which numbered feature(s) on this photograph are consistent with the presence of glaciers sometime in the past?
Answers
The numbered features on the photograph that are consistent with the presence of glaciers sometime in the past are features 2, 3, and 4.
Feature 2 shows a U-shaped valley, which is a common feature created by the erosion of glaciers. As the glaciers move through the valley, they scrape and carve the sides and bottom, creating a distinctive shape.
Feature 3 shows a moraine, which is a pile of rocks and sediment left behind by a glacier as it retreats.
Moraines are typically found at the end of glaciers, and their presence indicates that a glacier once extended to that location.
Feature 4 shows a cirque, which is a bowl-shaped depression in the mountainside that was created by glacial erosion.
These features are consistent with the presence of glaciers sometime in the past and provide evidence of the Earth's dynamic and ever-changing landscape.
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Related Questions
what is the relationship between these nutrients and california’s fisheries? in other words, are fish more abundant or less abundant because of these nutrients? how? why? explain.
Answers
California's fisheries are primarily influenced by two types of nutrients: organic matter and inorganic matter. Nutrients, both organic and inorganic, can be beneficial to the marine ecosystem.
Organic matter, also known as "primary production," refers to nutrients that come from the decomposition of algae, animals, and other organic materials. Primary production feeds on other plants and organisms that are vital to the ecosystem. Inorganic nutrients, on the other hand, come from man-made and natural sources. Nitrogen and phosphorus are examples of inorganic matter. These nutrients are linked to a number of ocean processes, including harmful algal blooms and "dead zones."
To answer the question about whether fish are more or less abundant because of these nutrients, the answer is that it depends on the nutrients and the conditions in which they exist. For example, inorganic nutrients can promote the growth of phytoplankton and zooplankton, which are vital food sources for many types of fish. As a result, if there is an excess of these nutrients, fish populations can grow.
However, if inorganic nutrients are not balanced, they can lead to harmful algal blooms, which can be detrimental to fish populations. Algal blooms deplete oxygen, which can lead to dead zones, a condition in which fish and other marine life cannot survive.
The relationship between organic nutrients and fish is more complicated. While organic nutrients are beneficial for some types of fish, they can also contribute to other problems. For example, too much organic matter in the water can cause phytoplankton and zooplankton populations to grow too large, leading to oxygen depletion and dead zones.
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what's the average surface temperature on mercury?
Answers
This all depends on what side of Mercury you are thinking about. The side facing the sun could have an average surface temperature of 800 degrees fahrenhight (430 degrees clesius.) The side facing away from the sun could be around -290 degrees fahrenhight(-180 degrees Celsius). These extreme temperatures occur, because this planet has no atmosphere.
6. Through which oceans does the Equator pass?
Answers
Answer:Atlantic, Pacific, and Indian ocean.
Explanation:
Augustine said that the unique event of the birth of Jesus Christ showed that the history of man ___ cyclical?
Answers
not cyclical
In his theological treatise "The City of God," Augustine made the claim that the City of God and the City of Man were two separate and antagonistic cities that had shaped human history. In contrast to the temporal and planetary kingdoms of human civilization, which are represented by the City of Man, the City of God symbolizes the eternal kingdom of God.
According to Augustine, the birth of Jesus Christ heralded the start of a new era in human history during which the City of God would eventually triumph over the City of Man, establishing God's kingdom on earth. As human history is linear and intentional, Augustine believed that the birth of Jesus Christ was a singular and revolutionary event.
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Which of the following is the best definition of one astronomical unit (AU)?
A. Astronomical units are used in making calculations to determine
the ages of stars.
B. The distance across the universe is one astronomical unit.
C. Astronomical units can only be used to build scale models of the
solar system.
D. One astronomical unit is the distance between Earth and the Sun.
Answers
The best definition of one astronomical unit (AU) is that it represents the average distance between the Earth and the Sun. Correct option is (D) One astronomical unit is the distance between Earth and the Sun.
The best definition of one astronomical unit (AU) is that it represents the average distance between the Earth and the Sun. It is used as a fundamental unit of measurement in astronomy, particularly when discussing distances within the solar system. The value of one AU is approximately 149.6 million kilometers or about 93 million miles. Astronomers use the AU as a reference point for measuring distances between celestial bodies within the solar system.
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5x - y = 1 and - 10x + 2y = 3
Answers
Answer:
ur correct
Explan
1.
What kind of land use is associated with services?
O mining
O farming
O television station
O manufacturing
Answers
Answer:
What's the output of a system modeled by the function ƒ(x) = x5 – x4 + 9 at x = 2?
Please Help
A)
24
HURRY
Dr. Khan works for the marketing department of a company that manufactures mechanical toy dogs. Dr. Khan has been asked to assess the effectiveness of a new advertising campaign that is designed to be most persuasive to people with a certain personality profile. She brought four groups of participants to the lab to watch the video advertisements and to measure the likelihood that they would purchase the toy, both before and after watching the ad. The results of Dr. Khan’s study are presented below.
Part A
Explain how each of the following concepts applies to Dr. Khan’s research.
Survey
Dependent variable
Big Five theory of personality
Part B
Explain the limitations of Dr. Khan’s study based on the research method used.
Explain what Dr. Khan’s research hypothesis most likely was.
Part C
Use the graph to answer the following questions.
How did the trait of agreeableness affect how people responded to the new ad campaign?
How did the trait of conscientiousness affect how people responded to the new ad campaign?
3.2.1 Name the force that is caused by the rotation of the earth.
Answers
Answer:
Coriolis force
Explanation:
Once air has been set in motion by the pressure gradient force, it undergoes an apparent deflection from its path, as seen by an observer on the earth. This apparent deflection is called the "Coriolis force" and is a result of the earth's rotation.
Most governments in Africa are __________.
Answers
Answer:
Unstable.
Explanation:
Not sure if its right but we don't get some sort of multiple choice so this is the best I can do.
Answer:
B - unstable.
Explanation:
Most governments in Africa are unstable.
Why are seismologists interested in the possibility of the two faults being connected together?.
Answers
Seismologists are interested in the possibility of the two faults being connected because it can pose a risk of earthquakes with a larger magnitude.
What impact can be caused by connecting two faults?According to the research result of seismologists which was published in an article on the official website of weather.com, the impact that can result from the connection of the two faults is the possibility of an earthquake with a larger magnitude at some point in the future. This refers to the findings of seismologists from the University of California Berkeley who have conducted research using satellite data for 20 years which later found that there are two Californian Fault Lines, especially the Calaveras Fault and Hayward Fault which are connected.
According to Estelle Cahussard, lead researcher at the University of California Berkeley, the connection of these two faults has the potential for an earthquake if a rupture occurs. It is more likely that an earthquake will occur in California´s Bay Area then it can also be felt in nearby cities. The possibility related to the magnitude of the earthquake magnitude when the two faults are connected depends on where the rupture goes so that it can result in around 7+ earthquakes.
Furthermore, research is carried out to estimate the magnitude of certain points along the fault line so that security preparations can be adjusted for the safety of people.
In conclusion, seismologists are interested in the possibility of the two faults being connected because it can pose a risk of an earthquake with a larger magnitude and further research is needed to make adjustments to security preparations to save people from the possibility of this disaster.
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how do you think human induced disaster is different from natural disaster
Answers
Answer: Natural disasters happen through natural events while man made are caused my a plan gone wrong by a male/ female
Explanation:
Answer:
In the explanation. :)
Explanation:
Natural disasters are from nature, they can't be stopped because nature is nature. Human induced disasters is basically using to more non-renewable resources than the earth provides. Human induced disasters are not meant to be done purposefully, but they are still making Earth a bad place.
Hope this helps, have a great day.
Accretion is the process in which: Group of answer choices volcanic arcs collide and are added to each other or continents volcanic arcs are metamorphosed volcanic arcs are eroded away volcanic arcs are uplifted to form mountain ranges
Answers
The term 'accretion' refers to the accumulation of rocks, minerals, and organic material onto an existing landmass or geological feature as a result of various processes that cause tectonic plates to collide and fold.
The term "volcanic arc" refers to the linear chain of volcanoes found above a subduction zone. As a result of subduction, two plates converge, with the denser of the two (the oceanic plate) descending beneath the other (the continental plate).
Volcanic arcs are formed as a result of subduction, which occurs when an oceanic plate collides with a continental plate, causing the denser oceanic plate to sink beneath the continental plate. The resulting collision and compression generate uplift and mountain-building processes, as well as the formation of a volcanic arc.
A metamorphic rock is a type of rock that has undergone a change in its original form through extreme heat, pressure, or mineral alteration. As a result, the rock is transformed into a new form, and its texture, composition, and structure are altered. Hence, volcanic arcs are metamorphosed over time, as they undergo extreme heat and pressure during the process of accretion.
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32. True/False
"Sediment partides in a rock are called grains”
Answers
Answer:
True
Explanation:
The individual grains from different classes of rocks (i.e., igneous, metamorphic, and sedimentary) develop by different processes. For example, a sedimentary rock might have individual grains of sand held together by a natural cement.
ANSWER
true
Explanation:
Iridium, a hard, whitish metal similar to platinum, is extremely rare on Earth. Extremely high concentrations of iridium on Earth result
from only two scenarios: massive volcanic eruptions that release iridium from deep within the Earth and meteorites that shower down on Earth from space. When scientists found concentrations of iridium 30 times higher than normal in rock stratum from 65 million years
ago, they concluded that a massive meteor or comet hit the Earth and caused the massive extinction of the dinosaurs.
Which of the following, if true, most strongly supports the scientist’s conclusion?
A. Volcanoes massive enough to generate high concentrations of iridium are very rare.
B. Massive volcanic eruptions occurred frequently 80 million years ago.
C. Most scientists support the hypothesis that a cosmic impact wiped out the dinosaurs.
D. The massive extinction that occurred 70 million years ago killed not only the dinosaurs but also 70 percent of all life on Earth.
E. A comet struck the earth some 120 million years ago, but no widespread extinction occurred.
Answers
Answer:
B. massive volcano eruptions occurred frequently 80 million years ago
Massive volcanic eruptions occurred frequently 80 million years ago is most strongly supports the scientist’s conclusion. Therefore, option B is correct.
If massive volcanic eruptions occurred frequently 80 million years ago, it suggests that the high concentrations of iridium found in the rock stratum from 65 million years ago could be attributed to these volcanic eruptions rather than a cosmic impact.
This would weaken the argument that a meteor or comet caused the extinction of the dinosaurs, as an alternative explanation for the elevated iridium levels is provided.
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which factor causes earth’s seasons? earth’s distance from the sun during its orbit the equator’s division of earth into northern and southern hemispheres the tilt of earth’s axis as it orbits around the sun earth’s completion of its orbit around the sun every 365.25 days
Answers
Seasons are caused by the tilt of Earth's axis as it circles the Sun. During such time, the hemisphere oriented towards the Sun (north or south) receives more heat. The seasons are not caused by the Sun's proximity.
A season is a division of the year that is based on variations in weather, ecology, and the amount of daylight hours in a certain place. Seasons occur on Earth because to the axial parallelism of the Earth's tilted orbit around the Sun.
Seasons are distinguished in temperate and polar regions by differences in the amount of sunlight that reaches the Earth's surface, which may drive animals to hibernate or migrate, and vegetation to become dormant. Various civilizations define the number and character of seasons depending on geographical variances, and as a result, the number of seasons differs throughout both current and historical cultures.
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correct question is:
Which factor causes Earth’s seasons?
Earth’s distance from the Sun during its orbit
the equator’s division of Earth into Northern and Southern Hemispheres
the tilt of Earth’s axis as it orbits around the Sun
Earth’s completion of its orbit around the Sun every 365.25 days
What are some of the unique characteristics of the Amazon River basin?
Answers
WILL MARK BRAINLIEST!!
Which would be the best argument to make against using fossil fuels for someone living in a coastal area?
A. Deforestation will make the greenhouse effect worse.
B. The warming oceans will raise sea levels and displace people.
C. The more carbon dioxide we put into the atmosphere, the more polluted our air will be.
D. Continued global warming will make coastal areas hotter to live in.
Answers
What causes the sun to appear to move across the sky?
Earth's orbit
Earth's tilt
Earth's poles
Earth's rotation
Answers
Earth's rotation.
hope it helps :D
which of the following statements concerning astronomical cycles (changes in the earth’s path around the sun, its tilt, or wobble) is true:
Answers
Astronomical cycles can significantly alter the distribution of solar radiation across the Earth.
The planet rotates around its own axis in Earth's rotation. The North and South Poles are connected by this fictitious axis. The Sun appears to rise in the east and set in the west because Earth rotates from west to east. The time it takes for Earth to complete one full rotation around its axis is used to calculate the length of a day.
A year is defined by Earth's orbit. The axis precession cycle on Earth lasts 26,000 years. This is due to the fact that the Earth's cycle of axis precession takes 26,000 years, the saros cycle of eclipses defines a month, the Earth's orbit defines a year, and the Earth's rotation defines a day.
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The correct question is:
Which of the following statements concerning astronomical cycles (changes in the Earth's path around the sun, its tilt, or wobble) is TRUE:
The most dramatic changes due to these astronomical cycles occur in low latitude, tropical areas. These astronomical cycles can significantly alter the distribution of solar radiation across the Earth. These astronomical cycles can greatly affect the composition of the Earth's atmosphere and hence its climate. These astronomical cycles only began a few million years ago, which is when ice sheets began to form. These astronomical cycles dramatically change how much solar radiation can reach the Earth's surface.heyy! i’ll give brainliest please help.
Answers
Answer: The gulf Stream/D
Explanation:
hope this hepls!
Direct rays of the sun fall on the equator ?
(A) 21 march
(B) 21 june
(C) 22 december
(D) None of these
Answers
Answer:
Direct rays of the sun fall on the equator on (A) 21 March and (C) 22 December.
Explanation:
The Earth's axis is tilted relative to its orbit around the sun, which results in the changing seasons and the varying angle at which the sun's rays hit different parts of the planet. On two specific dates in the year, known as the equinoxes, the tilt of the Earth's axis is such that the sun's rays directly hit the equator.
On 21 March, during the vernal equinox, the sun is positioned directly over the equator, and its rays fall perpendicularly onto the equatorial region. This marks the beginning of spring in the Northern Hemisphere and autumn in the Southern Hemisphere.
Similarly, on 22 December, during the winter solstice in the Northern Hemisphere and the summer solstice in the Southern Hemisphere, the sun is once again positioned directly over the equator. This results in direct rays falling on the equatorial region.
On 21 June, during the summer solstice in the Northern Hemisphere and the winter solstice in the Southern Hemisphere, the sun's rays are most directly concentrated around the Tropic of Cancer in the Northern Hemisphere. This means that the rays are not falling directly on the equator during this time.
Therefore, the correct answer is (A) 21 March and (C) 22 December, when the direct rays of the sun fall on the equator.
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cities located at or near river deltas are at greater risk from sea-level rise because ______. (select all that apply.)
Answers
The cities located at or near river deltas are at greater risk from sea-level rise because:
they are already very close to, at, or below sea levelthe protective marshlands are highly sensitive to rising seas.What are river deltas?A river delta refers to a landform that is shaped like a triangle which is created by deposition of sediment that is carried by a river and enters slower-moving or stagnant water. This form of landforms occurs where a river enters an ocean, sea, estuary, lake, reservoir or another river that cannot carry away the supplied sediment.
Often, the size and shape of river delta is controlled by balance between watershed processes that supply sediment and receiving basin processes that redistribute, sequester, and export that sediment. All the size, geometry, and location of the receiving basin also plays an important role in delta evolution.
As river deltas form at the ocean at or below sea level, they are highly prone to storm surges which are expected to occur more frequently due to climate change-fueled sea-level rise and coastal flooding.
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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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if i begin with a rock composed of clay and quartz and then i metamorphose it and form a rock with garnet and mica, what metamorphic process is taking place? group of answer choices phase change recrystallization this scenario is impossible. neocrystallization
Answers
If I begin with a rock composed of clay and quartz and then I metamorphose it and form a rock with garnet and mica, the metamorphic process taking place is neo-crystallization.
Metamorphic rocks stand up from the transformation of present rock to new styles of rock in a method called metamorphism. The authentic rock (protolith) is subjected to temperatures more than a hundred and fifty to 200 °C (three hundred to 400 °F) and, often, multiplied strain of 100 megapascals (1,000 bar) or more, inflicting profound bodily or chemical changes. During this method, the rock stays by and large withinside the strong state, however progressively recrystallizes to a brand-new texture or mineral composition. The protolith can be an igneous, sedimentary, or present metamorphic rock.
Metamorphic rocks make up a massive part of the Earth's crust and shape 12% of the Earth's land surface.[2] They are labeled with the aid of using their protolith, their chemical and mineral makeup, and their texture.
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True of False
Hot Springs and Geysers indicate there is hot
rock, magma, underneath heating the water.
Answers
Answer:
The statement is true.
Explanation:
Hot springs and geysers are natural features where we have warm to hot water coming out or propelling into the air. They can be found in a lot of places around the world, but what can be noticed is that the highest concentration of them is actually near the plate boundaries, slightly less in former volcanic areas, and rarely in areas that have not been tectonically active for a prolonged period of time.
The reason for such distribution is that the magma deep into the crust and the hot rocks are what cause the formation of hot springs and geysers. The groundwater gets heated by the magma that has managed to rich to a certain point in the crust, or has heated up the rocks above it. Being exposed to heat, the water gets hot as well, but also that creates a lot of pressure, and in the case of the geysers it results in shooting out hot water high into the air.
Which landform most likely formed when lava cooled and solidified?
Answers
A volcano is a landform most likely formed when lava cooled and solidified
What is a volcano?Generally, A volcano is a rupture in the Earth's crust where molten rock, debris, and gases are released from below the surface. Volcanic activity is caused by the movement of tectonic plates, which is when two of the Earth's plates move and collide.
Volcanic eruptions can cause widespread destruction and loss of life, with the potential to reshape the Earth's surface. Moreover, this landform differs from others such as mountains, hills, valleys, etc. due to lava, which is molten rock and this lava is key in the formation of a volcano.
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Which law explains when a magician pulls a tablecloth out from under
dishes and glasses on a table without disturbing them.
Answers
Answer:
inertia
Explanation:
How you will adapt the environment to meet the child's needs?.
Answers
Spend time with their children to really get to know them, how they learn, what they enjoy, what they might struggle with, where they may need more support in to secure their learning. This all helps to build strong and solid foundations for their future growth development.
How does a positive environment and routine meet the need of children?Routines provide children with a sense of security and control over their surroundings. When life at home is organized and consistent, children feel safe, secure, and cared for, especially during stressful times or developmental stages.We need to meet the basic needs of a child matter, such us physical needs, including food, water, and a place to live, without these things children can't properly grow and mature physically.Learn more about child's needs here: brainly.com/question/29110279
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What is a planet's heat budget? Is Earth's heat budget balanced or not?
Answers
Answer: The balance of incoming and outgoing heat on Earth is referred to as its heat budget . As with any budget, to maintain constant conditions the budget must be balanced so that the incoming heat equals the outgoing heat.
Explanation:
The term "heat budget" refers to the equilibrium between the heat that enters and leaves the planet. Like any budget, it must be balanced for the incoming heat to equal the escaping heat in order to maintain constant circumstances.
What is Planet heat budget?
The thermal history of the Earth is fundamentally based on the internal heat budget of the planet. The flow of heat from Earth's interior to the surface is estimated to be 47 2 terawatts (TW) and comes from two main sources in roughly equal amounts: the primordial heat left over from Earth's formation and the radiogenic heat produced by the radioactive decay of isotopes in the mantle and crust.
Most geological processes are powered by the Earth's internal heat, which moves along geothermal gradients. It propels volcanism, rock metamorphism, mountain formation, plate tectonics, and mantle convection. A geodynamo that produces Earth's magnetic field is also thought to be sustained by convective heat transfer within the planet's hot metallic core.
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Which of the following is NOT a factor that causes the distribution of population to vary from one region
to another?
A. the amount of arable land
B the length of the growing season
C. the elevation
D. the amount of rainfall
O E. the size of the ecumene