d. Snow packs together describe the transformation from snow to ice by arranging the following steps in order.
Snow packs together seize and squeeze air while they're compacted into rounded grains. Snowflakes combine and change shape. between snow grains, air bubbles constrict and firn is created. the load of the ice is what reasons snow to turn into firn after which ultimately stable ice.
through the years, snow gets compacted into firn, which is sooner or later transformed into glacier ice. In frigid locations, like mountain peaks or the poles, snow accumulates. Snow is a time period used in glaciology to explain cloth that hasn't altered because it fell.
although each snow and ice are frozen styles of water, they've special characteristics. Snow is precipitation that falls from the sky in a frozen, crystalline situation, comparable to rain or hail.
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Which one of the following is an indicator of the quality of teaching?
Effective teaching not just to makes learning entertaining, but it also inspires students to study more. the influence would be carried over to kids' autonomous learning at home and in various contexts.
Entertainment is a type of action that holds the interest and attention of an audience or provides pleasure and delight. It can be a concept or a task, but it is more likely to be among the events or activities that have evolved through thousands of years expressly to maintain an audience's attention. Although diverse activities hold people's attention since everyone has varied preferences, many forms for entertainment are recognised and recognizable. Storytelling, music, theatre, dance, and other forms of performance occur in cultures and were encouraged in royal courts before evolving into complex forms that were eventually open to all residents. The process has been hastened in contemporary days by an entertainment business that records & sells entertainment content.
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explain why iridium is more common in the interior of the earth than in the surface rocks and crust of the earth.
Answer: Iridium is more common in the earth's interior though still very rare because it behaves as iron does and sinks. So iridium is less common in the crust because it sank to the core during earth's formation.
Explanation:
What happens at the pacific ring of fire which circles the pacific ocean from the west coast of north and south america to the east coast of asia? question 1 options: a. it provides heat for the region surrounding the ring. b. it produces volcanoes as a result of tectonic plate movement. c. sedimentary rocks are produced as a result of the heat produced. d. it produces hurricanes.
Tectonic plate was a movement causes as a result of volcanoes produce, and its happen when the Pacific ring of fire which circles the Pacific Ocean from the west coast of North and South America to the east coast of Asia. Then the suit one is option B.
How does the Ring of Fire affect Southeast Asia and the Pacific Islands?East and Southeast Asia lies on the Pacific Ring of Fire, an area of high tectonic activity along the Pacific Ocean basin. As a result, East and Southeast Asia is the most earthquake-prone part of the world compared to other parts of the world, with about 90% of eastern Asia being earthquake-prone along a geologically unstable region.More than 80% of all tsunamis in the world occur in the Pacific along the subduction zone of the Ring of Fire. When a large earthquake ruptures, the faulting can cause vertical slip large enough to disturb the overlying ocean, resulting in a tsunami that spreads in all directions.The Ring of Fire, also known as the Circum Pacific Belt, is a path that runs around the Pacific Ocean that is marked by active volcanoes and frequent earthquakes. The Ring of Fire is where the majority of Earth's volcanoes and earthquakes occur.Learn more about Ring of Fire here: brainly.com/question/28349472
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Use the list to answer the following question.- Utilized a labor tax system- Flourished in the 15th Century- Located near the Andes Mountains- Emperors considered descendants of the sunWhich of the following cultures is being described?A. IncanB. MayaC. OlmecD. Aztec
Utilized a labor tax system, flourished in the 15th Century, located near the Andes Mountains where Emperors considered descendants of the sun is a description of Incan culture. Option A is correct.
What is Incan Culture?The Inca, also known as the Inka, were South American Indians who controlled an empire that stretched from the northern boundary of present-day Ecuador to the Maule River in central Chile at the time of the Spanish invasion in 1532.
Further the society was very stratified in Inca Culture. The emperor exercised power through strict and frequently oppressive rules with the assistance of an aristocratic bureaucracy. The architecture and technology of the Incas were highly advanced but not particularly inventive. Throughout the Andes, you may still see remnants of their irrigation systems, palaces, temples, and defenses.
Thus the culture which is related to he Andes Mountains where Emperors considered as descendants of the sun is Inca.
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one of the most active volcanoes in the world is found on the island of sicily. what is the name of this subduction zone composite volcano?
The island of Sicily is home to some of the world's most active volcanoes. What is the name of this composite volcano in the subduction zone: Mt. Etna is the name of the volcano on the island of Sicily.
A volcano is an aperture or vent through which lava, tephra (small rocks), and steam are released onto the surface of the planet. Days, months, or even years might pass between eruptions of volcanoes. Because of how hot it is deep below the Earth, some rocks slowly melt and turn into lava, a viscous fluid. Since magma is lighter than the surrounding solid rock, it rises and gathers in magma chambers. Some of the magma eventually surges through fissures and vents to the Earth's surface. In this instance, the fluid is lava, which is partially melted rock that is created when the Earth's mantle and crust melt. In the final stage of this heat-releasing process, the magma rises and, through volcanoes, explodes at the surface. The majority of volcanoes have a connection to plate tectonic activity. In the end, volcanic materials deteriorate and weather to form some of the most fertile soils on Earth, whose cultivation has generated an abundance of food and supported civilizations. Geothermal energy is produced by using the internal heat associated with nascent volcanic systems.
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What can you do as a teacher to become your students knowledgeable and quality in the near future?
Communication, listening, teamwork, adaptation, empathy, and patience are some traits of an effective teacher.
Create conducive learning spaces with resources to accommodate the curriculum and required skills. Assign a problem/project that highlights the content that you want students to learn in your curriculum. Allow time for research to learn how to troubleshoot the project at hand.To this end, the following methods can be suggested: presenting brief lectures that explain the lesson concepts through posing questions; brainstorming activities to encourage students to think about the lesson and present their opinions about the lesson in group discussion;
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b) ferrel cells c) thermal inversion d) stratosphere e) thermosphere f) mesosphere g) troposphere h) high-pressure system i) low-pressure system j) hadley cells
J) Hadley cells. In the subtropics, air rises near the equator, flows poleward at a height of 10 to 15 kilometers above the earth's surface, descends, and then moves back toward the equator near the surface. This tropical atmospheric circulation is known as the Hadley cell, after George Hadley. The trade winds, tropical rain belts, hurricanes, subtropical deserts, and jet streams are all products of this circulation.
The low-latitude overturning circulations known as Hadley Cells are characterized by air rising near the equator and air sinking at about 30° latitude. They regulate low-latitude weather patterns and are in charge of the trade winds in the Tropics. Warm air rises close to the equator, cools as it travels poleward at high altitude, sinks as cold air, and warms as it travels equatorward. also: a planet with a comparable atmospheric circulation pattern (such as Mars). Due to uneven solar heating at various latitudes surrounding the equator, the Hadley circulation, also known as the Hadley cell, causes air in the region of the equator to rise to a height of about 10-15 kilometers and flow poleward (toward the North Pole above the equator, the South Pole below). There are Hadley cells on both sides of the equator. Energy is transported by each cell as it circles the earth latitudinally, from the equator to around the 30th latitude. The circulation displays the following characteristics: Heavy precipitation is brought on by a convergence of warm, humid air near the equator.
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Match the following.
a) thermocline
b) Ferrel cells
c) thermal inversion
d) stratosphere
e) thermosphere
f) mesosphere
g) troposphere
h) high-pressure system
i) low-pressure system
j) Hadley cells
Convective cells near the equator.
What strategies do you implement in the classroom to ensure that you can help students to reach their full potential?
Ways to Assist Students in Realizing Their Full Potential Identify and activate student strengths; emphasize excellent intellectual performance; build on current skills and knowledge; and recognize the impact culture.
Knowledge can be described as factual awareness or practical abilities, and it can also relate to familiarity with objects or circumstances. Knowledge of facts, also known as propositional knowledge, is frequently described as true belief that is distinguishable from opinion or guessing by virtue of justification. While most philosophers agree as propositional knowledge is a type of genuine belief, many philosophical debates center on justification: if it is required at all, how to define it, and whether something else is required in addition to it. These problems have been exacerbated by Edmund Gettier's series of thought experiments, which have resulted in a variety of alternative definitions.
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Which city in florida was named after the cigar manufacturer who opened a factory there?
The city in florida which was named after the cigar manufacturer who opened a factory there was Ybor City, now a neighbourhood within Tampa.
Floral or fruity scents may come from a cigar with a light body. Spice, wood, and leather odours can be found in medium-bodied cigars, while the flavours of wood, earth, and spice can be strong and even abrasive in full-bodied cigars.
Smoking cigarettes and cigars increases the risk of lung and oral cancer, respectively. Tobacco is present in both products. Cigarettes are wrapped in paper or a substance that does not contain tobacco, whereas cigars are wrapped in tobacco leaves or other tobacco-containing materials.
Ybor City, currently a neighbourhood in Tampa, was the first city called after the cigar manufacturer who established a factory there.
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if the climate were changing, what data do you think you would need to collect in order to see evidence of climate change? why that data?
The global average temperature. Scientific information taken from natural sources (such as ice cores, rocks, and tree rings) and from modern equipment (like satellites and instruments) all show the signs of a changing climate. From global temperature rise to melting ice sheets, the evidence of a warming planet abounds.
An area where two plates converge is referred to as a convergent border. The borders of one or both colliding plates may bow up into mountain ranges as a result of the impact, or one plate may bend downward into a deep undersea trench. At the surface of the Earth and above, scientists, unpaid observers, and automated instruments from all around the world measure climate variables. Air chemistry, temperature, precipitation, cloud cover, and wind speed are some of the data gathered. Since 1901, the average global surface temperature has increased at a pace of 0.17°F each decade, which is comparable to the rate of warming in the contiguous 48 states (see Figure 2). But since the late 1970s, the United States has warmed up more quickly than the rest of the world. Temperature and precipitation are the two main determinants of a region's climate. Of course it matters what the area's average annual temperature is, but it also matters what the annual temperature range is. The difference between the highest and lowest temperature is substantially greater in some places than in others.
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What are 5 factors that affect water quality?
5 factors that affect water quality are :Policy. Information,Engineering and Design ,Materials,Equipment.
Water quality, in my opinion, describes the state of water, including its chemical, physical, and biological characteristics, typically with regard to its suitability for a specific purpose such as drinking or swimming.
It is a measurement of the state of water in relation to the needs of one or more living species as well as human need or purpose. Determine the concentrations of organic and inorganic chemicals, such as nutrients, trace metals, and dissolved organic matter,
as an example of water quality assessment; additional chemical parameters indicative of habitat suitability, such as pH and dissolved oxygen; and physical parameters, such as water temperature and turbidity.
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What is the meaning of capital in geography
A capital is a city where the regions government is located.
the dashed line on the cross section of red canyon is a fault. what relative age dating principle would be most useful in determining when an earthquake last occurred on this fault?
The purpose of relative age dating is to establish the chronological sequence of previous occurrences on Earth. The ideas of superposition and cross-cutting connections are two of the most significant of the few straightforward principles used by geologists in relative age dating.
Without necessarily determining their absolute ages, relative age dating is the science of figuring out the relative sequence of historical events (i.e., the age of an object in comparison to another) (i.e., estimated age). In geology, one stratigraphic column can be correlated with another using rock or surface deposits, fossils, and lithologies. Prior to the early 20th century discovery of radiometric dating, which offered an absolute dating method, archaeologists and geologists utilized relative dating to ascertain the ages of materials. Relative dating is nevertheless a helpful technique even though it can only tell you the order in which a set of events happened, not when they did. In certain ways, relative dating via biostratigraphy is more accurate and is the method of choice in paleontology. The main result of "relative dating" as observed in geology from the 17th century to the early 20th century was the Law of Superposition, which asserts that older strata would be deeper in a site than more recent layers.
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a gas-filled balloon having a volume of at at and is allowed to rise to the stratosphere (about above the surface of the earth), where the temperature and pressure are and , respectively. calculate the final volume of the balloon in liters. round your answer to significant digits.
The final volume is 990.8 L.
Combined gas law is the combination of Boyle's law, Charles's law and Gay-Lussac's law.
Let calculate the moles of gas in the first situation:
P . V = n . R . T
1.20 atm . 2.90 L = n . 0.082 . 293K
(1.20 atm . 2.90 L) / (0.082 . 293K) = 0.145 moles
This are the same moles in the second situation:
P . V = n . R . T
0.003atm . V = 0.145 moles . 0.082 . 250K
V = (0.145 moles . 0.082 . 250K) / 0.003atm
V = 990.8 L
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FULL question :A gas-filled balloon with a volume of 2.90 L at 1.20 atm and 20°C is allowed to rise to the stratosphere (about 30 km above the surface of the Earth), where the temperature and pressure are −23°C and 3.00 × 10−3 atm, respectively. Calculate the final volume of the balloon.
archaeologists discovered a new set of mummies in egypt with what unique feature?
Answer:
archaeologist discovered a new set of mumies in Egypt with this unique features. A golden tongue or amulet placed in the deceased's mouth
Explanation:
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this environment is found on a polar continent on a pretend world. what combination of temperature, precipitation, and humidity best describe environment d's climate?
A desert is the combination of temperature, precipitation, and humidity that most accurately describes the climate of an area. The social and environmental determinants of health are impacted by climate change.
A desert is a desolate region of the landscape with minimal precipitation, making living circumstances unfriendly for both plant and animal life. The absence of vegetation exposes the exposed ground surface to denudation. Arid or semi-arid regions make up around one-third of the Earth's geographical surface. This comprises a large portion of the arctic regions, which are frequently referred to as polar deserts or "cold deserts" because they receive minimal precipitation. The amount of precipitation that occurs, the temperature that prevails, the reasons for desertification, or the geographic location of a desert can all be used to categorize it. Large temperature differences between day and night impose stress on the rocks, causing them to fracture in fragments, which is how deserts are produced. Although deserts rarely see rain, there are sporadic downpours that might cause flash floods. Hot rocks can break when exposed to rain, and the shattered pieces and rubble that are left on the desert floor are further eroded by the wind. This gathers sand and dust particles, which can stay in the air for a long time and occasionally result in the creation of sand storms or dust storms. The surface can be worn away by wind-blown sand grains striking any solid item in their path. The wind flattens down rocks and creates consistent sand deposits.
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What are the indicators of educational achievement in a country Class 12?
A nation's educational success is often measured by the percentage of children who complete primary school, the adult literacy rate, and the youth literacy rate.
Primary education, youth literacy, and adult literacy are the measures of educational success in a nation. The information gathered by AISHE will also be used to calculate indicators of educational development such as Institution Density, Gross Enrolment Ratio, Pupil-Teacher Ratio, Gender Parity Index, and Per Student Expenditure. Students meeting academic target scores and students achieving proficiency are the two metrics used to determine points under the Academic Achievement indicator. They are factors that show the characteristics, traits, qualities, circumstances, and demands that must be examined for each outcome to see if it has been attained or not. The indicators help to define and objectify the evaluation criteria, such as quality, organization, and accuracy.
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How does water clarity affect animals?
Water clarity influences visibility and thus catchability. When most fish species cannot see the approaching peripheral gear (sweeps and doors), they are less likely to be herded into a bottom trawl net. When the water is darker, pollock are less likely to be on the bottom.
Water quality refers to the chemical, physical, and biological characteristics of water based on its usage standards. It is most commonly used to refer to a set of standards against which compliance, generally achieved through water treatment, can be assessed.
The most common water quality standards convey the health of ecosystems, the safety of human contact, the extent of water pollution, and the condition of drinking water. Water quality has a significant impact on water supply and frequently determines the source of supply.
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The american revolution was largely fought over policies levied by the british government which sought to tax imports and supplies to the colonies.a. trueb. false
Answer: True
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What is a fossil?the remains of an animal or plant preserved within a layer of rocka large body of compacted ice formed over thousands of yearsthe energy radiated from the suna change in the structure of earth's surface.
The geologically altered remains of a once-living organism and/or its behaviour are known as fossils. Body fossils represent all or part of the organism's body, while trace fossils show evidence of the organism's behaviour.
What called fossil?Fossils are the preserved remains of plants and animals whose bodies were buried in sediments, such as sand and mud, under ancient seas, lakes and rivers. Fossils also include any preserved trace of life that is typically more than 10 000 years old. There are 4 types of fossils, they are body, molecular, trace & carbon fossil.Microfossils are the microscopic remains of organisms such as bacteria, protists, fungi, animals, and plants. Microfossils are a diverse group of fossil remains studied as a single discipline because they must be extracted from rock samples in specific ways and studied under microscopes.Learn more about fossils here: brainly.com/question/2288828
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In subtractive color mixing, like with ink on paper, when all three primary colors are combined the result is?
When all three fundamental colors are mixed through subtractive color mixing, such as with ink on paper, the outcome is black or any other dark color.
- Typically, the first two examples of mixing are explained using three primary colors and three secondary colors (colors made by mixing two of the three primary colors in equal amounts). Black will arise from subtractive mixing with all three primaries, while white will come from additive mixing with all three primaries.
- All the hues of the white light spectrum will be absorbed if the three subtractive primary color filters are added together. Each filter (or pigment) transmits (diffusely reflects) the other colors while absorbing its complementary color.
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Who lives in the deepest place on Earth?
The three most common organisms at the Mariana Trench's bottom, the deepest place on Earth, are xenophyophores, amphipods, and small sea cucumbers (holothurians).
The Mariana Trench is deeper than Mount Everest, and anything living there must endure the cold water and extreme pressure. Some animals live there, such as the deep-sea crustaceans Hirondellea gigas, and they recently had a human visitor. Because the Mariana Trench is so far from land, food is extremely scarce. Terrestrial plant material is rarely found at the trench's bottom, and dead plankton sinking from the ground must descend hundreds of feet to reach Challenger Deep. Rather, some microbes depend on chemicals like methane or sulfur, whereas others consume marine life lower on the food chain.
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if an earthquake is 600000000 times as intense as a 0-level earthquake, what is the richter scale ranking of this earthquake? round off your answer to one decimal place.
If an earthquake is 600000000 times as intense as a 0-level earthquake, what is the Richter scale ranking of this earthquake is 8.8 Richter scale.
A/Q I/ IO = 600000000
M= log( I/ IO) = log ( 600000000)
= 8.8 Richter scale
The primary earthquake measuring instrument is a seismograph. The seismograph records the ground motion caused by seismic waves as a digital graphic. Charles F. Richter created the first widely used method, the Richter scale, in 1934. It calculated the magnitude of the earthquake using a calculation based on the amplitude of the largest wave documented on a specific type of seismometer as well as the range between the earthquake and the seismometer.
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who was the first european explorer to make permanent contact with the americas?
The primary Europeans to arrive in the central area of North America were the Viking voyager Leif Eriksson and his party. Leif was one of Erik the Red's children and had gone with him to Greenland.
A portion of a thousand years before Columbus "found" America, those Viking feet might have been the primary European ones to at any point have contacted North American soil.
The primary reported European contact with the Americas happened in North America when the Vikings laid out a settlement in Newfoundland on the east shore of Canada around 1000 A.D. Norse legends, or adventures, describe a connection among Vikings and Local Americans characterized by savagery and regular assaults.
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the oso landslide exposed the underlying lithology of the hillside, which features a unit of clay (deposited in a pro-glacial lake) covered by glacial outwash sand (meltwater deposits). similar lithology is found throughout the puget sound and adjacent areas. based on what you know about the physical properties of the two sediment units, how do you think this particular pre-existing condition increases the risk of landslides?
The oso landslide exposed the underlying lithology of the hillside, which features a unit of clay in many situations, the sediment is altered by the meltwater that moves off the ice sheet after it has been deposited by a subsiding glacial mass.
Additional icy landforms are produced by this additional mode of transport and deposition. In contrast to work, these designs are typically arranged by grain size because flowing water is the primary mode of transportation.Similar to a canal, water flowing along the glacial mass's base carries and deposits silt.
An esker is a sedimentary edge that has been twisted by the flow of a meltwater stream under the ice. The esker becomes visible as the frozen mass melts and retreats.When water flows over or through the ice, it may leave behind sediment that gradually builds up into a hill. The hill that frames the kame slope is left behind as the ice sheet retreats.this particular pre-existing condition increases the risk of landslides.
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most magmas are dominantly molten rock (a liquid called melt) what are the other two smaller percentage compoennts of msot magmas
Answer:
Magmas are complex mixtures of various components, including molten rock, solid crystals, and dissolved gases. The exact composition of a magma can vary greatly depending on a number of factors, such as the type of rock it is derived from and the conditions under which it is formed.
Explanation:
level of globalization, geostrategic conditions, and disaster response/emergency are all examples of which category in the desix stability index?
Globalization is the phrase used to explain the developing interdependence of the arena's economies, cultures, and populations, brought about by means of cross-border change in goods and offerings, era, and flows of funding, humans, and statistics.
Globalization modifications the manner nations, companies and people interact. specifically, it modifications the character of financial pastime amongst nations, expan Good examples of cultural globalization are, as an example, the trading of commodities along with espresso or avocados. coffee is stated to be firstly from Ethiopia and fed on within the Arabid place. nonetheless, due to industrial trades after the 11th century, it is these days called a globally fed on commodity.
Worldwide supplyIn wellknown, globalization decreases the value of manufacturing. which means organizations can provide items at a decrease fee to consumers. The common price of goods is a key aspect that contributes to will increase inside the widespread of residing. customers additionally have get admission to to a greater variety of goods.
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Rank the following modes of preservation according to their ability to preserve an organism’s original living condition and body details.
a. carbonization b. casts c. original preservation d. recrystallization
Ranking the following modes of preservation according to their ability to preserve an organism’s original living condition and body details is
C. original preservation B. casts A. carbonization D. recrystallization
Details of each process,
Original preservation is the most typical method of preservation since it largely or completely preserves the organism's remnants. This may occur in conditions when the creature is swiftly covered in tar or dirt or frozen in ice.Casts are created when an organism's surrounding silt or other material dissolves away, leaving a shadow of the organism's outline behind. This may be a useful method for maintaining an organism's general shape, but it offers little information on the internal organization of the creature.Carbonization is the process by which carbon is created from organic materials in an organism. An organism may experience this if it is buried in silt that contains a lot of organic material. Although an organism's general form can be preserved with carbonization, the internal structure of the organism is not.Recrystallization is a process where new minerals are added to the hard components of an organism to replace the old minerals. As the silt surrounding the creature is heated and compressed over time, this may occur. The initial form of an organism's hard components can frequently be obscured by recrystallization.Hence, original preservation is the most representative method of preservation since it preserves the organism's physical remnants and offers the most information about its original form.
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a meteorite with a composition similar to basalt is called: group of answer choices iron meteorite stony-iron meteorite tektite chondrite achondrite
A meteorite with a composition similar to basalt is called stony-iron meteorite. Nickel-iron alloy and silicate minerals are both present in stony-iron meteorites. Stony meteorites resemble volcanic rocks found on Earth, such as basalt.
Siderites, also known as stony-iron meteorites, are meteorites that contain silicates and meteoric iron in almost equal amounts. This sets them apart from stony meteorites, which are primarily silicates, and iron meteorites, which are primarily composed of meteoric iron. All stony-iron meteorites exhibit indications of modification and are distinguished. They are achondrites as a result. Mesosiderites and pallasites are two categories for the stony-irons. Pallasites have a matrix of meteoric iron with imbedded silicates (most of it olivine). Mesosiderites are breccias that exhibit metamorphic characteristics. The meteoric iron does not occur in a matrix, but rather in clasts. They are at the very top of all Meteorite classification systems, which are typically referred to as "Type." Common iron meteorite costs often fall between $0.50 and $5.00 per gram. Stone meteorites are much rarer and cost between $2 and $20 per gram for the more prevalent type. The truly rare substance frequently sells for more than US$1,000 per gram.
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What is an example of a displacement?
An object's position changes if it moves in relation to a reference frame, such as when a passenger moves to the back of an airplane or a professor moves to the right in relation to a whiteboard. Displacement describes this shift in location.
The process of forcing a group of people to move from their homes unintentionally due to a war, government regulations, or other social actions, whether it be official or unofficial.
In addition to these immediate causes of displacement, structural causes such as poverty, inequality, discrimination, poor governance, resource shortages, environmental degradation, and food insecurity have been developing over time.
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