transform faults are different from convergent and divergent plate boundaries because . transform faults are different from convergent and divergent plate boundaries because . there is neither the creation nor the destruction of lithosphere at a transform fault, and plate movement is parallel to the length of a transform fault. there is neither the creation nor the destruction of lithosphere at a transform fault, and plate movement is perpendicular to the length of a transform fault. transform faults are only found within ocean basins there are both the creation and the destruction of lithosphere at a transform fault, and plate movement is parallel to the length of a transform fault. transform faults never offset any other plate boundary types
Answers
Transform faults are different from convergent and divergent plate boundaries because there is neither the creation nor the destruction of lithosphere at a transform fault, and plate movement is parallel to the length of a transform fault.
Transform faults are found in areas where two plates are sliding past each other, resulting in horizontal movement. Unlike divergent boundaries where new lithosphere is created or convergent boundaries where lithosphere is destroyed, transform faults do not involve the creation or destruction of lithosphere. Instead, they are characterized by the grinding and sliding of plates against each other.
Additionally, plate movement at transform faults is parallel to the length of the fault, whereas at convergent and divergent boundaries, plate movement is perpendicular to the length of the boundary. Transform faults are commonly found within ocean basins, where they can create underwater mountain ranges.
While transform faults can offset other types of plate boundaries, they do not exclusively offset them. Transform faults can occur independently or within a larger system of plate boundaries. Overall, transform faults play an important role in plate tectonics and the shaping of the Earth's surface.
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Related Questions
The removal and lifting of individual loose particles by the wind is termed a.)deposition b.)abrasion c.)saltation d.)deflation
Answers
The removal and lifting of individual loose particles by the wind is referred to as deflation. Deflation is a process where wind erosion causes the removal of small, loose particles from the surface and transports them to other locations.
The term that describes the removal and lifting of individual loose particles by the wind is deflation. Deflation is a type of wind erosion that occurs when the wind blows over a surface and removes loose particles such as sand, silt, or dust. It is a selective process that targets the smaller and lighter particles, leaving behind larger and more cohesive materials. As the wind moves across the surface, it picks up and transports these loose particles to other locations.
Deflation is an essential process in shaping desert landscapes, as it can lead to the formation of sand dunes and the redistribution of sediments. It often occurs in arid and semi-arid regions where the lack of vegetation and sparse ground cover makes the surface more susceptible to wind erosion.
The transported particles can undergo other processes such as saltation (the bouncing movement of particles along the surface) and abrasion (the grinding and wearing down of surfaces by windborne particles). However, the specific process of removing and lifting particles by the wind is referred to as deflation.
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What are some solutions to media bias?
Answers
Answer:
look at multiple sources and not just one. or you can search bias charts :)
Explanation:
Gondwana moved northward during the Carboniferous, and periods of sea level rise/fall due to melting/advancing glaciers caused unique cyclic rock sequences of nonmarine and marine deposition. These are called ____________________.
Answers
Gondwana moved northward during the Carboniferous, and periods of sea level rise/fall due to melting/advancing glaciers caused unique cyclic rock sequences of nonmarine and marine deposition. These are called cyclothems.
In geology, cyclothems are alternating stratigraphic sequences of marine and non-marine sediments, sometimes embedded with coal seams. Historically, the term was defined by European coal geologists working with coal pans formed during the Carboniferous and early Permian periods.
The deposit sequence has been exhaustively explored by petroleum geologists using geophysical profiles of continents and ocean basins. A common theory of basin-scale sedimentation is formalized under the name sequence stratigraphy.
Since the Carboniferous was a widespread ice age in the Southern Hemisphere, it is likely that several cyclothems formed as a result of oceanic regressions associated with the growth and collapse of ice sheets, respectively. A more common interpretation of the sequence gives rise to Milankovitch cycles.
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p(x+1)=5x+1, find p(x)
Answers
Answer:
p(x) = 5·x - 4
Explanation:
The given function is p(x + 1) = 5·x + 1
Therefore, the function takes a variable, x + 1 and gives the a result of 1 added to 5 times 1 less the variable x + 1 as follows;
p(x + 1) = 5 × ((x + 1) - 1) + 1
Therefore, the vale of the function p(x) is given as follows;
p(x) = 5 × ((x) - 1) + 1 = 5·x - 5 + 1 = 5·x - 4
p(x) = 5·x - 4
What is bronze and how was it made?
Answers
Bronze is basically an alloy which is made up of a mixture of copper as well as tin.
The homogeneous combination of two metals in order to form a new substance is basically called an alloy. With the ratio of 90% of copper along with 10% of tin, a whole new age, known as the Bronze Age came to life.
The Bronze Age was basically a period of time which was present between the Stone Age as well as the Iron Age and during this time bronze was very widely used in order to make tools, weapons, as well as other implements. Bronze is basically produced when copper is heated as well as mixed along with tin and ends up creating a stronger metal as compared to copper.
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locations on earth which have the largest annual temperature change from summer to winter are often:
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Locations on Earth which have the largest annual temperature change from summer to winter are often located in the continental interiors. Temperature refers to the degree of hotness or coldness of an object.
The measure of temperature is usually in units of Fahrenheit, Celsius, or Kelvin. Temperature is one of the most essential aspects of Earth's environment. The temperature of the earth's surface varies depending on the location, time, and season. The air temperature is generally higher near the earth's surface than it is at higher altitudes.
During the summer, the landmasses absorb more solar radiation than the water bodies, resulting in higher temperatures. During the winter, the continents' temperatures decrease more quickly than those of the oceans due to their lower thermal capacity.
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Global Evaporation and Precipitation Describing the amount of water that moves through the water cycle each year involves some very large numbers. For example, the water that evaporates from the ocean surface each year is about 502,800km while evaporation from land is about 74,200 km? To put this in perspective, only 1 km of water equals over 260 billion gallons! (An average swimming pool is only 10,000 gallons) When global atmospheric precipitation is measured, about 458,000 km"falls on the ocean while 119,000 km°falls on land. 1. Calculate the difference between the volume of water evaporating from and precipitating onto the oceans. Show your work 2. Calculate the difference between the volume of water evaporating from and precipitating onto the land. Show your work 3. Notice that more water evaporates from the oceans than falls on the oceans as precipitation. Also notice that the reverse is true on land. Explain why this is the case. Infiltration, Runoff, and Running Water When precipitation falls as rain onto the Earth's surface the water can soak Into the ground (Infiltration) where it may become part of the groundwater system. Water that does not infiltrate begins to flow across the ground surface as runoff, whether infiltration or runoff is dominant depends on many factors: the soil or rock type the water falls upon, the amount of vegetation present, the slope of the land surface (gradient), and the Intensity of precipitation. 4. Consider a hilly landscape covered with abundant vegetation (like the pine forests around Tyler, TX). How might such a landscape affect rates of infiltration and runoff? Explain. 5 Now considera ftat, dry, desert landscape as around El Paso, TX. How might such a landscape affect rates of Infiltration and runoff? Explain.
Answers
502,800 km - 458,000 km = 44,800 km.
2. The difference between the volume of water evaporating from and precipitating onto the land is:
74,200 km - 119,000 km = -44,800 km.
3. More water evaporates from the oceans than falls on the oceans as precipitation because the oceans cover a much larger area than the land. In addition, the water cycle is driven by solar radiation, which is more intense at the equator. The equatorial regions are mostly covered by oceans, which receive more solar radiation and therefore experience more evaporation.
4. Consider a hilly landscape covered with vegetation. If it rains heavily, the water will infiltrate into the soil and become part of the groundwater system. However, if the soil is already saturated or if the rain is too intense, the water will begin to flow across the ground surface as runoff. The steeper the slope of the land, the more likely it is that runoff will occur.
how many days until my birthday
Answers
earthquake waves travel faster in the lithosphere than the asthenosphere. question 6 options: a) true b) false
Answers
The statement is true that earthquake waves travel faster in the lithosphere than the asthenosphere.
The lithosphere is the solid and rigid outermost layer of the Earth, while the asthenosphere is the weaker and more ductile layer beneath it. This difference in strength and rigidity affects the speed at which seismic waves propagate through the two layers. In the lithosphere, the waves encounter a more rigid and compact material, allowing them to travel faster. In contrast, the weaker and more ductile asthenosphere slows down the waves, resulting in a slower velocity.
Earthquake waves, specifically seismic waves, travel faster in the lithosphere than in the asthenosphere because the lithosphere is composed of more rigid, cooler, and denser materials, allowing waves to move more quickly. The asthenosphere is partially molten and has a higher viscosity, causing waves to travel at slower speeds.
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describe about climate zones of the world with different types of forests
Answers
In an overview, there are an approximate of five main climate types on Earth and they includes:
Tropical climateDry climateTemperate climateContinental climate Polar climate What is a Climate?Basically, a Climate refers to the composite or prevailing weather conditions of a region including the temperature, air pressure, humidity, precipitation, sunshine, cloudiness and winds that occurs throughout the year and over series of years. In short, a climate is also seen as the average weather conditions in a place over a long period, for say, about 30 years or more.
it could also be defined as the mean and variability of the meteorological variables over a time spanning from months to millions of years. Some of which are commonly measured are temperature, humidity, atmospheric pressure, wind, and precipitation.
In a broader sense, a climate entails the components of the climate system which includes the atmosphere, hydrosphere, cryosphere, lithosphere and biosphere and the interactions between them. That said, the climate of a location is often affected by its latitude, longitude, terrain, altitude, land use, water bodies etc.
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difference between spring and artesian well
Answers
Answer:
Springs are often confused with flowing artesian wells. An artesian well is a hole or boring that has been drilled into a water-bearing formation or "aquifer" that is under pressure. The water in an artesian well rises above the top of the aquifer (water-bearing formation) until the pressure is equalized
Explanation:
how is place different from location?
Answers
Answer:
Hewo Otaku Kun Here! (UwU)
Explanation:
In mathematics, “place” can also refer to a certain position in a series. So in the series “1, 3, 5, 7…” number 3 is in second place. By contrast, “location” is different from “place” because you tend to be more specific with the area where a certain spot is situated.
happy to help!
from: Otaku Kun ^^
PLS HELP, WILL REWARD BRAINIEST!!
Why did independence from Spain have little affect on the lives of most of the people living in Central America?
Answers
Answer:
Because wealthy people were the ones who had control over most of the things and they were the ones who continued to run economics but the common people in Central America did not agree with that decision
Match the definition in column 1 with the term in column 2.
Married parents
and their
biological
children
?
Blended family
Multiple
generations and
members related
by both blood
and marriage
?
Extended family
A mixture of
parents and
children
unrelated by
blood
?
?
Fictive family
A group of
people who are
not related but
use family titles
to refer to each
other
?
Nuclear family
Answers
Answer:
Blended Family: A mixture of parents and children unrelated by blood
Extended Family: Multiple generations and members related by both blood and marriage
Fictive Family: A group of people who are not related but use family titles to refer to each other
Nuclear Family: Married parents and their biological children
Sorry this is so late, hope it helps anyone else looking for the answer :)
Blended Family- A mixture of parents, children unrelated by blood
Extended Family- Multiple generations, members related by both blood and marriage.
What is a family ?Family is a fundamental social institution that is shared by all societies, making it a universal concept. Marriage and families are both cultural universals since they share similar values and standards across all cultures. Statuses (such as being a wife, spouse, partner, parent, sibling, etc.) are made up and approved by society.
Family is a socially recognized organization that develops an emotional bond among its members and functions as an economic unit of society. Members of families are typically bound together through blood, marriage, cohabitation, or adoption.
On matching the given statements-
Fictive Family- A group of people who are not related but use family titles to refer to each other
Nuclear Family- Married parents and biological children
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What is one of the major reasons why these European countries decided to join together to form the European Union? Question 1 options: a) They wanted to be better prepared to help other nations in Africa and Southeast Asia after the occurrence of natural disasters. b) They wanted to form one central government and make foreign policy decisions together. c) They wanted to preserve the natural resources and wildlife that exists throughout Europe. d) They wanted to prevent future war and conflict between each other by working together economically.
Answers
Answer: D
Explanation:
The main reason the EU was founded was to thrive economically and bring Europe closer together politically. It's not A because they weren't really trying to help others outside of Europe, not B because they weren't trying to establish a single central government, not C because they weren't trying to preserve the natural resources and wildlife. Most countries joined to get help from other countries and build a better economy and build stability.
Shield volcanoes are ________ than composite volcanoes. A) wider B) taller C) steeper D) more explosive Group of answer choices
Answers
Answer:
Shield volcanoes are wider than composite volcanoes.
distance between (-2,3) and (6,2)
Answers
Answer:
5
Explanation:
for finding out the distance between two points
(
x
1
,
y
1
)
and
(
x
2
,
y
2
)
is
√
(
x
2
−
x
1
)
2
+
(
y
2
−
y
1
)
2
. Using this formula, the distance between the two given points would be
√
3
2
+
4
2
=
√
25
=5
Answer:
underroot 65 or 8.062
Explanation:
besides using the compositions and textures of sedimentary rocks to help identify them, what are some other distinctive properties that we can look at to help us identify an unknown sedimentary rock?
Answers
Besides using the compositions and textures of sedimentary rocks to help identify them, some other distinctive properties that we can look at to help us identify an unknown sedimentary rock are color, hardness, and density.
Sedimentary rocks are rocks that are formed from the accumulation or cementation of sediment (rock fragments, mineral grains, animal and plant debris, and other materials) over time.
Sedimentary rocks are usually stratified, and they often contain fossils of animals and plants. In comparison to other rock types, sedimentary rocks cover a much larger portion of the Earth's surface, including the majority of the continents and the bottom of the oceans.
Sedimentary rocks are usually soft, and they are frequently utilized as building materials, as well as in the manufacture of bricks, ceramics, and cement.
The density of a rock is influenced by its composition, porosity, and the presence of voids. For example, sandstone is typically denser than shale, while limestone is less dense than both of them.
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The following question may be like this:
Besides using the compositions and textures of sedimentary rocks to help identify them, what are some other distinctive properties that we can look at to help us identify an unknown sedimentary rock?
please hurry i need this now
Answers
Answer:
E.
Explanation:
I believe E is the Ozone layer.
Forgive me if I am wrong.
what is a downfold of rock caused by compression called?
Answers
Answer:
syncline
Explanation:
Answer: syncline. I took the test
Speaker 1 - Man in blue shirt
Speaker 2 - Man in yellow shirt
View the image above and observe the nonverbal communication of both speakers. What messages are these speakers conveying? Use at least 5 specific examples to discuss the messages conveyed by their appearance; their posture, gestures and movement; as well as their eye contact and facial expressions.
Answers
Answer:
In the image it looks like it is showing that blue shirt is inviting yellow shirt to an activity but, yellow shirt does not like the idea.
The man in the blue shirt's posture is like convincing yellow shirt .Yellow shirts facial expression is not happy so we can tell he is not with the idea. Yellow shirts posture is tight and stiff showing that he will not move and is refusing blue shirts suggestion. Blue shirt's facial expression in not giving up to try to convince yellow shirt. The red background sets the mood of anger or refusal.
Explanation: I hope I helped home slice.
Number one. Why you ask? Because the women in number one is clearly more engaging in her speech than the man in number two. The women in section one would be easier to understand because she is paying more attention to her audience. The man in number two was looking at the ceiling and seemed like he'd rather be anywhere else than here giving his presentation.
Correct on Edge. High school. Hope this helps :]
overall opinion on the effectiveness of dams and reservoirs
Answers
Answer:
Dams help in preventing floods. They catch extra water so that it doesn't run wild downstream. Dam operators can let water out through the dam when needed. The first upstream flood control dam was built in 1948, Cloud Creek Dam in Oklahoma.
People build reservoirs because the amount of water in a river varies over time. During very rainy times or when mountain snow is melting, the water in a river rises and sometimes overflows its banks. By limiting the amount of water allowed to continue downriver, reservoirs help control flooding.
Explanation:
If rock is exposed to enough heat after metamorphism it will eventually Multiple Choice solidify into magma. crystallize into magma. melt into magma. weather into magma.
Answers
If rock is exposed to enough heat after metamorphism, it will eventually melt into magma.Explanation:Metamorphism is the process by which existing rock transforms into new rock under extreme heat and pressure.
During metamorphism, the composition of the rock does not change significantly, but its physical and structural properties do. For example, a rock that was originally a sedimentary rock may be transformed into a metamorphic rock such as marble by exposure to heat and pressure.Crystallization is a term used to describe the formation of solid crystals from a liquid or gas phase. In contrast, melting refers to the process of converting a solid substance into a liquid. Therefore, if rock is exposed to enough heat after metamorphism, it will not crystallize into magma, but will instead melt into magma.
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My Very Eager Mother Just Served Us Nine Pizzas A mnemonic device for?
Answers
My Very Eager Mother Just Served Us Nine Pizzas is a mnemonic device for remembering the name of eight planets and dwarf planet (Pluto which was previously part of solar system planets).
A mnemonic device refers to a memory technique that helps increase the ability to recall and retain information. Mnemonics utilizes elaborative encoding, retrieval cues, and imagery as specific tools to encode information such that it enables for efficient storage and retrieval. Mnemonics aid original information to become associated with something more accessible or meaningful which provides better information retention.
Hence, My Very Eager Mother Just Served Us Nine Pizzas is a mnemonic device for remembering the name of planets Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, and Neptune, as well as the dwarf planet Pluto. (The phrase was crafted and used before Pluto was demoted from the status of a true planet.)
Note: The question is incomplete. The complete question probably is: My Very Eager Mother Just Served Us Nine Pizzas is a mnemonic device for?
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Which factor determines, or which factors determine, the density of ocean water? temperature salinity temperature, salinity, and light penetration temperature and salinity
Answers
Answer
Temperature and Salinity
Explanation:
The two key factors that determine the density of ocean water are the temperature of the water as well as the salinity of the water.
Theoretically the density of ocean water at the sea surface is usually about 1027 kg/m3. When the temperature is low then the density of ocean water increases until freezing of the water occurs.When there is also increase in Salinity if water the density of water also increases. However the temperature of an ocean have more impact on the density than the salinity of the ocean.
Density of ocean is usually calculated through the situ measurements of temperature, salinity by taking the sample of the ocean and taking it to laboratory
Answer:
Temperature and Salinity is correct
Explanation:
Which example is an effect of acid precipitation?
a
temperature inversion
b
weathered stones on buildings
c
an increase in the concentration of smog
Question 4 (1 point)
Answers
Answer:
Explanation:
A factory smokestack is an aA.point source of airpollution.B.nonpoint source of air pollution.C.controlled source of airpollution.2. Which example is a nonpoint source of air pollution? A.the chimney of a private home.a smokestack from an electric powerplant.a highway that has many cars releasingexhaust3. Which example is an effect of acid precipitation?A.temperatureinversionsB.weathered stone onbuildingsC.an increase in the concentration ofsmog4. Pollution that forms when sunlight reacts with chemicals in the air isA.smog.B.radon.C.acidprecipitation.5. Why have air pollution controls failed to decrease ground-level ozone? A. There are more cars on the roads.B.Air pollution controls are not effective against ozone.C.Ozone is not covered under the Clean Air Act of1970.MatchingDirections: On the line before each definition, write the letter of the term that matches it correctly. Each term is used onlyonce.6. tiny particles of dust, acid, and other chemicals7. traps pollution in air overcities8. indoor pollutant emitted by some soil and rocks9. responsible for decreasing air pollutionlevels10. Lead and this air pollutant has decreased the most.A.radonB.Clean AirActC.particulate matterD.carbonmonoxideE.temperatureinversion
Given the translation (x,y)⟶(x+3,y−7)
What is the image of G (5, -3) ?
Group of answer choices
A. G' (-6, -2)
B. G' (0, -2)
C. G' (3, -10)
D. G' (8, -4)
E. G' (8, -10)
Answers
Knowing that the x value determines left and right and y determining up and down, you simply add those movements in to the coordinate pair to get (8,-10)
hope this helps!!
the korean peninsula has a continental climate due to its proximity to the landmass of _________________.
Answers
have a good day!
what is the best hypothesis on earthquakes and volcanoes.... the most dreaded natural disasters?
Answers
Answer:
We can deduce that volcanoes and earthquakes are caused by tectonic plate movements, they both pose a significant danger to humans
does anyone know anything about the spiritual side of pompeii and herculaneum (mt vesuvius)? just answer anytime before friday, thanks
Answers
Explanation:
Yes, there is some information available about the spiritual beliefs and practices of the people who lived in Pompeii and Herculaneum before the eruption of Mount Vesuvius in 79 AD.
The people of Pompeii and Herculaneum believed in a wide variety of gods and goddesses, including the Roman gods Jupiter, Venus, and Mercury, as well as local deities like Apollo, Bacchus, and Isis. They also had a strong belief in the power of spirits and ghosts, and many homes and businesses had small shrines where offerings were made to appease these spirits.
One of the most well-known examples of the spiritual practices of the people of Pompeii is the Temple of Isis, which was one of the most important religious sites in the city. The temple was dedicated to the goddess Isis, who was worshipped as a symbol of fertility and motherhood. The temple featured an altar, a sacred pool, and a large statue of the goddess, and it was visited by many people who came to make offerings and seek her blessing.
In addition to these more formal religious practices, the people of Pompeii and Herculaneum also had a variety of superstitions and beliefs about the supernatural. For example, they believed that certain days of the year were more auspicious than others, and they often consulted astrologers and soothsayers to predict the future.
Overall, the spiritual beliefs and practices of the people of Pompeii and Herculaneum were complex and diverse, reflecting the rich cultural heritage of the region and the wide range of influences that shaped their worldviews.