Which of the following is the most widely used research method in the social sciences to study people's attitudes and beliefs?
a. A survey
b. An experiment
c. Participant observation
d. Ethnography
Answers
The most widely used research method in the social sciences to study people's attitudes and beliefs is survey. Thus, option A is correct.
What is research method?The instruments used to conduct research are referred to as research methodologies. These can be qualitative, quantitative, or a combination of the two. Quantitative approaches investigate numerical data and frequently necessitate the use of statistical tools to analyze data acquired.
The most often used research method among sociologists is the survey, in which people are asked to answer a series of questions. It is excellent for analyzing huge groups of individuals. In sociology, the most often utilized research method for data collection is the survey.
Surveys are the most often utilized research approach in the social sciences for studying people's attitudes and opinions. As a result, option A is correct.
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Related Questions
four levels of genetic boundary classification in southeast asia.
Answers
In Southeast Asia, genetic boundary classification can be divided into four levels: regional, ethnic, linguistic, and sub-ethnic.
The regional level refers to broad genetic differences between populations in different geographic areas. The ethnic level refers to genetic differences between distinct ethnic groups within a region. The linguistic level refers to genetic differences between populations that speak different languages, even if they are in the same ethnic group. Finally, the sub-ethnic level refers to genetic differences between smaller sub-groups within a particular ethnic group. These four levels help to better understand the complex genetic diversity found in Southeast Asia. Political geography was the speciality of Richard Hartshorne. Working together on the genetic classification of the boundary were Hartshorn and Whittlesey. They proposed the following categories of genetic classification for the states' borderlines:
Previous boundary, Following boundary, overlaying boundary, outdated boundary.
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Is this statement true or false
Seoul is located north of Pyongyang.
True or false?
False
Answers
Answer: False
Explanation: It is right by South Korea which is nowhere near Pyongyang.
the north atlantic oscillation (nao) is a periodic variation in the strengths and positions of the
Answers
The North Atlantic Oscillation (NAO) is a climatic phenomenon characterized by periodic variations in the pressure differences between the Icelandic Low and the Azores High in the North Atlantic Ocean.
It is a large-scale atmospheric pattern that influences weather conditions and climate patterns in the North Atlantic region, including Europe, North America, and North Africa.
The NAO has two primary phases: positive and negative. During the positive phase, the pressure differences between the Icelandic Low and the Azores High are stronger than average. This typically results in stronger westerly winds, which bring mild and wet conditions to northern Europe and colder and drier conditions to southern Europe.
Conversely, during the negative phase of the NAO, the pressure differences are weaker than average. This tends to weaken the westerly winds and can lead to a southward shift of storm tracks. In this phase, northern Europe experiences colder and drier conditions, while southern Europe may experience milder and wetter weather.
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how dose the Arabian jasmine find a mate and reproduce?
Answers
Answer u:
Arabian jasmine is famous for its fragrant flowers and its use in jasmine tea and leis. It is a fast-growing evergreen climbing shrub. Glossy, dark green oval leaves create a beautiful contrast to the highly fragrant, white flowers that fade to pink as they age. These beautiful-smelling blooms appear all summer long and may continue to bloom year-round in warm climates.
which california county does not use between 2.5 billion and 3.1 gallons of water per day?
Answers
Answer: San Francisco.
Explanation:
San Francisco county does not use between 2.5 billion and 3.1 gallons of water per day.
The California county that does not use between 2.5 billion and 3.1 gallons of water per day is Mono County.
Mono County is a county in California, USA, that does not use between 2.5 billion and 3.1 gallons of water per day. It is located in the eastern part of California, between the Sierra Nevada and the Nevada state line. Its population was approximately 14,000 as of the 2020 census.
Mono County is a very sparsely populated region, with the majority of the population living in the town of Mammoth Lakes. It is well-known for its scenic beauty, natural hot springs, and outdoor recreation opportunities. Mono County is a major destination for hikers, skiers, and other outdoor enthusiasts.
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Fill in the blank:
1.
Management and the prevention of the introduction of new i
are key issues for the
government.
Answers
Management and the prevention of the introduction of new invasive species are key issues for the government. Invasive species can have a significant impact on ecosystems, economies, and human health. They can outcompete native species, disrupt food webs, alter habitats, and introduce new diseases.
This can include stricter border controls, inspections of imported goods, and penalties for violators. In addition, the government can invest in research and monitoring programs to better understand the distribution, ecology, and impacts of invasive species.
By taking a proactive and comprehensive approach, the government can help to protect ecosystems, economies, and public health from the negative impacts of invasive species.Management and the prevention of the introduction of new invasive species are key issues for the government.
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Which line of longitude is at Colorado's eastern border?
Answers
The line of longitude is at Colorado's eastern border is
Longitude: 102°02′48″W to 109°02′48″W
What is Colorado's eastern border longitude:Generally, The form of the state of Colorado is similar to that of a rectangle. The limits are defined by lines of latitude and longitude.
The four compass points are 37 degrees north, 41 degrees north, 102 degrees west, and 109 degrees west.
(The east and west boundaries are located at 25 degrees West and 32 degrees West, respectively, from the Washington Meridian.)
In conclusion, The line of longitude that runs along the state's eastern boundary may be found here.
Longitude: 102°02′48″W to 109°02′48″W
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1. Earth Transit Calculate the maximum possible duration of transit of the Earth along the disk of the Sun in the case of observations from the surface of Mars. Assume that the orbits of the planets lie in the plane of the ecliptic; the Earth's orbit is circular. (Hint: The longest transit time of the Earth on the Sun's disk⇒ Mars is in perihelion, and the Earth is in lower contact with the Sun (at this time the Sun's disk has the largest angular size in the Martian sky, and the relative angular velocity of the Earth and Mars is minimal, since Mars and the Earth rotate in orbits in one direction). You may need - Distance of Earth from Sun Distance of Mars from Sun Eccentricity of Mars/Earth Orbit
Answers
Answer:
Explanation:
To calculate the maximum possible duration of the Earth's transit along the disk of the Sun as observed from the surface of Mars, we can use the following information:
Distance of Earth from the Sun: This value is approximately 149.6 million kilometers.
Distance of Mars from the Sun: This value varies due to the elliptical orbit of Mars, but on average it is approximately 227.9 million kilometers.
Eccentricity of Mars/Earth Orbit: The eccentricity of Mars' orbit is approximately 0.0934, while the Earth's orbit is nearly circular with an eccentricity close to 0.
To determine the maximum transit duration, we need to consider the relative angular velocity of Earth and Mars and the angular size of the Sun's disk in the Martian sky.
Given that the Earth is in perihelion and in lower contact with the Sun (which corresponds to the maximum angular size of the Sun's disk in the Martian sky), the relative angular velocity of Earth and Mars will be minimal.
Using the formula:
Transit duration = Angular size of the Sun's disk / Relative angular velocity of Earth and Mars
We can estimate the maximum transit duration. However, precise calculations require detailed values for the angular size and relative angular velocity, which are not provided in the question.
Please note that without specific values for the angular size and relative angular velocity, it is not possible to calculate the exact maximum transit duration.
i need facts on 9-11 plz help me
Answers
Answer:
almost 3,000 people were killed in 9/11 and the hijackers plane crashed in a field on Pennsylvania instead of their target
Answer:
-it happened the morning of September 11 2001 at 8 45.
-the single largest loss of life from a foreign attack
the two layers of sediment that are typically deposited each year, in lakes that freeze each winter and melt each summer, are called
Answers
The two layers of sediment that are typically deposited each year in lakes that freeze each winter and melt each summer are called varves.
Varves are thin layers of sediment that accumulate annually in bodies of water such as lakes, where they are deposited in alternating light and dark layers. The lighter layers are typically composed of silt and clay, while the darker layers are composed of organic material such as dead algae and plant matter.
The deposition of varves is an important tool for scientists studying past climate and environmental conditions, as changes in the thickness or composition of varves can reveal information about the history of the lake and the surrounding area.
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(ii) Explain the challenges of living in a desert area, such as that shown in Fig. 1.2. You should develop your answer. F (4)
Answers
Answer:Rocks are made up of minerals. They can be all one kind of mineral, for example sandstone which is made of sand or they can made of many different types of minerals like granite. Rocks form the Earth's crust and include the surface forms we see every day.
Explanation:
To geologists, a rock is a natural substance composed of solid crystals of different minerals that have been fused together into a solid lump. The minerals may or may not have been formed at the same time. What matters is that natural processes glued them all together
give your paper on ur own stop cheating
how is the indus plain's relief making it easy to carry out economical activities?
Answers
Answer: Indus water is useful for irrigation of large agricultural land.
Explanation:
The farmland is mainly irrigated with water from the Indus River and because of its tributaries. Resources from Punjab and Sindh plains forms the backbone of the agriculture and food production in Punjab, Sindh, and Pakistan. Also the river brings about mineral sediments at the shores and the bank thus it provides natural fertilizers for the crops increasing the agricultural yield also the river is a source of water ways and recreational activities which promotes tourism. All these economic activities promote economic growth in these regions.
1.The Sun is on the vernal equinox within a day so of:
a) 21 December b) 21 September c) 21 June. d) 21 March e) 1 May
2. What is meant by the culmination of a star?
a) The point at which the star crosses the north-south line (the meridian) in the sky, when its altitude is at its highest.
b) The date at which the star disappears into the west and can no longer by seen that season.
c) The point at which the star reachesit greatest declination.
d) The right ascension of the star in the sky at sunrise.
3. Betelgeuse is a bright star in the constellation Orion with declination of +07 deg 24' 25". What is this declination in decimal degrees?
a) 7.817 b) 7.406 c) 6.593 d) 7.400
4. If Earth rotated identically but in the opposite direction to what it does now, assuming the Earth's orbital motion remained unchanged: how long would the sidereal day be?
a) 23 hr 52 min b) 24 hr c) 23 hr 56 min d) 23 hr 58 min
5. If Earth rotated identically but in the opposite direction to what it does now, assuming the Earth's orbital motion remained unchanged: how long would the solar day be?
a) 23 hr 52 min b) 24 hr c) 23 hr 56 min d) 23 hr 58 min
6. Polaris will slowly drift in an ellipse about the North Celestial Pole over thousands of years. Why?
a) Difference between the solar and sidereal day.
b) Rotation of the Earth.
c) Earth's orbit around the Sun.
d) Precession of the Earth's rotation axis.
7. The analemma of the Sun observed at the Temple of Apollo resembles an "8" in the sky. The vertical extent is caused by the Sun's changing declination over the year. But what causes this "figure 8" loop in the Sun's annual motion?
a) The orientation of the Earth's orbit wobbles in space.
b) The Earth's orbit is elliptical and so the Earth's orbital speed varies.
c) Difference between the sidereal and solar years.
d) Precession of the Earth's rotation axis.
8. During the historical development of understanding of planetary motion, one of the following persons was the most influential in advocating the heliocentric hypothesis. Which one?
a) Copernicus b) Tycho Brahe c) Aristotle d) Ptolemy
9. Which of the following persons was the first to recognize the correct geometric form of the orbits of the planets?
a) Tycho Brahe b) Copernicus c) Ptolemy d) Kepler
10. According to Kepler, the centre of the Sun is at one of the two foci of the elliptical orbit of a planet. What is at the other focus?
a) The Earth b) The Moon c) Nothing -the other focus is empty d) Jupiter
11. Why is Mercury so much harder to see in the sky with the unaided eye than Jupiter?
a) Mercury always appears so close to the Sun that it is never seen in a dark sky.
b) When close to Earth, Mercury is seen at an unfavourable phase (a relatively thin crescent) and so appears faint.
c) When near full phase, Mercury is at its most distant and so appears faint.
d) The apparent size of Jupiter's disk (as viewed through a telescope) is much larger than that of Mercury, and so Jupiter appears brighter.
e) All of the above.
12. From your space base on the equator of one of the moons of Jupiter, can Mars ever be seen high in the sky at local midnight and why?
a) No, because Mars is too distant to be seen from Jupiter.
b) No, because Mars' orbit is inside that of Jupiter, and it can never appear very far from the Sun
.c) Yes, there is no constraint on the motion of Mars.
d) There is insufficient information to answer the question.
Answers
1. The Sun is on the vernal equinox within a day so of d) 21 March
2. The culmination of a star is a) The point at which the star crosses the north-south line (the meridian) in the sky, when its altitude is at its highest.
3. The constellation Orion with declination of b) 7.406
4. a) 23 hr 52 min is the long of the sidereal day
5. c) 23 hr 56 min is the long of the solar day
6. Polaris will slowly drift in an ellipse about the North Celestial Pole over thousands of years because d) Precession of the Earth's rotation axis.
7. The causes of this loop in the Sun's annual motion a) The orientation of the Earth's orbit wobbles in space.
8. The most influential in advocating the heliocentric hypothesis is a) Copernicus
9. The correct geometric form of the orbits of the planets is d) Kepler
10. The other focus is C) Nothing
11. Mercury so much harder to see in the sky with the unaided eye than Jupiter because of e) All of the above.
12. The sky at local midnight is b) No, because Mars' orbit is inside that of Jupiter, and it can never appear very far from the Sun.
1. The Sun is on the vernal equinox within a day of d) 21 March. The vernal equinox, also known as the spring equinox, marks the beginning of spring in the Northern Hemisphere.
2. The culmination of a star refers to a) the point at which the star crosses the north-south line (the meridian) in the sky when its altitude is at its highest. It is the moment when a star reaches its highest point in the sky during its daily motion due to Earth's rotation.
3. The declination of Betelgeuse in decimal degrees is b) 7.406. To convert from degrees, minutes, and seconds to decimal degrees, you divide the minutes by 60 and the seconds by 3600 and add the results to the degrees.
4. If Earth rotated in the opposite direction, assuming the Earth's orbital motion remained unchanged, the sidereal day would be a) 23 hours 52 minutes.
5. If Earth rotated in the opposite direction, the solar day would be c) 23 hours 56 minutes. A solar day is the time it takes for the Sun to return to the same position in the sky, and it is slightly longer than a sidereal day because Earth has to rotate a little more to catch up to the Sun due to its orbital motion.
6. Polaris, the North Star, will slowly drift in an ellipse about the North Celestial Pole over thousands of years due to d) precession of the Earth's rotation axis. Precession is a slow motion caused by the gravitational interactions between Earth, the Moon, and the Sun. It causes the Earth's rotational axis to trace out a circular path over a period of about 26,000 years.
7. The "figure 8" loop in the Sun's annual motion, observed in the analemma, is caused by a) the orientation of the Earth's orbit wobbling in space. Earth's orbit around the Sun is not a perfect circle but rather an ellipse. This elliptical orbit, combined with the tilt of Earth's axis, causes variations in the speed at which Earth moves around the Sun.
8. The most influential person in advocating the heliocentric hypothesis during the historical development of understanding planetary motion was a) Copernicus. Nicolaus Copernicus proposed the heliocentric model in the 16th century, which suggested that the Sun, not the Earth, was at the center of the solar system.
9. The first person to recognize the correct geometric form of the orbits of the planets was d) Kepler. Johannes Kepler, a 17th-century astronomer, discovered that the planets move in elliptical orbits around the Sun.
10. According to Kepler, the other focus of the elliptical orbit of a planet is c) nothing - the other focus is empty. In Kepler's model, the Sun occupies one of the two foci of the planet's elliptical orbit, while the other focus remains empty.
11. Mercury is much harder to see in the sky with the unaided eye compared to Jupiter because a) Mercury always appears so close to the Sun that it is never seen in a dark sky. Mercury is an inner planet, meaning its orbit is closer to the Sun than Earth's orbit.
12. From a space base on the equator of one of Jupiter's moons, Mars can never be seen high in the sky at local midnight because b) Mars' orbit is inside that of Jupiter, and it can never appear very far from the Sun. Therefore, it will never rise to high altitudes in the sky at local midnight, which is the time when the Sun is below the horizon.
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The questions encompass various aspects of astronomy including celestial motions, astronomical objects like the Sun, stars, Mars, Jupiter, and Mercury, and the developments in astronomical theories and models. The answers involve facts related to equinoxes, the motion of Earth and stars, heliocentric theories and the visibility of planets.
Explanation:The subject of these questions is astronomy and the grade is for high school level. The questions involve understanding of celestial motions and astronomical objects, like the Sun, stars, Mars, and planets such as Jupiter and Mercury. They require knowledge of the Earth's rotation and orbit, the concept of equinox, the motion of stars and celestial bodies including their declination and culmination, and the developments in astronomical theories and models over time.
Specifically, the questions touch upon the vernal equinox (d)21 March, the culmination of a star meaning the point at which the star crosses the meridian line (a), declination converted to decimal degrees (a) 7.817, rotation of Earth in the opposite direction determining the sidereal and solar days (a) 23 hr 52 min and (b) 24 hr respectively, the slow drift of Polaris is due to the precession of the Earth's rotation axis (d), the formation of 'figure 8' in the Sun's motion is due to the Earth's elliptical orbit (b), the endorsement of the heliocentric hypothesis was by Copernicus (a), the geometric form of the orbits of the planets recognized by Kepler (d), the other foci of the elliptical orbit of a planet according to Kepler is empty (c), the difficulty in viewing Mercury with the unaided eye due to several combined factors (e) and the visibility of Mars from a space base on the equator of Jupiter's moon is uncertain without additional information (d).
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Which statement BEST explains how the development of urban fringes differs in developed and developing countries?
A In developed countries, the edges of cities are better served by public transportation systems than they are in developing countries.
B In developed countries, the edges of cities tend to attract industry, while they attract low-income residences in developing countries.
C In developed countries, the edges of cities tend to have much higher population densities than they do in developing countries.
D In developed countries, the edges of cities tend to remain agricultural, while they become ghettoized in developing countries.
E In developed countries, the edges of cities tend to become suburbs, while they become slums in developing countries.
Answers
While the urban population in certain wealthy countries may stable or even somewhat drop, it is growing quicker in emerging countries than in developed countries. Thus, the correct option is (b) In developed countries, the edges of cities tend to attract industry, while they attract low-income residences in developing countries.
What are developed countries mean?In comparison to other less developed nations, a developed country (also known as an industrialized country, a high-income country, a more economically developed country (MEDC), or an advanced country) is a sovereign state with a high standard of living, a developed economy, and advanced technological infrastructure. The most commonly used measures for assessing economic progress are GDP, GNP, per capita income, level of industrialization, the quantity of broad infrastructure, and general standard of living.
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Answer: the answer is e
Explanation: took the test, got it right
Explain why large magnitude earthquakes are relatively rare along divergent boundaries, but quite common along convergent boundaries.
Answers
Large magnitude earthquakes are relatively rare along divergent boundaries because the plates are moving away from each other. This means that there is less pressure and friction between the plates, which reduces the likelihood of a large magnitude earthquake occurring.
However, convergent boundaries are areas where two plates are pushing against each other, which creates a lot of pressure and friction.
This pressure and friction can build up over time and eventually release in the form of a large magnitude earthquake.
Additionally, convergent boundaries are often associated with subduction zones, where one plate is being pushed underneath another.
This can create additional stress and pressure that can lead to large magnitude earthquakes.
Overall, the difference in the types of plate movement at divergent and convergent boundaries is the main reason why large magnitude earthquakes are relatively rare at divergent boundaries but quite common at convergent boundaries.
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Why did scientists struggle for thousands of years to accurately describe the solar system?
Venus has phases like the moon.
Many people spoke Italian and did not understand Latin.
The planets appeared to move backward in the sky occasionally.
Scientists could not explain why the Sun appeared to rise and set every day.
Answers
Scientists struggled for thousands of years to accurately describe the solar system because the planets appeared to move backward in the sky occasionally. Option C. This is further explained below.
What is the solar system?Generally, Because the planets sometimes seemed to move in the opposite direction in the sky, it was difficult for scientists to provide an accurate description of the solar system for many thousands of years. Option C.
In conclusion, The Sun and the celestial bodies that circle it together form a gravitationally connected system known as the Solar System. It came into existence 4.6 billion years ago as a result of the collapse of a massive interstellar molecular cloud due to the force of gravity. The Sun contains the overwhelming majority of the system's mass, while Jupiter, the largest planet in the system, holds the bulk of the remaining mass.
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Answer: C
Explanation:
Salinity in the ocean is highest in regions where ________ is high and ________ is low.
Answers
Answer:
High: evaporation
Low: precipitation
What plate activity is occurring in this picture
Answers
Answer:
subduction
Explanation:
double red flags that are displayed on a beach mean
Answers
Answer:
Double red flags that are displayed on a beach mean that the water is closed to the public due to dangerous water conditions, such as strong currents, high surf, or hazardous marine life. Swimmers are not allowed to enter the water when double red flags are posted, and those who do may face legal consequences.
the radiocarbon process of documenting major eruption dates for volcanoes in the past 50,000 years or so is the same as that used to work out dates of
Answers
The given statement "The radiocarbon process of documenting major eruption dates for volcanoes in the past 50,000 years or so is the same as that used to work out dates of major prehistoric earthquakes" is True because radiocarbon dating can also be used to establish the ages of earthquakes by analyzing organic materials.
Radiocarbon dating is a widely used method for estimating the age of organic material based on the decay of carbon-14 isotopes. While it is commonly associated with dating archaeological artifacts and fossils, it can also be applied to other fields, including the study of volcanic eruptions and prehistoric earthquakes.
In the case of major volcanic eruptions, radiocarbon dating can help establish the timing of past eruptions by analyzing organic material preserved in volcanic deposits. This material, such as plant remains or charcoal, can be dated using radiocarbon techniques, providing insights into the age of the eruption and its potential impact on the environment and human populations.
Similarly, radiocarbon dating can be utilized to work out dates of major prehistoric earthquakes. Geological formations associated with seismic activity, such as fault lines or layers affected by earthquake-induced movements, may contain organic material that can be dated using radiocarbon techniques. By analyzing these materials, researchers can estimate the age of past earthquakes and gain a better understanding of seismic patterns and their implications for past human societies.
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The Question was Incomplete, Find the full content below :
The radiocarbon process of documenting major eruption dates for volcanoes in the past 50,000 years or so is the same as that used to work out dates of major prehistoric earthquakes.
true or false
Is this statement true or false?
Poverty reduction strategies are helping to lower the number of people living in poverty in Central America.
PLEASE HELP ASAP
Answers
Answer:
I hope this helps
Explanation:
The answer is true
very early in earth’s history (during the hadean eon), the earth ________. group of answer choices was entirely composed of loose material called regolith
Answers
Very early in earth's history (during the Hadean eon), the earth was entirely composed of loose material called regolith.
What is regolith?Regolith is a layer of loose, heterogeneous material covering solid rock that is common on solid surfaces of celestial bodies. It includes dust, soil, broken rocks, and other associated materials and is generated through mechanical, chemical, and biological weathering procedures.
Regolith is found on the Moon, Earth, Mars, and other solid-surfaced planets and moons, as well as asteroids. This layer varies in thickness and composition, but it is typically composed of a mixture of dust, soil, and broken rocks.
Since the question asks what the Earth was composed of, the main answer is the phrase that answers the question completely. And since the answer is straightforward, an explanation is given to elaborate on the term regolith.
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1. What is the definition of Ecotourism according to TIES?
2. List 3 characteristics of well-managed ecotourism
3. List 3 characteristics of poorly managed ecotourism
4. List 4 differences between mass tourism and ecotourism
5. How many principles of ecotourism did we study?
6. How many criteria are used to define ecotourism?
7. What is the difference between conservation and preservation of a tourist site?
According to the Ecotourism-Sustainable Way to Travel video: 8. What are the different types of accommodations mentioned?
9. How does it affect the destination's infrastructure?
10. What is a common activity done by ecotourists?
11. What are some of the resources communities are forced to sell if they do not make enough money?
12. What are the components of the triangle of sustainability?
Answers
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Which is the best description of the geography of Earth's young crust?
A- a few very large slabs of crust
B- a few very small slabs of crust
C- a large number of large slabs of crust
D- a large number of small slabs of crust
Answers
Answer:
C
Explanation:
Sorry if im wrong, but it sounds right to me, and good luck!!
The best description of the geography of Earth's young crust is a large number of small slabs of crust. The correct option is D.
What is special about the Earth's crust?The lightest, most buoyant rock layer on the Earth is called the crust. 41% of the Earth's surface is made up of continental crust, while 25% of that surface is underwater. 20 to 80 kilometers thick, the continental crust. The Earth's past four billion years are preserved in its rocks.
The crust of the Earth was initially broken up into a great number of tiny plates. As a result of the ongoing movement and collision of these plates, new landforms including mountains and oceans were created. Although some of these smaller plates eventually joined to form bigger ones, the geography of the crust as a whole remained characterized by a great number of smaller plates.
Thus, the ideal selection is option D.
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Help please. I really need help and it would be greatly needed and thanked.
Answers
Answer:
dam causes canyons to fill with water
river in deep canyon
fishing & waterskiing
polltion control regulations for boats
Explanation:
this makes the most sense to me
Question 8 of 20
has (or have) been one of the most common pull factors of migration
within the United States.
A. Well-paying jobs
B. Seafood
C. Lack of humidity
O D. Gambl
G
Answers
Answer: its A well-paying jobs
Explanation: because the answer is A
give me Brainliest plz
were on earth can you find transform boundaries
Answers
to find transform boundaries on Earth, One of the most well-known locations is the San Andreas Fault in California, which is a major transform boundary between the North American and Pacific tectonic plates. Other areas with transform boundaries include the Alpine Fault in New Zealand and the Anatolian Fault in Turkey. It's important to note that these boundaries are often located in areas with high seismic activity.
Overall, this type of seismic wave is the most destructive.A)P waveB)S waveC)(surface waveD)tsunami
Answers
Answer:
Surface wave
Explanation:
At which kind of plate tectonic environment do the deepest earthquakes occur?
Mid-ocean ridge
Oceanic transform
Continental transform
Subduction zone
Answers
Earthquakes occur when the rocks beneath the earth’s surface fracture and break apart. The Earth is made up of several tectonic plates, which are massive slabs of rock that fit together like puzzle pieces. The movement of these plates causes stress and pressure to build up, leading to earthquakes.
These earthquakes can occur at different depths depending on the type of plate tectonic environment. The deepest earthquakes occur in subduction zones. Subduction zones are areas where two tectonic plates collide, and one plate is pushed under the other. This process is called subduction, and it can cause earthquakes at depths of up to 700 km below the Earth’s surface. The reason for this is because the subducting plate is being forced into the mantle, which is the layer of the Earth below the crust.
As the plate moves deeper into the mantle, the high pressure and temperature cause the rock to break apart, leading to earthquakes. In contrast, mid-ocean ridges and oceanic and continental transform faults are areas where tectonic plates move horizontally past each other, resulting in much shallower earthquakes. Therefore, it can be concluded that the deepest earthquakes occur in subduction zones.
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What is the old section of a North African city called?
Answers
medina quarter is what they use to called