Which event is inferred by most scientists to be responsible for a climate change that has recently led to a decrease in the size of most glaciers? *
a decrease in the rate of divergence of lithospheric plates along a mid-ocean ridge O
a decrease in the amount of insolation reaching Earth's surface
an increase in the amount of greenhouse gases in Earth's atmosphere
an increase in the amount of vegetative cover in the tropics
Answers
Answer:
20 km away from mid Atlantic ridge. Which event is inferred by most scientists to be responsible for a climate change that has recently led to a decrease in the size of most glaciers? An increase in the amount of greenhouse gases in earths atmosphere.Explanation:
Related Questions
what is the other type of crust that exist on our planet?
Answers
Explanation:
Abstract
Most planetary systems are formed within stellar clusters, and these environments can shape their properties. This paper considers scattering encounters between solar systems and passing cluster members, and calculates the corresponding interaction cross-sections. The target solar systems are generally assumed to have four giant planets, with a variety of starting states, including circular orbits with the semimajor axes of our planets, a more compact configuration, an ultracompact state with multiple mean motion resonances, and systems with massive planets. We then consider the effects of varying the cluster velocity dispersion, the relative importance of binaries versus single stars, different stellar host masses, and finite starting eccentricities of the planetary orbits. For each state of the initial system, we perform an ensemble of numerical scattering experiments and determine the cross-sections for eccentricity increase, inclination angle increase, planet ejection, and capture. This paper reports results from over 2 million individual scattering simulations. Using supporting analytic considerations, and fitting functions to the numerical results, we find a universal formula that gives the cross-sections as a function of stellar host mass, cluster velocity dispersion, starting planetary orbital radius, and final eccentricity. The resulting cross-sections can be used in a wide variety of applications. As one example, we revisit constraints on the birth aggregate of our Solar system due to dynamical scattering and find N ≲ 104 (consistent with previous estimates).
Answer: Oceanic Crust and Continetal Crust
what is the fastest animal in the world
Answers
Answer:
Peregrine falcon and cheetah
Explanation:
are answer is
correct you can
search it
Answer:
Peregrine FalconPeregrine Falcon can exceed 320 km/h in fligh.
Hope I helped you, good studies!
In light of His holiness and justice, how must God treat sin?
Answers
Answer:
he'll punish it
Explanation:
Continuations fellows thanks
Answers
Answer:
..
Explanation:
you have to answer all of them?
In Mississippi, slaveholding was
limited to plantation owners
practiced mostly among small
farmers
widely practiced across the state
much less common than in other states
Answers
Given pqrs what is the measure of q
Answers
The top, bottom, and sides of PQRS are parallel if it is a parallelogram. Assuming that S is 40 and that it is a parallelogram, the other angle is congruent, so Q is also 40.
What are the characteristics of a parallelogram?A parallelogram is a particular kind of quadrilateral in geometry. It has four sides and is a two-dimensional figure. The opposite sides of a parallelogram must be parallel, congruent, and have equal opposite angles as these are its most crucial characteristics.
What is the law of parallelograms?The neighboring sides drawn from a point can represent two vectors acting at a point simultaneously in magnitude and direction according to the parallelogram law of vectors.
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Given PQRS, what is the measure of Q
OA 90•
OB. 140
OC. 40°
O D. 25°
OE 240°
OF 50°.
A map projection is the concept of fitting a three-dimensional earth surface or projecting a three-dimensional earth surface onto a two-dimensional surface, as in a sheet of paper. True or false
Answers
Answer:
True
Explanation:
maps are supposed to show the world but on a 2D replica
Please help my on science
Answers
Answer:
hey i hope my answer helps you :)
Explanation:
rock moves outwarda crack forms then magma hardens magma pushes upward i hope this helps :) ❤~TheNobodyAngie~❤
Part 3: GRLevel3 and Dual Pol
For this part, you will follow the instructions below. The data files for GRLevel3 can be found in the same area you fount this assignment.
Our goal with this case study involving Pulse Storms is to learn how to identify a ZDR column (aka an updraft) using both standard and Dual-Pol products.
First, we want to do our situational awareness to best understand what is going on. Therefore, on the next page are the 500 mb map, as well as the sounding for Minneapolis, MN.
Next, we need to load the data. In the same Module as you found this file, you should see a file called “Quarter3HWdata.zip”. Please download this file and unzip it. There should be 19 files in there that are ready to be used in GRLevel3. This will load data from the KARX radar in La Crosse, WI.
Now let‘s load the data that you’ve just unzipped into GRLevel3. Let the data loop through a few times to get an idea of the event. This loop should be a BR0.5, which is Base Reflectivity at 0.5°. Next, loop the data through a few times for each of the following products: VIL, CR, Echo Tops, ZDR, CC, and HCA.
Next, let‘s go over how to identify an updraft using Dual-Pol products. This can be accomplished by using BR, ZDR, and CC together. I’d suggest that before you advance any further you give a quick (re-)read of the “Updraft (ZDR Column)” section on page 43 in the Dual-Pol Students Guide.
To start with, let’s use the Melting Layer tool to estimate the freezing level. You can turn this on by clicking the button directly beneath the HCA tab.
In doing this, a series of 4 rings should appear on the display. Further, these rings should be centered on the radar site.
If you need a refresher in how to interpret the Melting Layer, then take another look at Figures 5-2 and 5-3 in the Dual-Pol Students Guide.
Next, we would like to look at 4 panels at once! To do this, first go to the Windows tab, then select Four Panels. The 4 panels you need to display are (clockwise from top left) BR1.5, ZDR1.5, CC1.5, and HCA1.5. In order to get the panels set up properly, first select the panel you want to change by clicking on this panel. Next, simply select the product and angle you want from the tabs above. This should do it! It should look something like this:
In the lower left corner of each panel is text indicating the product type and tilt.
Next, zoom in on the area where you believe the most convection is present. Once you’ve done this, loop the images a few times to get a feel for things. In order to identify the updraft (ZDR column), you want to find an area if greater than 25 dBZ on the BR1.5, greater than 1.5 dBZ on the ZDR1.5, and less than 97% on CC that is outside of the second bold white circle.
HINT: An easy way to compare the same location(s) on all 4 panels if to drop a marker on the radar echo where you are studying. You can do this by giving a right click, then selecting “Place Marker Here”).
With all this information, you should be able to answer the following questions:
1. Where is the most intense convection?
2. Once you have identified this area of greatest convection, zoom in on this area and take a screen capture of the radar (File, Save Image, Entire Window). Please turn in the image with your homework.
3. What is the depth of the melting layer?
Answers
It should be noted that to identify the area of most intense convection, you will need to loop through the various products mentioned in the instructions, including Base Reflectivity at 0.5° (BR0.5), VIL, CR, Echo Tops, ZDR, CC, and HCA.
How to explain the informationOnce you have a good understanding of the event, you can use the Melting Layer tool to estimate the freezing level and identify the area of greatest convection.
Once you have identified the area of greatest convection, zoom in on this area and take a screen capture of the radar by going to File, Save Image, and selecting Entire Window. Please turn in the image with your homework.
Also, to determine the depth of the melting layer, you can refer to the Melting Layer tool and the accompanying figures in the Dual-Pol Students Guide, which explain how to interpret the rings that appear on the display when the tool is turned on. The depth of the melting layer can be estimated by measuring the distance between the rings.
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The Rust Belt would be an example of which of the following regions? *
1 point
Formal
Functional
Perceptual
Answers
Answer:
c
Explanation:
So I was working on my assignment and as I was doing it I came across this question so I tryed doing multiplication and division but I’m still confused
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judaism, hinduism and islam all belong to the same religious family
True or False
Answers
Answer:
False.
Explanation:
Judaism and Islam are both Abrahamic religions, while Hinduism belongs in its own seperate category
1.4 Evaluate how community respond to women and children in light of Human Rights Violations
Answers
The following factors can be used to assess how a community treats women and children:
The Bill of Rights A legal document that describes people's rights in a society is called the Bill of Rights. Equal legal protection and freedom from discrimination are rights that apply to both women and children. Women and children will receive equal treatment and be protected from abuse and discrimination in a community that values the Bill of Rights.
Discrimination: Discrimination against women and children violates their rights and can take many different forms, including gender-based violence, unequal access to education, and employment discrimination. Discrimination against women and children violates their rights and prevents the development of an inclusive community.
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A024) Earthquake Prediction - North Anatolian Fault, Turkey. Assuming you are a geologist/geophysicist consulting with the Turkish government, where would you predict would be the likeliest area to next experience a major earthquake in association with this fault system
Answers
Answer:
Being a lateral transform fault next earthquake is likely to occur in Eurasia.
Explanation:
The North Anatolian fault is an active right-lateral fault and forms a strike-slip fault in the north of Anatolia and has some of the significant earthquakes. The place has an elevation of 3,937 meters. Due to the fault, the system is aligned with the Eurasian plate system the next earthquake is likely to occur in Eurasia.___________ is a part of the formation of both igneous and metamorphic rocks.
Your answer:
A. pressure
B. heat
C . melting
D. weathering
Answers
Answer:
pressure and heat is a part of the formation of both igneous and metamorphic rocks.
This is the only large-scale bronze sculpture of an emperor on his horse to survive from antiquity.
Equestrian Sculpture of Marcus Aurelius, c. 173-76 C.E. (Capitoline Museums, Rome)Choose 1 answer:
Select one:
True
False
Answers
Equestrian Sculpture of Marcus Aurelius is the only large-scale bronze sculpture of an emperor on his horse to survive from antiquity.
Thus, the correct option is True.
What was Equestrian Sculpture?
It's an illustration meant to show the Emperor as supremely victorious. According to medieval chronicles, it is assumed that the sculpture once included a vanquished foe.
According to the tales, there was once a figure of a tied barbarian chieftain hiding under the horse's front right leg.
Marcus Aurelius Statue on Horseback, 1757. Hubert Robert, a painter and draftsman who studied for eleven years at the French Academy in Rome (1754-65), is renowned for his picturesque capriccios, or views of the city that combine actual and imagined antique monuments.
From the most delicate and compassionate to the most violent and exuberant, it has been used to represent a wide range of human emotions and moods.
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Vegetation ______the highest discharge that local streams attain and ______amount of infiltration that occurs
A) decreases, increases
B) increases, increases
C) decreases, decreases
D) increases, decreases
Answers
Vegetation option A. decreases the highest discharge that local streams attain and increases the amount of infiltration that occurs
1. Vegetation decreases the highest discharge of local streams: Vegetation, such as trees, grasses, and other plants, helps to intercept rainfall and reduce the impact of raindrops hitting the ground directly. The presence of vegetation creates a canopy that acts as a physical barrier, slowing down the rate at which rainwater reaches the ground.
This interception and slowing effect reduce the volume and intensity of surface runoff, thereby decreasing the highest discharge that local streams attain during heavy rainfall events.
2. Vegetation increases the amount of infiltration: Vegetation promotes infiltration, which is the process of water seeping into the ground. The roots of plants create pore spaces in the soil, allowing water to infiltrate more readily. Vegetation also helps to break up compacted soil, improving its permeability.
The presence of plants enhances soil structure, allowing water to penetrate deeper and increasing the amount of water that infiltrates into the ground. This reduces surface runoff and increases the amount of water stored in the soil, which is beneficial for groundwater recharge and sustaining ecosystems.
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due to population growth, particularly in less-developed countries, it is estimated that million-death earthquakes are likely to occur once every blank years.
Answers
Due to population growth, particularly in less-developed countries, it is estimated that million-death earthquakes are likely to occur once every 100 years.
How Deadly Is An Earthquake?An earthquake is a form of natural disaster that often occurs in several countries in the world. This earthquake basically occurs because of the movement of the earth's plates which makes the earth's surface vibrate. Earthquakes are measured using the Richter scale and the higher the number, the bigger the earthquake. Earthquakes can have a very extraordinary impact, especially in densely populated developing countries. This can happen because in a densely populated country, it will be difficult to evacuate. In addition, population density also causes the collapse of buildings resulting in loss of human life. Researchers estimate that at least once every 100 years there will be a devastating earthquake that kills more than 1 million people.
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What is the significance of a landmark as it relates to culture? use ur own words
Answers
Answer:
It could show the cultures connection to nature r religion depending on what the land mark is? i think thats right i dont know sorry i tried.
Explanation:
Why is the yen so weak? The biggest reason is the US move toward higher interest rates, while Japanese rates remain low, making dollar-denominated assets more attractive for investors.Sep 4, 2022
Answers
As I sit here in this cold, sterile room, waiting for the authorities to arrive, I can't help but reflect on the events that have led me to this moment. I never thought I would be the type of person to commit a crime, let alone one as heinous as poisoning another human being. But here I am, ready to turn myself in and face the consequences of my actions.
It all started a few months ago, when I found out that my partner was cheating on me. I was devastated, heartbroken, and filled with rage. I couldn't believe that someone I loved and trusted would betray me in such a way. I felt like I had lost everything, and I didn't know how to cope with the pain.
That's when the idea came to me. I remembered reading about a poison that could be used to incapacitate someone without causing any permanent harm. It seemed like the perfect solution to my problem. I could make my partner sick enough to teach them a lesson, but not so sick that they would suffer any long-term consequences.
I spent weeks researching the poison and how to acquire it. I was careful not to leave any evidence behind, and I made sure to administer it in a way that would be impossible to trace back to me. And it worked. My partner became sick and was hospitalized for a few days, but they eventually recovered.
But I couldn't live with the guilt. Every time I looked at my partner, I was reminded of what I had done. I knew that I had to come forward and face the consequences of my actions. It wasn't fair to my partner, and it wasn't fair to me to live with this secret.
So here I am, waiting for the authorities to arrive and take me into custody. I know that I will face jail time, and I accept that. What I did was wrong, and I deserve to be punished for it. But I hope that my actions can serve as a warning to others who might be considering taking matters into their own hands. There are always consequences to our actions, and we must be prepared to face them, no matter how difficult they may be.
25. How might the cycling of matter in the ocean be related to the buildup
of floating garbage in certain parts of the ocean? Why might some
garbage float and not sink? Record your evidence.
Answers
Rivers are thought to be the primary source of 1.15 to 2.41 million tones of plastic entering the ocean annually. More than half of this plastic is less dense than water, so once it hits the sea, it won't sink. therefore, people needs to be boycott plastics to save oceans.
What impact does trash have on the ocean?
The more resilient, buoyant, and tougher plastics can withstand the harsh maritime environment and travel great distances. They continue to float at the surface as they go offshore, propelled by convergent currents, and eventually assembling in the patch.
These plastics are unlikely to escape the gyre after they have arrived unless they break down into smaller microplastics as a result of exposure to the sun, waves, and marine life. The Great Pacific Garbage Patch's microplastic concentration will only rise as more and more plastics are dumped into the environment.
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Archaeologists have recently found a fossil of a 150-million-year-old mammal known as Repenornamus robustus (R. robustus). Interestingly, the mammal's stomach contained the remains of a psittacosaur dinosaur. Some researchers have therefore suggested that R. robustus was an active hunter of dinosaurs. However, a closer analysis has made the hypothesis that R. robustus was an active hunter unlikely. It was probably Just a scavenger that sometimes fed on dinosaur eggs containing unhatched dinosaurs. First, R. robustus, like most mammals living 150 million years ago, was smallâonly about the size of a domestic cat. It was much smaller than psittacosaurs, which were almost two meters tall when full grown. Given this size difference, it is unlikely that R. robustus would have been able to successfully hunt psittacosaurs or similar dinosaurs. Second, the legs of R. robustus appear much more suited for scavenging than hunting: they were short and positioned somewhat to the side rather than directly underneath the animal. These features suggest that R. robustus did not chase after prey. Psittacosaursâthe type of dinosaur found in the stomach of R. robustusâwere fast moving. It is unlikely that they would have been caught by such short-legged animals. Third, the dinosaur bones inside the stomach of the R. robustus provide no evidence to support the idea that the dinosaur had been actively hunted. When an animal has been hunted and eaten by another animal, there are usually teeth marks on the bones of the animal that was eaten. But the bones of the psittacosaur inside the R. robustus stomach do not have teeth marks. This suggests that R. robustus found an unguarded dinosaur nest with eggs and simply swallowed an
egg with the small psittacosaur still inside the eggshell.
Answers
Repenornamus robustus R robustus, a fossil of a 150 million year old animal, was recently discovered by archaeologists. The mammal's stomach, curiously, contained the remnants of a psittacosaur dinosaur. Therefore, some scientists have proposed that R Rob may contain dino eggs or other comparable dinosaurs.
An archaeologist is a scientist who excavates artefacts and human remains to learn about human history. After returning from the field, archaeologists clean, classify, categorise, and store the items they have found. They examine each item individually, but they may also aggregate them to look for trends. For instance, they may add up the weight of all the oyster shells or the number of all the nails and treat them as a single object. The study of post-Roman European archaeology up until the sixteenth century is known as mediaeval archaeology. The study of material culture in Europe from the 16th century onwards is known as post-medieval archaeology. The study of contemporary society using archaeological techniques, such as the Tucson Garbage Project, is known as modern archaeology.
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in which region of the world is gender equality the highest? 
A. Southwest Asia.
B. Angelo-North America
C. Northern Europe
D. Latin America
E. Oceania
Answers
Based on the concentrations of aqueous Fe, and assuming each horizon had equal amounts of Fe(III) to begin with, does the A, Bt1 or Bt2 horizon enter the Fe(III) reduction stage first?
a. horizon
b. Bt1 horizon
c. Bt2 horizon
Answers
Answer:
A Horizon.
Explanation:
A Horizon enters the Fe(III) reduction stage first because more concentration of microbes present in A horizon which started Fe(III) reduction stage first than the B horizon. So if each horizon had equal amounts of Fe(III) then Fe(III) reduction stage first started in A horizon and provide iron to the plants. A horizon is also refers to the top soil layer which contains dark colored decomposed organic matter, which is also called "humus".
"The _______ River is important to the Western region of the United States."
1. Mississippi River
2. Columbia River
3. Holston
Note: it is NOT the Colorado River, since that is not an answer.
Answers
Answer:mississippi 1
Explanation:
The asteroid belt separates the inner planets from the outer planets.
True
False
Answers
Answer:
true
Explanation:
FILL IN THE BLANK. complete the statement:___causes sea surface salinity to decrease, whereas___causes sea surface salinity to increase.
Answers
Melting of ice causes sea surface salinity to decrease, whereas evaporation causes sea surface salinity to increase.
The salinity of the sea surface increases when excess evaporation occurs and the water from the sea is evaporated into the air. In this circumstance, the concentration of the solvent i.e water is decreased and the concentration of the solute i.e salt increases. Hence, evaporation increases sea surface salinity.
On the other, the melting of ice increases the concentration of solvent i.e water in the sea. This increase in the concentration of the solvent causes the sea surface salinity to decrease.
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2 Table 2.5 Average annual temperature for Addis Ababa Annual Max Temp (C) Annual Min. Temp (0) J b F 23.3 24.3 9 10.8 By referring to Table 2.5, O M A M J J 11.6 12 123 11.2 A Activity 2.12 M 248 24.2 244 22.8 206 206 213 223 224 228 11.3 11.2 11 D 9.9 Calculate annual range of temperature. Calculate annual average (mean) temperature. C Convert the data into graphs When do the maximum and minimum temperatures of the month occ Ethiopia? Why?
Answers
A. The annual range of temperature is 14.3°C
B. The annual average (mean) temperature is 14.58°C
How did we get these values?To calculate the annual range of temperature, we need to find the difference between the highest and lowest temperatures of the year.
Annual Range of temperature:
Max Temp - Min Temp = 23.3°C - 9°C = 14.3°C
To calculate the annual average temperature, we need to find the sum of all monthly temperatures and divide by 12 (number of months in a year).
Annual Average Temperature:
(23.3+24.3+9+10.8+11.6+12+12.3+11.2+11.3+11.2+11+9.9)/12 = 14.58°C
To convert the data into graphs, we can create line graphs for the maximum and minimum temperatures for each month of the year.
Regarding when the maximum and minimum temperatures occur in Ethiopia, we can see from Table 2.5 that the maximum temperatures occur during the months of April and May, while the minimum temperatures occur in December and January. This is because Ethiopia is located near the equator and experiences two distinct seasons: a dry season from October to May and a rainy season from June to September. During the dry season, the maximum temperatures are higher due to clear skies and abundant sunshine, while during the rainy season, the minimum temperatures are lower due to increased cloud cover and precipitation.
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Female cones produce _________, which contain an egg.
Answers
Answer:
The answer is ovule
Explanation:
I had a similar question. Hope this helps
The thin layer of gasses that surround the earth is called the
mantle
biosphere
core
crust
Answers
Answer:
biosphere
Explanation:
the others are the earth's inner layers
Answer: biosphere
Explanation: