by?
Rationalism and Democratic Athen.
Rationalism is a philosophical and scientific approach that emphasizes the use of reason and logic in understanding the world and making decisions. In classical Athens, the development of rationalism played a significant role in the creation of democratic government.
Democratic government is a system of government in which the people have the power to make decisions through the election of representatives. In Athens, the development of rationalism helped to facilitate the creation of democratic government in several ways.
First, rationalism encouraged the idea of individual autonomy and the ability of each person to think and make decisions for themselves. This idea of individual autonomy is fundamental to democratic government, as it allows each person to have a voice and a say in the decisions that affect their lives.
Second, rationalism also promoted the idea of critical thinking and the ability to question authority. This is important for democratic government, as it allows citizens to evaluate the actions and decisions of their representatives and hold them accountable for their actions.
Finally, rationalism also encouraged the use of logic and reason in decision-making, rather than relying on tradition or authority. This is crucial for democratic government, as it allows citizens to make informed decisions based on evidence and reasoning, rather than blindly following the decisions of a leader or ruling class.
In conclusion, the development of rationalism in classical Athens played a crucial role in the creation of democratic government. By promoting individual autonomy, critical thinking, and the use of logic and reason in decision-making, rationalism helped to establish the foundational principles of democratic government, which still form the basis of democratic societies today.
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a vertical sequence of sedimentary rocks that begins with shale at the bottom, with limestone, sandstone and a conglomerate above the shale in that order would most likely indicate a blank . multiple choice question. change in the primary current direction volcanic eruption occurred nearby rise in relative sea level fall in relative sea level
A vertical sequence of sedimentary rocks that begins with shale at the bottom, with limestone, sandstone and a conglomerate above the shale in that order would most likely indicate a fall in relative sea level.
A vertical sequence of sedimentary rocks that begins with shale at the bottom, with limestone, sandstone, and a conglomerate above the shale in that order, is an indication of a fall in relative sea level. During a fall in relative sea level, finer grained sediments such as shale and siltstones are deposited in deeper water, while coarser-grained sediments such as sandstone and conglomerate are deposited in shallower water near the shoreline.
Limestone is often formed from the accumulation of shells and other skeletal fragments in shallow marine environments. As the sea level continues to fall, the shoreline migrates inland, and the depositional environment changes, leading to the formation of different types of rocks. The resulting rock sequence provides a record of changing sea level and depositional environments over time.
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Your question seems incomplete, but I suppose the question was:
"A vertical sequence of sedimentary rocks that begins with shale at the bottom, with limestone, sandstone and a conglomerate above the shale in that order would most likely indicate a ______ .
(multiple choice question)
change in the primary current direction
volcanic eruption occurred nearby
rise in relative sea level
fall in relative sea level."
What happens to material that is hotter than its surrounding material deep within the earth?
Material that is hotter than its surrounding material deep within the earth will gradually cool and sink back downwards. This process is known as convection, and it helps to redistribute heat throughout the Earth's mantle and core.
The Role of Convection in Redistributing Heat Within the EarthConvection is an important process that helps to maintain the temperature of the Earth's interior. Hot material that is hotter than its environment deep within the Earth will rise up due to its buoyancy and then cool as it nears the surface. As the material cools, it becomes denser and sinks back downwards, transferring its heat to the surrounding material. This process of hot material rising and then sinking back down helps to evenly distribute heat throughout the Earth's interior.
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Consider the impact of the Russia-Ukraine crisis on the people of Ukraine and Russia. What push and pull factors are involved in this conflict? Based on what was described in the mini lesson, do you see the Russian invasion of Ukraine as a humanitarian crisis as well? Explain your answer.
The Russia-Ukraine crisis has had a significant impact on the people of both Ukraine and Russia. In Ukraine, the conflict has resulted in displacement, loss of life, and economic hardship. The Russian invasion of Crimea and the ongoing conflict in eastern Ukraine have caused many Ukrainians to flee their homes, leading to a significant number of internally displaced persons. In addition, the conflict has resulted in a loss of life and injuries, affecting not only soldiers but also civilians caught in the crossfire.
The push factors driving the conflict include historical tensions between Ukraine and Russia, Russian aggression towards Ukraine, and Ukraine's desire for closer ties with the West. The pull factors include Russia's desire to maintain influence over its neighboring states, Ukraine's desire for independence and closer ties with the West, and the West's desire to extend its sphere of influence.
Based on what has been described, the Russian invasion of Ukraine can indeed be seen as a humanitarian crisis. The displacement of people, loss of life, and the economic hardship brought on by the conflict have all contributed to a significant humanitarian impact on the people of both Ukraine and Russia. The ongoing violence and conflict continue to cause suffering for the people caught in the crossfire and those trying to rebuild their lives in the aftermath of the crisis.
why are volcanos important
Answer:
They helped cool off the earth removing heat from its interior. Volcanic emissions have produced the atmosphere and the water of the oceans. Volcanoes make islands and add to the continents. Volcanic deposits are also used as building materials.
Explanation:
Answer: Volcanoes are important because they can expand land and help it grow. Volcanoes can also provide nutrients such as magnesium and potassium that will create nutrient soil.
the location at depth where an earthquake nucleates is called the __.
Choose matching definition
1. hypocenter or focus
2. shopping center
3. seismocenter
4. epicenter
The location at depth where an earthquake nucleates is called the Hypocenter or focus. The correct option is 1.
Finding the hypocenter, or the place where the earthquake originates, from the arrival times of the various seismic waves at seismic stations, is one of the most significant inverse problems in seismology.
At convergent plate borders, when a thick oceanic plate collides with a less dense continental plate and falls beneath the latter, the deepest earthquakes take place inside the core of subducting slabs, oceanic plates that drop into the Earth's mantle.
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oedipus’s kingdom, thebes, is beset by the plague and agricultural decline—"crises." what does this presage for the characters during the remainder of the play?
Oedipus is the strongest of all the personality, but I believe there will come a day when someone will feel more dominant than him resolving the chaos in the city. Additionally, they'll experience anger or shock.
The term "personality" refers to the persistent quality, interests, motivations, values, self-concept, talents, and emotional patterns that make up a individual particular way of adjusting to life. Although theories have varied explanations for the formation and organization of temperament, they all concur that impacts behavior. Identity psychology is the study of what makes up a person's appearance, how it develops, what makes up their traits, how they change over time (with an emphasis on stable and persistent individual differences), and how it might take on unfavorable forms.
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1. why does the large number of hydrogen atoms in the universe suggest that other elements were built from hydrogen rather than by larger elements breaking into smaller ones?
The sodium atom's radius is 227 pm. Potassium's atomic radius is 280 pm. In the same group as potassium, i.e., group one, sodium is found above potassium.
Atomic radii grew with an increase in atomic number as we moved along the group. The following level's inclusion of an electron increases the atomic radii. Due to the electrons' protection, the nucleus' grip on the valance shell became weaker, leading to an increase in atom size. Think about the contrast between sodium and potassium. In the same group as potassium, i.e., group one, sodium is found above potassium. Sodium has an atomic number of 11, and potassium has a number of 19. As a result, compared to sodium, potassium will have a higher atomic radius. The sodium atom's radius is 227 pm. Potassium's atomic radius is 280 pm.
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what time of year has the greatest difference in air temperature between the grand canyon rim and canyon floor?
The greatest difference in air temperature between the Grand Canyon rim and canyon floor typically occurs during the summer months (June - August).
During this time, the rim can experience temperatures in the 80s-90s°F, while the canyon floor is significantly warmer, often reaching into the 100s°F. This difference is due to a combination of the canyon's topography, which traps heat in the bottom, and the decrease in elevation from the rim to the floor, which leads to an increase in temperature. Additionally, during the summer months, the sun is at a higher angle and shines directly into the canyon, further heating the floor.The greatest difference in air temperature between the Grand Canyon rim and canyon floor typically occurs during the summer months (June - August).
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The boulders in the hill sediments must represent transported to their present sites in the northerm hils of Brooklyn and Queens. What geologic agent is capable of moving boulders of this size for several miles?
The geologic agent which are able of moving boulders of this size for several long hauls is most probably a glacier.
Glaciers form by the accumulation and contraction of snow that over time will form thick layers of ice. Glaciers can move large quantities of deposition and gemstone as they move downslope, and can indeed move boulders several long hauls from their original position.
Glaciers can move so important deposition because of two main processes plucking, in which gemstone fractions are plucked from their bedrock and detrained in the ice, and bruise, in which the deposition is scraped and base down, and the performing deposition is also transported.
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the northridge eq occurred on january 17, 1994 reading 6.7 on the richter scale. 57 people died. the kobe eq occurred on january 17, 1995 reading 6.9 on the richter scale. 5,400 died. true of false?
That is true. The Northridge earthquake occurred on January 17, 1994, reading 6.7 on the Richter Scale, and 57 people died.
The Kobe earthquake occurred on January 17, 1995, reading 6.9 on the Richter Scale, and 5,400 died.
The Northridge earthquake was a 6.7 magnitude earthquake that occurred in the San Fernando Valley in southern California on January 17, 1994. It was the most costly natural disaster in United States history, with more than $20 billion in damage and 57 people dead. The Kobe earthquake, which occurred on January 17, 1995, was a 6.9 magnitude earthquake that struck the city of Kobe in Japan. It caused extensive damage and killed 5,400 people.
In both earthquakes, the shaking was significant enough to cause significant damage. The Northridge earthquake caused extensive damage to buildings and infrastructure, while the Kobe earthquake caused fires and landslides that destroyed many buildings. Both earthquakes were known for their strong shaking and their long duration, lasting several minutes in some cases.
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place the following in order, from broadest to most specific. a) potable water; b) fresh water; c) earth's water
The correct order from broadest to most specific is Earth’s water, fresh water, and potable water (C, B, A)
The oceans contain around 96.5 percent of all the water that is found on Earth, and they cover approximately 71 percent of the Earth's surface. Fresh water makes up only approximately 3 percent of the total water on Earth. Only around 1.2 percent of the water is suitable for drinking (known as potable water). The majority of the water that we use for drinking originates from rivers and streams. Thus, the broadest is Earth's water, followed by fresh water, and finally potable water.
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