The cycles of slow buildup and advance of glaciers followed by rapid shrinkage and retreat are caused by fluctuations in climate and temperature,
The cycles of slow buildup and advance of glaciers followed by rapid shrinkage and retreat are caused by variations in Earth's climate, including changes in temperature, precipitation, and atmospheric composition. These changes can be driven by natural factors such as volcanic activity and solar radiation, as well as human-induced factors such as greenhouse gas emissions. The buildup of glaciers occurs when there is an excess of snowfall and colder temperatures, while retreat occurs when there is melting and warmer temperatures. The speed of these processes can be influenced by a variety of factors, including the topography and geology of the land, the location of the glacier, and the overall balance between accumulation and ablation (melting and sublimation). The cycles of slow buildup and advance of glaciers followed by rapid shrinkage and retreat are caused by fluctuations in climate and temperature, specifically through processes known as glacial advance and glacial retreat. These cycles are influenced by factors such as precipitation, melting, and changes in Earth's orbit and tilt.
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Why do two-dimensional maps of Earth have distortions?
O A. Cardinal directions do not apply to two-dimensional maps.
B. They do not include lines of longitude.
•
C. Earth is three-dimensional, but maps are two-dimensional.
• D. Cartography iS an inexact science.
Answer:
the answer is option 3
as a, b is false, and d is just an illogical answer. c is a correct and logical option
Which of the following is not a major source of GHGs
Question 7 options:
CFCs
CO2
Methane
Calcium Carbonate
Answer:
Calcium Carbonate
Explanation:
which of the following would be true if something was at absolute zero?
Choices are:
A. The molecules that make up a sample wouldn't be moving.
B. The molecules that make up a sample would be moving very slowly
C. The molecules that make up a sample would be moving really fast
If something was at absolute zero, then the molecules that make up a sample wouldn't be moving.
What is Absolute zero?Absolute zero is defined as the point at which no further heat can be withdrawn from a system. This is equivalent to 0 K or -273.15 °C.
This is -459.67 °F and 0 on the Rankine scale. The molecules that make up a sample would not be moving if it was at absolute zero.
Therefore, option A is correct.
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Which are examples of economic interdependence?
Select all that apply.
A business uses another business to maintain its machinery.
A company purchases parts for its goods from another business.
A farmer grows her own food.
A business builds all the parts needed for a product
roduct.
An individual buys food from the local grocery store.
A company maintains its own computer systems.
Examples of economic interdependence include A company purchases parts for its goods from another business.
What is a good illustration of economic dependence?
Examples of Economic Interdependence
Because of this, each sector is dependent on other industries to produce its components. For instance, the manufacturing of many of the components used in automobiles is dependent upon the steel and computer industries. Wal-Mart, the biggest chain retailer in the world, is another illustration.
How are the economy and business interdependent?The primary elements of economic interdependence include countries' reliance on other nations for the production of specific goods as well as businesses' reliance on external suppliers for their goods and services
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From earliest to latest, which of the following is the correct order of events in the formation of Earth? Choose one: formation of accretionary disk, formation of Moon, formation of planetesimals, differentiation formation of accretionary disk, differentiation, formation of Moon, formation of planetesimals formation of accretionary disk, formation of planetesimals, differentiation, formation of Moon formation of planetesimals, formation of accretionary disk, differentiation, formation of Moon
Answer:
formation of accretionary disk, formation of planetesimals, differentiation, formation of Moon
Explanation:
Materials from the nebula that were not absorbed by the sun composed a flat CD-like disk of dust and gas, held in orbit by the gravity of the sun. This is known as the formation of accretionary disk. The planets then start out microscopic in the accretionary disk, and after collisions, these particles start to form planetesimals. Obviously, differentiation is a consequence (which means it comes after). Lastly, assuming this question supports the theory that the earth had a collision with a much larger planet, billions of years ago, the material that was, essentially, shot into space, for lack of a better phrase. This caused the formation of our Moon.
an area experiences warm, rainy weather for five days in a row. this area most likely is experiencing a front.
An area experiences warm, rainy weather for five days in a row. this area most likely is experiencing a warm front.
A change in the weather is signaled to have occurred when a front moves through an area. Rain, thunderstorms, violent winds, and even tornadoes are some of the weather phenomena that can be caused by fronts. When low pressure systems move across an area, they typically push warmer air from the south further north, which can result in the formation of warm fronts.
In the hours before a warm front arrives, it is common to observe high clouds like cirrus and cirrostratus as well as medium clouds like altostratus. These clouds originate in the warm air that is located at a relatively high altitude, above the cooler air. As a front moves across an area, the clouds go lower and there is a greater chance of rain. If the air is unstable, there is a potential for thunderstorms to form near the warm front.
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describe all types of pollution
Air , water , land, radioactive , light and thermal
Water pollution, air pollution, solid waste pollution, and noise po/llution are all examples of pollution. Gases and solid particulates can also pollute the air. Groundwater conta/mination is related to soil pollution. Leacha/te from solid waste can be extremely polluting, contaminating soil groundwater.
what is the northernmost river in the watershed of the long island sound?
The northernmost river in the watershed of the Long Island sound is the Housatonic River.
A watershed is a land area that channels rainwater and snowmelt into creeks, streams, and rivers, then eventually to outflow points like reservoirs, bays, and the ocean. A watershed encompasses all of the areas of land that drain into the river. It is divided by ridge lines into separate basins. The Housatonic River flows from the Berkshire Mountains of western Massachusetts to the Long Island Sound, passing through western Connecticut and eastern New York. It is a 149-mile river that originates from the Pittsfield State Forest and eventually empties into Long Island Sound. It is one of the best places to go fishing in New England with the river itself stretching from Connecticut to Massachusetts.
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Seismographs are unable to pick up seismic waves in which area of earth?.
Answer:
The area is called "The Shadow Zone".
Seismographs are unable to pick up seismic waves in the Earth's outer core because the molten state of this layer inhibits the transmission of seismic waves in a way that can be recorded by seismographs.
Seismographs are instruments used to detect and record seismic waves, which are vibrations that travel through the Earth's interior during an earthquake. They consist of a sensor, called a seismometer, that records the ground motion caused by these waves.
The Earth's core is divided into two parts: the outer core and the inner core. The outer core is a layer of molten iron and nickel that surrounds the solid inner core. It is located between the Earth's mantle and the inner core. Seismographs are unable to pick up seismic waves in the Earth's outer core due to the nature of the material it consists of. The molten state of the outer core prevents the transmission of seismic waves in a way that can be detected by seismographs.
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Review the map of Asia.
Asia
5
Black Sea Caspian Sea
Turkey
Syria 3 Afghanistan
Iraq
Iran
Saudi
Arabia
Red
Sea 2
Persian
Gulf
N
WE
SI
Mark this and return
Arabian
Sea
Himalayas
Nepal
India 4
Mongolia
Bay
Bengal
China
Thailand
South
China
Sea
Which number on the map shows the approximate place
of origin of the Aryan people?
O 1
O2
O 3
O4
Answer:
The approximate place of origin of the Aryan people is shown by the number 4 on the map, which is India. Therefore, the answer is D.
THE MODERN STATE IDEA
10. The Peace of Westphalia (1648)-Using the chart below
DEFINITION
Change In Relationship Between
People & Territory
Long-Term Results or Effects
The two peace agreements that were signed in October 1648 in the Westphalian cities of Osnabrück and Münster are collectively known as the Peace of Westphalia.
What Does Peace of Westphalia of 1648 mean?The Thirty Years' War, which began with an anti-Habsburg revolt in Bohemia in 1618 but escalated into a complex web of disputes over the structure of the Holy Roman Empire, religion, and the European political order, came to an end in 1648 with the signing of the Peace of Westphalia in Münster, Germany.The Netherlands obtained independence from Spain as a result of the Treaty of Westphalia, Sweden took control of the Baltic, and France was recognised as the leading Western power. The Holy Roman Emperor's authority was weakened, and the German states once more had control over the country's official religion.Learn more about Peace of Westphalia refer to :
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what do we mean by the straightest possible path between two points on earth's surface? what do we mean by the straightest possible path between two points on earth's surface? a path that follows a circle of longitude a path that follows a circle of latitude a path that crosses the equator the shortest path between the two points a path that actually is a perfectly straight line
The straightest possible path between two points on Earth's surface refers to the shortest distance between those two points.
It is also known as the great circle route, which is a path that follows the curve of the Earth's surface. The straightest possible path between two points on Earth's surface is not necessarily a straight line when viewed on a flat map, but rather a curved line that follows the shape of the Earth. The path may cross the equator and follow a circle of longitude or a circle of latitude, but it is not necessarily limited to those lines. The great circle route is the shortest path between two points on the Earth's surface, making it the most efficient way to travel.
In summary, the straightest possible path between two points on Earth's surface is the great circle route, which is a curved line that follows the Earth's surface and is the shortest distance between the two points.
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Examine the five words and/or phrases and determine the relationship among the majority of words/phrases. Choose the one option that does not fit the pattern. o barrier island o beach face o berm o trough o longshore bar
The majority of the words/phrases listed are associated with coastal geography or related to a beach or shoreline.
Barrier island: It is a long, narrow island parallel to the mainland that helps protect the coast from sea waves and storms. Beach face: The sloping section of the beach that is directly influenced by sea wave action.Berm: Mound of sand or gravel found is found at the back of the beach, separating from coastal land.Trough: Low point or depression between sea waves.Long shore bar: A submerged or partially submerged sandbar parallel to the shoreline, formed by sea wave.The word that does not fit the pattern is "trough." While it is related to sea wave action, it is usually not associated with beach or shoreline features like the other options given.
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the basalt must be older, acording to the principle of cross-cutting relationships. the basalt must be odler, according to the principle of original orizontality. their relative ages cannot be determined from the information given. the fault must be older, according to the principle of cross-cutting relationships.
The relative ages cannot be determined from the information given due to conflicting cross-cutting relationships and principles of original horizontality.
The provided information does not provide enough evidence to establish the relative ages of the basalt, fault, and other rock layers in question. The principles of cross-cutting relationships and original horizontality mentioned in the statement offer conflicting interpretations.
According to the principle of cross-cutting relationships, if one geological feature cuts across another, the cutting feature is younger than the one it intersects. In this case, the basalt is believed to be older based on this principle.
However, the principle of original horizontality states that sedimentary rock layers are deposited horizontally, and any deviation from this original position is a result of subsequent geological events. This principle suggests that the basalt, being a rock layer that appears to cut across other layers, would be younger.
Given the contradictory information, it is not possible to definitively determine the relative ages. Additional contextual details, such as the nature of the rock layers, their position in the sequence, and other geological features, would be necessary for a more accurate assessment.
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In an historical movie, two knights on horseback start trom rest 80.9 m apart and ride directly toward each ocher to do battle. Sir. Georses acceleration has a magnitude of 0.297 m/s
2
, while Sir Aifred's has a magnitude of 0.338 m/s
2
. Aelative to Sir George's starting point, where do the knights collide? Number Units eTextbook and Media Attempts:0 of 5 used
Given: Initial separation between the two knights = 80.9 m The magnitude of Sir George's acceleration = 0.297 m/s2
The magnitude of Sir Alfred's acceleration = 0.338 m/s2
The point where the knights collide relative to Sir George's starting point. Let's consider the situation from Sir George's frame of reference. The magnitude of his acceleration is 0.297 m/s2. Therefore, his speed is increasing by 0.297 m/s every second. Let's assume that the time taken for the collision is t seconds. After t seconds, Sir George will be at a distance of
S = ut + (1/2)at2
Where, u = Initial velocity = 0 m/sa = Magnitude of acceleration
= 0.297 m/s2S
= ut + (1/2)at2 = 0 + (1/2)×0.297×t2 = 0.1485t2
Similarly, Sir Alfred's speed will increase by 0.338 m/s every second. Therefore, after t seconds, Sir Alfred will be at a distance of
S = ut + (1/2)at2
Where, u = Initial velocity = 0 m/sa = Magnitude of acceleration
= 0.338 m/s2S
= ut + (1/2)at2
= 0 + (1/2)×0.338×t2
= 0.169t2 Now, the total distance travelled by both knights after t seconds
= (0.1485t2 + 0.169t2) m= 0.3175t2 m
As per the problem, the knights will collide after travelling this distance. Therefore,
0.3175t2 = 80.9 mt2 = (80.9/0.3175)t2t2 = 254.6t = √(254.6) = 15.96 s
Therefore, the knights will collide after 15.96 seconds from the start of the motion. Relative to Sir George's starting point, his distance travelled after 15.96 seconds is
S = ut + (1/2)at2 = 0 + (1/2)×0.297×(15.96)2 = 67.62 m Similarly, relative to Sir George's starting point, Sir Alfred's distance travelled after 15.96 seconds is
S = ut + (1/2)at2 = 0 + (1/2)×0.338×(15.96)2 = 97.35 m
Therefore, the knights will collide at a distance of 67.62 m from Sir George's starting point.
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What different types of beaches do we get and how are they formed?
Answer:
Sandy Beaches
Sandy beaches are the most common of all beach types in the world, and they are found in virtually all continents on earth. This type of beach occurs typically on coasts which experience low-energy waves, which deposit the sand to the beach after being transported by ocean currents. Sandy beaches are most susceptible to backwash erosion, with powerful storms and tsunamis having the potential of stripping a beach of its sand. To remedy the erosion of the sand drastic measures have been employed including beach nourishment where sand is sourced from other places and deposited on the beach.
Pebble Beaches
Pebbles are found on virtually all beaches on earth. However, there are a few beaches in the world that are entirely composed of pebbles, which are known as pebble beaches. The pebbles that cover these beaches vary in size, ranging between 0.1 and 7.9 inches in diameter with the larger pebbles often being found nearer to the shore. Pebble beaches are formed after pebbles carried by ocean currents are deposited on the shore by high-energy waves. Pebble beaches are excellent in the prevention of backwash erosion and dissipation of wave energy due to their porous nature. Pebble beaches are picturesque, and since they are not as popular among tourists as sandy beaches, they are less-crowded making them ideal for a private beach experience. Also known as shingle beaches, this type of beaches is popular among rock collectors, who collect the smooth pebbles which are used in exterior and interior decorations of homes.
Boulder Beaches
Boulder beaches are so named due to the boulders that cover their shorelines. The size of the boulders found on boulder beaches ranges from tiny pebbles to huge house-sized boulders. An example of a boulder beach is the Valugan Boulder Beach, which is covered with boulders. Situated in Batanes, Philippines, the beach is one the true boulder beaches in the world, as the shoreline is entirely made up of boulders.
Shell Beaches
As the name alludes, a shell beach is almost entirely made up of shells. The shells that cover these beaches are mainly from dead mollusks and are deposited on the shore by waves. In some of the beaches, the shell layer can be dozens of feet in depth. Examples of this type of beaches are quite a few and only two exist that are true shell beaches which are Australia’s Shell Beach and Sanibel Shell Beach of the United States. Shell Beach, Australia is one of the two legitimate shell beaches in the world, as it is purely composed of shells. The beach is situated in Western Australia’s Shark Bay which lies about 28 miles from the town of Denham.
Sea Glass
Sea glass is another substance that covers some of the earth’s beaches. Sea glass forms after broken glass disposed of in the sea are acted upon by erosion action, which over time smoothens its sharp edges to result in a piece of glass with smoothened and rounded surface. There are no beaches that are entirely composed of sea glass, due to the small quantities of sea glass that occurs naturally in the earth’s oceans. However, there are a few beaches where large quantities of sea glass cover the surface. Bermuda’s Black Bay Beach is one beach that is covered by sea glass.
Which of the following pairs were Greek city-states? Rome and Granada
Athens and Rome
Athens and Sparta
Sparta and Granada
Answer:
Athens and Sparta were Greek city-states
read and reflect.
Why humans abuse nature ,they in return are destroying their own kind
'' Ecosystem ,the fabric of life on which we all depand and enjoying the life peacefully . Are declining rapidly beacuse of human activites . But still time to save them .
Construct a scientific explanation to explain why oil is found in the Middle East but not in Hawaii. Claim evindence reeasong
Oil is found in the Middle East but not in Hawaii due to the different geological formations and processes that occurred in these two regions.
The Middle East has large deposits of oil while Hawaii does not. The Middle East is situated on the Arabian Plate, which is rich in sedimentary rocks that are formed from the accumulation of organic matter over millions of years.
This organic matter is subjected to heat and pressure, leading to the formation of oil. On the other hand, Hawaii is a volcanic island that was formed from the eruption of magma from the Earth's mantle. Volcanic rocks do not contain organic matter and therefore do not have the potential to form oil.
The presence of oil is dependent on the geological formations and processes that occur in a particular region. The Middle East has the right conditions for the formation of oil, while Hawaii does not. Therefore, oil is found in the Middle East but not in Hawaii.
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why is surface water near the equator not likely to sink down into the deep ocean? group of answer choices because there is no density difference between the surface and deep ocean. because the surface water is much less dense than the deeper water and will not sink. because the surface water is much more dense than deeper water and will not sink.
Option: because the surface water is much less dense than the deeper water and will not sink.
The surface water near the equator is less dense than the deeper water, so it will not sink down into the deep ocean.
The density of water is determined by its temperature and salinity. When these two components mix, the surface water near the equator is much less dense than the water in the deep ocean. Therefore, the surface water will not sink down into the deep ocean because it is less dense than the water below it. This is why surface water near the equator is not likely to sink down into the deep ocean.
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HELP. ASAP!
How has the increased burning of fossil fuels lead to pollution in East Asia? Describe examples of cleaner sources of power some countries are using
When a hard hat sustains an impact, it should:
a) Be repaired
b) Remain in use
c) Be replaced
d) Be inspected
Answer:
D.
Explanation:
Brainliest?
Mineral "B" i a tranparent, primatic mineral with no cleavage (but exhibiting conchoidal fracture). It hardne i 7. 0, which i too hard to treak. It ma i 11. 18 g, and it volume i 4. 3 cm3. What i it pecific gravity?
Answer:
To calculate the specific gravity of mineral "B", we need to divide its density by the density of water (1 g/cm3).
First, let's calculate the density of the mineral:
Density = mass/volume = 11.18 g / 4.3 cm3 = 2.59 g/cm3
Next, let's calculate the specific gravity:
Specific gravity = density of mineral / density of water = 2.59 g/cm3 / 1 g/cm3 = 2.59
So, the specific gravity of mineral "B" is 2.59.
What is a map projection? What problem is caused by map projections?
Answer:
1)In cartography, a map projection is a way to flatten a globe's surface into a plane in order to make a map. This requires a systematic transformation of the latitudes and longitudes of locations from the surface of the globe into locations on a plane.2)Maps cannot be created without map projections. Allmap projections necessarily distort the surface in some fashion.
Answer:
A map projection is the way a given cartographer has taken the Earth, which is a three-dimensional globe, and projected it, that is, shown it on a flat surface. Because maps are shown in two dimensions (height and width but no depth), distortion occurs. When we take the Earth and try to flatten it onto a map, we aren't going to be able to display it completely accurately. Projections will always distort areas, shapes, or distances.
what changes is tony's chocolate making to the chocolate industry? (rotten: bitter chocolate documentary)
Answer:
Rotten
Explanation:
Yun Lang Alam ko
Kung Mali wag nyo nlang Yan pansinin
Yun Lang kasi ang Alam ko
Thank you nlang po Kung Ok Yan
Answer:
Mom and I are finally going to see that new documentary about chocolate!
Explanation:
the continuous interchange of our planet's water supply between earth and the atmosphere is called what? saturation vaporization hydrologic cycle evapotranspiration precipitation
The continuous interchange of our planet's water supply between the earth and the atmosphere is called the Hydrologic Cycle. It involves processes such as evaporation, condensation, precipitation, infiltration, and saturation vaporization.
The Hydrologic cycle is also known as the water cycle. It describes the continuous movement of water above, on, and below the earth's surface. It includes evaporation, precipitation, and transpiration, as well as the processes of infiltration, runoff, and groundwater flow.
The water cycle has four main stages:
Evaporation: The process of turning water into vapor from rivers, lakes, oceans, and other sources, such as plants.
Transpiration: The process of plants releasing water vapor through their leaves. It is also referred to as biological evaporation.
Condensation: The process of water vapor turning back into liquid water. Clouds are created by this.
Precipitation: When the condensed water vapor in clouds becomes too heavy, it falls back to the earth as precipitation, such as rain, snow, or hail.
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Compose a paragraph that identifies and describes each of the three Siberian regions.
Answer:
Siberia is a vast region, mostly in the territory of Russia, and it is divided into three large regions.
Western Siberian Plain/Lowland
Located between the Ural Mountains and the Yenisei River. Occupies the western part of Siberia, and it is mostly composed of lowlands covered with dense forest, the taiga. The northern part is dominated by the tundra.
Central Siberian Plateau
Located between the Yenisei River and the Lena River. Occupies the central part of Siberia, and it is mostly dominated by a plateau which gains in height on the southern part and is lowering on the northern part. The lower parts are covered with the taiga, while the higher are barren. The northern part is dominated by the tundra.
East Siberian Highlands
Located between the Lena River and the Pacific Ocean. Occupies the eastern part of Siberia, and the dominated land forms are the mountains, mostly the Kolyma Mountains. Depending on the elevation, the lower parts are covered with the taiga, while the higher are barren. The northern part is dominated by the tundra.
Answer:
Siberia, vast region of Russia and northern Kazakhstan, constituting all of northern Asia. Siberia extends from the Ural Mountains in the west to the Pacific Ocean .
Explanation:
Massachusetts is...
a. south of New Hampshire
b. north of Connecticut
C. west of the Atlantic Ocean
d all of the above are true
Answer:
D. All of the above
Explanation:
A watershed is ________. Group of answer choices the area of land that drains into a river or lake a term used to describe water stored underground the water held in the atmosphere prior to returning to Earth in the form of rainfall an inland basin that connects to another inland basin a river that drains into the sea
Answer:
the area of land that drains into a river or lake
Explanation:
A watershed is an area of land that drains all the streams and rainfall to a common area like a bay.
A watershed is the area of land that drains into a river or lake.
What is a watershed?A watershed, also known as a drainage basin or catchment area, refers to a geographical area of land that collects and drains water into a common outlet, such as a river, lake, or even an underground aquifer.
It encompasses all the land and water features within its boundaries that contribute to the flow of water to a specific point of discharge.
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Areas with relatively scarce sand and constantly shifting winds will develop ________ dunes.Group of answer choiceslongitudinalbarchansstarparabolic
Star dunes are mountains that can form in areas with relatively sparse sand and ever-changing winds.
Where is the star dune easiest to find?They are easily found in deserts, and will be formed with the transport of sediment by changing the direction of strong winds.
Therefore, the dunes are ecosystems formed by fine grains of sand from the action of the winds, forming mountains and hills of different shapes.
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