North Korea is generally considered to be more mountainous than South Korea.
North Korea has a rugged and mountainous terrain that covers about 80% of its land area, with the highest peak being Mount Paektu, which stands at 2,750 meters (9,020 feet) above sea level. The country is also home to a number of other significant mountain ranges, including the Hamgyong Mountains, the Rangrim Mountains, and the Kangnam Mountains.
In contrast, South Korea has a more varied landscape that includes mountains, hills, plains, and coastal areas. While it does have some significant mountain ranges, such as the Taebaek Mountains and the Sobaek Mountains, they are generally not as extensive or rugged as those found in North Korea.
which californian city is home to the largest star wars memorabilia collection in the world?
Answer: Petaluma, California.
cool question ngl
have a nice day \(^-^)/
What is the most populated nation in Africa?
Answer: Nigeria
Explanation: Nigeria's population is over 200 million people.
what layer of the earth is divided into tectonic plates?
a. the inner core
b. the outer core
c. the mantle
d. the crust
e. the lithosphere
Option - E: the lithosphere. The layer of the Earth that is divided into tectonic plates is the lithosphere.
What is the lithosphere?The outermost solid layer of Earth is the lithosphere. The lithosphere consists of the crust and the topmost part of the mantle. The lithosphere's thickness ranges from 100 km below the oceans to as much as 280 km below the continents.The Earth's lithosphere is constantly being formed, reshaped, and destroyed. The most important part of this transformation is plate tectonics, in which the lithosphere is fractured into many plates that shift around the surface of the Earth.Thus the correct option is E.lithosphere.
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For a given body mass, a strict folivore has a first molar that is ________ the same tooth of a frugivore.
1) larger than (relative to body size)
2) smaller than (relative to body size)
3) the same as (relative to body size)
4) diet doesn't have any effect
For a given body mass, a strict folivore has a first molar that is smaller than (relative to body size) the same tooth of a frugivore. So the option 2 is correct.
This is due to the fact that a strict folivore consumes more abrasive foods than a frugivore. The leaves and stems which make up the bulk of a folivore's diet wear down their teeth more quickly than the softer fruits that a frugivore consumes. As a result, a folivore's first molar is smaller in relation to its body mass than the same tooth of a frugivore.
This is because a folivore is adapted to feed on leaves, which have a softer texture than fruits. The smaller size of the first molar allows a folivore to more easily grind the softer food. The smaller size of the tooth also reduces the amount of energy the folivore needs to expend in order to chew the food. So the option 2 is correct.
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which layer of the badlands contains sea creatures fossils, but no dinosaur fossils?
The third layer of the badlands contains sea creatures fossils, but no dinosaur fossils.
This layer is known as the Pierre Shale, which is composed of soft shales, mudstones, and sandstones, and is set up in the upper part of the conformation. The Pierre Shale is believed to have been deposited in a shallow marine environment which explains why it contains ocean brutes fuds, but not dinosaur fuds.
The uds set up in this subcaste are substantially marine pets, similar as brachiopods, mollusks, and ammonites. The Pierre Shale is also known for its cornucopia of factory fuds.
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Here in Central Pennsylvania when would we see our highest dew point temperature? a. December b. January c. May d. July e. November
Dew point is a meteorological measure that is critical in determining relative humidity, dew, and fog. Here in Central Pennsylvania, the highest dew point temperature would be seen in the month of July.
The dew point is the temperature at which the air becomes completely saturated with water vapor when cooled at a fixed pressure, forming dew. It represents the maximum amount of moisture that the air can contain at a given temperature without precipitating.
As a result, higher dew points imply higher humidity levels. Dew Point temperature in Central Pennsylvania. The highest dew point temperature in Central Pennsylvania would be seen in the month of July. The summer months of June, July, and August, are the warmest in Central Pennsylvania, and also have the highest relative humidity levels. As a result, it's during these summer months that the highest dew points are observed.
Therefore, correct option will be d. July.
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Which weather phenomenon signals the beginning of the mature stage of a thunderstorm?
A. Precipitation beginning to fall.
B. Maximum growth rate of the clouds.
C. The appearance of an anvil top.
Precipitation beginning to fall signals the beginning of the mature stage of a thunderstorm. During this stage, the storm reaches its maximum intensity, and precipitation begins to fall from the cloud.
The correct answer is A.
The mature stage of a thunderstorm is when the updrafts and downdrafts within the storm are at their strongest and the storm has reached its maximum height. At this stage, the cloud top flattens out and may spread into an anvil shape. The rising air causes this in the updraft reaching the tropopause, which is spread horizontally by the strong winds.
Precipitation also begins to fall during the mature stage, typically in heavy rain, hail, or both. Lightning is also common during this stage, as the strong updrafts and downdrafts cause an electrical charge separation within the cloud. Eventually, the downdrafts become dominant, and the storm dissipates, entering the final stage of its life cycle.
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which statement best describes the historical thinking skill of periodization
Answer:
.---.
Explanation:
The moon is not aligned with these areas, so they experience less gravitational forcea. low tideb. medium tidec. high tided. no tide
The gravitational force of the moon does not affect low, medium, and high tide levels. The gravitational force of the moon is caused by the alignment of the moon and the Earth.
When the moon is aligned with the Earth, the gravitational force is stronger, creating higher tides. Conversely, when the moon is not aligned with the Earth, the gravitational force is weaker and causes lower tides. This alignment of the moon and the Earth is what creates the tides. The tide level experienced by an area is determined by the force of the gravitational pull of the moon. When the moon is aligned with an area, the gravitational pull is stronger, creating a higher tide level. When the moon is not aligned with an area, the gravitational pull is weaker, creating a lower tide level. Therefore, when the moon is not aligned with an area, the area will experience less gravitational force, resulting in a lower tide level. The moon's alignment with the Earth and with different areas affects the tide levels experienced by these areas. When the moon is aligned with an area, the gravitational pull is stronger and creates a higher tide level. When the moon is not aligned with an area, the gravitational pull is weaker and creates a lower tide level. In conclusion, areas that experience less gravitational force due to the moon's alignment will experience a lower tide level.
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what evidence of glaciation is found in the grand tetons?
In the Grand Tetons, there is a wealth of glacial evidence that offers a fascinating look into the area's geological past.
There is ample evidence of glaciation in the Grand Tetons, including:
1.Glacial moraines: These are ridges of rocks and debris that are deposited by glaciers as they advance and retreat. In the Grand Tetons, there are numerous moraines that mark the extent of past glaciers.
2.U-shaped valleys: These are valleys that are carved out by glaciers as they move downhill. The Grand Tetons have several U-shaped valleys, such as Cascade Canyon and Death Canyon, that were created by past glaciers.
3.Cirques: These are bowl-shaped depressions that are formed at the head of a glacier. The Grand Tetons have numerous cirques that were eroded by glaciers, such as the ones found in Garnet Canyon.
4.Glacial polish: This is a smooth, polished surface on rocks that is created by the abrasive action of rocks and sediment carried by the glacier. In the Grand Tetons, there are many examples of glacial polish on the rocks in the high alpine areas.
5.Glacial lakes: Glaciers can carve out basins that later fill with water to create lakes. There are several glacial lakes in the Grand Tetons, such as Jenny Lake and Leigh Lake, that were formed by past glaciers.
Overall, the evidence of glaciation in the Grand Tetons is abundant and provides a fascinating glimpse into the geological history of the region.
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which low-grade metamorphic rock will display fine rock cleavage and contains very fine grains of mica?
Phyllite is a low-grade metamorphic rock that displays fine rock cleavage and contains very fine grains of mica.
Phyllite is usually composed of clay minerals, quartz, and micas. Its color ranges from greyish-green to yellowish-brown. Phyllite has a shiny or pearly luster because of the flatness of its mica grains, and often has a silky or waxy feel. Phyllite is formed through a low-grade regional metamorphic process, which means it has undergone low-pressure, low-temperature regional metamorphism. This metamorphism causes the grains of clay and mica in the parent rock to flatten out, resulting in a rock with a foliated or slaty texture. The low-pressure environment also causes the grains of quartz and mica to recrystallize and form a finer-grained rock. Phyllite is generally weakly foliated and non-foliated. Phyllite is an intermediate grade between slate and schist and is usually found in regions of mountain building, which is when large masses of rocks are pushed together and forced to deform. Phyllite is often used as a decorative stone, in floor and wall tiles, and in roofing materials.
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what evidence of glaciation is found in the grand tetons?
Evidence of glaciation in the Grand Tetons can be seen in the U-shaped valleys, hanging valleys, and cirques that were carved by glaciers.
The U-shaped valleys were created when glaciers widened and deepened existing river valleys. The cirques are bowl-shaped basins carved out of the mountains by glaciers. The hanging valleys are smaller valleys that were created when a glacier from a larger valley blocked a tributary valley, leaving the smaller valley hanging high above
the main valley. These valleys can be seen throughout the Grand Tetons, providing evidence of glaciation in the area.
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In the Middle East you can find clusters of
earthquakes in...
Answer:
south
Explanation:
the teton fault is still geologically active, what is it capable of generating?
The Teton Fault is an active geological fault in the Teton Range in Idaho and Wyoming. It is capable of generating large earthquakes with magnitudes up to 7.5.
The Teton fault is located along the western edge of the Teton Range and is part of the larger Snake River Plain-Yellowstone hotspot system. The fault is primarily a normal fault, meaning it is caused by tension in the Earth’s crust as the Teton Range is being pulled apart.
The fault is capable of producing large earthquakes, the largest of which was the magnitude 7.5 earthquake in 1983. This earthquake caused extensive damage to buildings, roads, bridges, and pipelines in the Teton Range. In addition, the fault has generated large aftershocks, some of which have caused additional damage.
The Teton Fault is also capable of producing landslides, as occurred during the 1983 earthquake. Landslides can cause damage to infrastructure and block roads. They can also lead to flooding if rivers and streams are blocked.
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Put the numbers and letters in the picture in order from oldest to youngest (picture is on the next page):
OLDEST
17
A
t
YOUNGEST
POODOOD
1
4
6
OLDEST: 17, A, t, 1, 4, 6, POODOOD, YOUNGEST. 17 is the oldest number in the picture as it is a two-digit number and is the highest in value.
What is picture?A picture is an image that has been captured by a camera, scanner, or other device. It can be a still image, a moving image, or a combination of both. Pictures are often used to represent people, objects, places, and events. They can also be used to tell stories, convey emotions, and create art. Pictures have been used for centuries to capture and preserve memories and moments in time.
A is the next oldest as it is the first letter in the sequence. t is the third oldest as it is the second letter in the sequence. 1, 4 and 6 are the next oldest numbers as they are single-digit numbers in increasing order. POODOOD is the next oldest as it is the last word in the sequence. Finally, YOUNGEST is the youngest as it is the last word in the sequence.
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Which law of physical geology can be used to determine that these rock layers were deformed into folds after they were deposited?
To ascertain if rock strata were folded after they were deposited, consider the rule of cross-cutting relationships. This legislation requires that any feature that crosses over or interferes another feature physical
Physical and chemical processes that shape the Earth's surface, interior, and atmosphere are the subject of the geology field known as physical geology. It includes research on erosion, volcanoes, earthquakes, and other natural processes that occur on Earth. Geophysical surveys, lab experiments, and field observations are just a few of the instruments and methods used by physical geologists to look into the physical characteristics of the Earth. Physical geologists contribute to our understanding of the development of the planet, the distribution of natural resources, and the effects of human activity on the environment by researching the physical processes that form the Earth. Several of the most serious environmental and geological problems, such as climate change, natural disasters, and resource management, may be solved
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What is the igneous rock solidifies at the surface of the Earth?
The igneous rock that solidifies at the surface of the Earth is called extrusive or volcanic rock. Extrusive or volcanic rock is formed when molten rock, or magma.
erupts from a volcano or fissure and solidifies at the Earth's surface. This type of igneous rock typically has smaller crystals and a fine-grained texture, as the magma cools and solidifies quickly due to exposure to the relatively cool temperatures of the Earth's surface. Examples of extrusive or volcanic rocks include basalt, andesite, and rhyolite, which are commonly found at the surface of the Earth in areas of volcanic activity. These rocks can also be found in sedimentary rock formations, as volcanic ash and debris are often transported and deposited by wind or water.
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what planet has the largest core relative to its total diameter?
Of of all the planets in our solar system, Jupiter is thought "largest core biggest core in relation to its overall diameter. The diameter of Jupiter's core is thought to be around 20,000 km, or 80% of the planet's overall
A planet's centre section, known as the core, is often made "largest core and heavy substances like iron and nickel. The general structure, magnetic field, and geologic activity of a planet can all be significantly influenced by the size and composition of the planet's core. Jupiter is supposed to have the biggest core of any planet in our solar system, with an estimated diameter of nearly 20,000 kilometres, or about 80% of the planet's overall diameter. Layers of metallic hydrogen and helium are thought to surround this core, followed by a dense atmosphere made up of gas"largest core difficulty of reaching and measuring the cores of other planets, such as Earth and Mars, has prevented scientists from
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how do surface winds blow with respect to surface isobars?
Surface winds cross the isobars at an angle from areas of high pressure to areas of low pressure. Wind moves perpendicular to the isobars, from a high pressure region to a low pressure region.
How do isobars change the direction of wind?Isobars also provide information on the direction and speed of the wind because air flows around high pressure in a clockwise direction and low pressure in an anticlockwise direction. The wind will be blowing in the direction you are facing if you are facing an isobar or contour with lower pressure on your left. While wind will cross the isobar on a surface map at an angle toward lower pressure, it will cross the isobar parallel to the contour on an upper air chart.
Friction at the surface slows the wind down, which lowers the Coriolis force. The pressure gradient force is no longer balanced by the weaker Coriolis force, which causes the wind to blow across the isobars in the direction of lower pressure.
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Where is Kamchatka Peninsula located?
Answer:
eastern Russia at the northeastern boundary of Asia
Explanation:
Fill in the gaps.
First Paragraph: Explain the processes involved.
There are many meanders in fig 1. On each meander processes of erosion such as ____ are happening on the outer bend. This is due to because ___ This results in the necks of the meanders narrowing.
Second Paragraph: Explain the sequential formation of the feature.
As erosion occurs on the outside of the bends on both sides of the neck and then ___. The river then cuts through ___. Deposition occurs ___. An ox-bow lake is formed when ___ This will eventually ___.
This prompt has to do with geography and the formation of geographical features such as meanders and ox-bow lakes.
What is the completed text?First Paragraph: Explain the processes involved.
There are many meanders in fig 1. On each meander, processes of erosion such as lateral erosion and abrasion are happening on the outer bend. This is due to the faster flow of water on the outer bend, which creates more turbulence and leads to more erosion. This results in the necks of the meanders narrowing.
Second Paragraph: Explain the sequential formation of the feature.
As erosion occurs on the outside of the bends on both sides of the neck and then towards the base, the meander loop becomes more pronounced. The river then cuts through the narrow neck of the meander, creating a new straight channel. Deposition occurs on the inside of the bend, where the water flows more slowly, and this builds up a small bank or point bar.
An ox-bow lake is formed when erosion causes the two bends of a meander to get closer and closer, until the river breaks through the narrow strip of land between them, leaving a crescent-shaped lake. This will eventually become filled with sediment and become part of the floodplain.
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what is the smallest borough of new york city by land area?
Answer: The smallest borough of New York City by land area is Manhattan.
Explanation: Manhattan has a land area of about 22.8 square miles (59.1 square kilometers) and is the most densely populated borough in New York City. Despite its small size, Manhattan is home to many iconic landmarks and neighborhoods, including Central Park, the Empire State Building, Times Square, and Greenwich Village.
Answer: Staten Island
Explanation:
An intense storm of tropical origin forming in the north Atlantic Ocean, with winds exceeding 64 knots, would be referred to as a:
A typhoon
B cyclone
C hurricane
An intense storm of tropical origin forming in the north Atlantic Ocean, with winds exceeding 64 knots, would be referred to as a hurricane.
Hurricanes are tropical storms with wind speeds of 64 knots or greater, originating in the north Atlantic Ocean.
Hurricanes are tropical cyclones that form in the Atlantic and eastern Pacific Oceans.
Typhoons are similar storms, but they form in the western Pacific Ocean. Cyclones are also similar, but they form in the Indian Ocean and South Pacific Ocean.
All three types of storms are characterized by intense winds, heavy rain, and the potential for significant damage. However, the term "hurricane" is specifically used for storms that form in the Atlantic Ocean.
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Civil wars, political unrest and natural disasters have contributed to a large amount of ________________________________ question 9 options:
a. food shortages b. trade wars c. refugees d. border disputes
Civil wars, political unrest and natural disasters have contributed to a large amount of option A: food shortages.
Mass hunger is a common feature of many of the most horrific wars in modern times. Starvation is sometimes used as a weapon. Although resource destruction can occasionally cause more catastrophic devastation than bombs and bullets, wars are fundamentally violent and deadly.
An enemy's food supply may be looted by combatants, who may also purposefully destroy farms, cattle, and other civilian infrastructure. War can result in significant economic upheaval and food shortages, endangering the ability of entire people to survive. Moreover, mass population displacement brought on by war frequently isolates individuals from their sources of food and income.
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Which of the following is the best example of how the quality of a city's infrastructure directly affects its economic development
Answer:
C
Explanation:
Since its putting its walkers (pedestrians) and bikers at risk, while having unsafe roads. This is showing how the economic development in Pennsylvaniva is affecting its pedestrians
Contrast Spring Tides and Neap Tides, and select the cause and effect choice that correctly explains how these tides are formed. (Select two choices).
Spring tides appear just after every full and new moon, when the sun, moon and earth are in line. That's when lunar and photo voltaic tides line up and make stronger every other, making a better total tide. Neap tides occur when the moon is in the first or 1/3 quarter - when the sun, earth and moon form a proper angle.
What is spring tide and neap tide Class 7?These tides are referred to as spring tides. When the moon is in its first and last quarter, the ocean water get drawn in diagonally opposite instructions via gravitational pull of solar and earth resulting low tides. These tides are referred to as neap tides.
What are tides and how are they precipitated explain neap and spring tide with the help of diagram?A spring tide—popularly recognized as a "King Tide"—refers to the 'springing forth' of the tide in the course of new and full moon. A neap tide—seven days after a spring tide—refers to a period of reasonable tides when the solar and moon are at proper angles to every other.
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which layer of the badlands contains sea creatures fossils, but no dinosaur fossils?
The layer of the Badlands that contains sea creature fossils, but no dinosaur fossils, is the Pierre Shale layer.The Badlands are a geological term that refers to an area where the terrain has been eroded into a maze of ridges, canyons, and spires.
They are created by wind and water, which erode rock and soil, leaving behind rugged, barren, and often colorful landscapes. A fossil is the preserved remains or traces of an organism that lived in the past. Fossils can include bones, teeth, shells, or other hard parts. Fossils are important because they provide scientists with a record of the past, allowing them to study the evolution of life on Earth. The Pierre Shale layer contains sea creature fossils, but no dinosaur fossils. It is a layer of sedimentary rock that was formed during the Late Cretaceous period, about 70 million years ago. The Pierre Shale layer is found in the Badlands of North and South Dakota, and it is famous for its fossilized sea creatures. Some of the most common fossils found in the Pierre Shale layer include ammonites, clams, and snails. However, no dinosaur fossils have been found in this layer.
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what type of rock is deposited over top of the metamorphic and igneous rock base in the grand tetons?
The type of rock that is deposited over top of the metamorphic and igneous rock base in the Grand Tetons is sedimentary rock.
What is the Grand Tetons ?The Grand Tetons are a mountain range located in western Wyoming, in the United States. The range consists primarily of metamorphic and igneous rocks, which were formed through intense heat and pressure over millions of years. These rocks are primarily made up of gneiss, granite, and other crystalline rock types.
Overlying these older rock formations are layers of sedimentary rock, which were deposited over time by wind, water, and other geological processes.
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Describe the hazards and disaster in west bengal. In Bengali
West Bengal has experienced various hazards and disasters such as cyclones, floods, landslides, and earthquakes.
West Bengal is a region in India that has experienced various hazards and disasters such as cyclones, floods, landslides, and earthquakes. It is essential for individuals living in West Bengal to understand the risks associated with these events and be aware of the best ways to prepare for and mitigate them.
Preparation is key and includes being informed about the various types of hazards that can occur in the region, knowing the best ways to respond to an emergency, and having an emergency plan in place.
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If clay minerals were buried at a depth where subsurface temperatures exceed 200°C, which mineral are they likely to become?
a. Phyllite
b. Muscovite
c. Gneiss
d. Slate
If clay minerals were buried at a depth where subsurface temperatures exceed 200°C, they likely to become Muscovite.
Muscovite is a type of mica mineral and is formed by the alteration of other clay minerals such as illite, smectite, and kaolinite. The process of metamorphism is driven by increased temperature, pressure, and water activity. When clay minerals are subjected to high temperatures and pressures, they are converted to muscovite, a form of mica.
At temperatures of 200°C, muscovite is created as the result of the breakdown of the other clay minerals due to the increase in temperature and the addition of water. This is called ‘dehydration reaction’. When these clay minerals are subjected to these conditions, their structure breaks down and they form a new mineral. Muscovite is created in this process. Muscovite is more resistant to temperature and pressure than other clay minerals, which is why it is produced in this process.
Muscovite is an important component of many soils and rocks and is used in various industries. It is also used in the construction industry due to its strength and durability. In addition, it has a wide range of applications in the electronics and automotive industries.
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