correctly complete the sentences with the words provided. As the moisture-rich air approaches the mountain, it ____________ and ____________ , and water molecules in the air combine to form small drops. The process where water vapor becomes a liquid is called ____________ .
Answers
Answer:
As the moisture-rich air approaches the mountain, it rises and cools, and water molecules in the air combine to form small drops. The process where water vapor becomes a liquid is called condensation.
As the moisture-rich air approaches the mountain, it is forced to rise due to the topography. As the air ascends, it encounters lower temperatures at higher altitudes.
This cooling effect causes the air to condense, and water molecules within it come together to form small drops. The process where water vapor becomes a liquid is called condensation.
The rising air, laden with water vapor, reaches a point where it can no longer hold all the moisture, resulting in the formation of clouds and precipitation.
This phenomenon is commonly observed when warm, humid air is pushed upwards by winds towards mountainous regions, leading to the cooling, condensation, and subsequent release of water in the form of rain or other forms of precipitation.
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Related Questions
HELP pls will mark you the brainliest
Answers
Answer:
Explanation:
The answer that I think would best fit the question is
A Competition between businesses
Powers Scavenger Hunt
For each question, give the kind of power it is and which
1. Managing the military
2. Covid Mask Requirements
3. Investing in Solar Panel Technology
4. Managing Schools
5. Taxing
Answers
Answer: Managing the Military is a pioneering analysis of the power of the chairman of the JCS that sheds new light on civil-military relations in the United States
People may choose to mask at any time. Masks are recommended in indoor public transportation settings and may be required in other places by local or state authorities.
Not only is solar power good for the environment, but you can earn money selling back excess power to the grid. While costs have come down over the past years, installation and maintenance of solar panels can be quite expensive. Solar panels are best suited for homes that receive ample sun exposure throughout the year.
School management is important because it also helps the school to manage the student's admission by managing the prospective student's data and reduce the use of paper. Recording and reviewing students' attendance record is just one of the main features of the school management system.
Taxation is a term for when a taxing authority, usually a government, levies or imposes a financial obligation on its citizens or residents. Paying taxes to governments or officials has been a mainstay of civilization since ancient times.
Explanation:
irrigation methods in manipur
Answers
The region primarily relies on traditional irrigation practices, although modern techniques are gradually being adopted.
Here are a few common irrigation methods used in Manipur:
Diversion channels: This method involves diverting water from rivers or streams into irrigation channels that distribute water to the fields. Diversion channels are constructed to capture and channelize water towards agricultural areas, allowing farmers to control the flow and distribution of water.Tanks and ponds: Manipur has a network of natural and artificial tanks and ponds that serve as water storage reservoirs. These water bodies are used for irrigation by releasing water into the fields through canals or channels. Tanks and ponds play a crucial role in providing water during dry periods or seasonal variations in rainfall.Lift irrigation: In areas where the water source is at a lower level compared to the fields, lift irrigation is employed. This method involves using pumps or other mechanical means to lift water from rivers, streams, or wells and then distributing it through pipelines or channels to the fields that require irrigation.Sprinkler irrigation: Sprinkler irrigation is a modern technique gaining popularity in Manipur. It involves using sprinklers that distribute water over the fields in a spray pattern, similar to rainfall. Sprinkler systems help conserve water by reducing evaporation and providing more precise water application. This method is suitable for a variety of crops and terrains.Drip irrigation: Drip irrigation is another modern method becoming increasingly adopted in Manipur. It involves delivering water directly to the plant roots through a network of pipes and emitters. This method is efficient in water usage as it minimizes evaporation and provides targeted irrigation. Drip irrigation is particularly beneficial for water-intensive crops and areas with limited water availability.For such more question on irrigation:
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You should not get up. You should not make dinner. You think you feel fine. You need to stay in bed. You are sick. You need to give your body a chance to get well. You will only get better with rest.
Answers
Answer:
Okay so this is perfect if any of you are sick I'm am Polish and in Poland when you got sick you drank onion juice. Cut up onion, put it in a jar (you can add some sugar to it to make it taste better), close it until the onion relises the jucie, drink one spunfull of it a day good luck it worked for me every darn time
Explanation:
Which of the following has contributed most to the
deindustrialization of regions like the English Midlands and the
North American Manufacturing Belt?
A) The increased percentage of women in the labor force
B) Competition from foreign imports
C) Environmental legislation
D) The formation of free trade associations
E) The decline of labor unions
Answers
Answer:
B
Explanation:
Cuz i said soo
Haleakala and Hawaii Volcanoes National Park are both located in the Hawaiian Island chain. Explain why their present day volcanic activity is very different.
Answers
Haleakala and Hawaii Volcanoes National Park are both located in the Hawaiian Island chain, but their present-day volcanic activity is very different because they are located on different types of volcanoes.
Haleakala is a shield volcano that is considered to be "dormant" or "inactive." This means that it has not erupted in at least several hundred years and is not expected to erupt in the near future. While there is some geothermal activity and the potential for small eruptions or seismic activity, Haleakala is not currently considered to be an active volcano.
In contrast, Hawaii Volcanoes National Park is home to two active shield volcanoes: Kilauea and Mauna Loa. Kilauea has been erupting continuously since 1983 and has been one of the most active volcanoes in the world over the past few decades. Mauna Loa, on the other hand, has not erupted since 1984 but is still considered to be an active volcano with the potential to erupt again in the future.
The differences in the present-day volcanic activity of Haleakala and Hawaii Volcanoes National Park are due to their different locations and geologic histories. Shield volcanoes like Haleakala are typically formed by relatively gentle eruptions of lava flows, which build up broad, shield-shaped mountains over time. In contrast, the more explosive eruptions associated with stratovolcanoes like Kilauea and Mauna Loa can create steep, cone-shaped mountains with deep craters and explosive ash plumes.
Overall, while both Haleakala and Hawaii Volcanoes National Park are located in the Hawaiian Island chain, their present-day volcanic activity is very different due to their different types of volcanoes and geologic histories.
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The present-day volcanic activity of Haleakala and Hawaii Volcanoes National Park is different because the two sites represent different volcanic features.
Haleakala is a shield volcano that has been inactive for more than 200 years. Its eruptions were characterized by low-viscosity basaltic magma, which generated fiery fountains, vast lava fields, and cinder cones. The volcano's most recent activity occurred around 1790, and it has remained dormant ever since.
The Hawaii Volcanoes National Park, on the other hand, is located near the summit of the Mauna Loa and Kilauea shield volcanoes. It is characterized by effusive eruptions that have persisted for more than a century. These eruptions are fueled by low-viscosity basaltic magma that is capable of flowing over vast distances, inundating towns, and covering everything in its path. Kilauea and Mauna Loa's present-day activity can be attributed to the ongoing formation of the Hawaiian Islands, which are built on the Pacific Plate's moving tectonic boundary with the mantle plume.
In contrast, the reason why Haleakala has been inactive for such a long time is not well understood. However, some scientists suggest that the volcano may have stopped erupting due to a lack of magma supply, leading to its demise.
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What is a courier??????????????????
Answers
a company or employee of a company that transports commercial packages and documents.
"the check was dispatched by courier"
(Please help. 18 points!!!) Which of the following are resources of the Amazon rain forest?
Check ALL that apply.
A. History
B. Plant Biodiversity
C. Land
D. Water
Answers
Answer:
B, C&D
Explanation:
These are the answers
Answer: it’s all of them for ap*x
Explanation: i just took it rn
Globalization has led to more countries being isolated from others.
true or false
Answers
Answer:
true
Explanation:
it has isolated nations from each other by distance, time zones, and language.
Answer:
true
Explanation:
language barriers landlocked countries and different time zones
Use the population map of Europe below to answer the following question: Creative Commons Attribution-Share Alike 3.0 Unported Which of the following conclusions can be drawn from this map
Answers
what are the main differences in s2 layer of cell wall of wood and bamboo?
Answers
The S2 layer of the cell wall is the layer closest to the lumen, or innermost part of the cell, in both wood and bamboo. While the S2 layer is consists primarily cellulose in both types of plants, there are some differences in the structure of this layer in wood and bamboo.
One key difference is the orientation of the cellulose fibers in the S2 layer. In wood, the cellulose fibers in the S2 layer are highly aligned in a parallel fashion, which gives the wood its characteristic strength and stiffness.
In contrast, the cellulose fibers in the S2 layer of bamboo are more randomly oriented, which gives bamboo its flexibility and bendability.
Another difference is the presence of lignin in the S2 layer. Lignin is a complex organic polymer that provides additional strength and rigidity to plant cell walls.
In wood, the S2 layer contains a relatively high amount of lignin, which helps to make it a strong and durable building material. In contrast, bamboo has a much lower lignin content in its S2 layer, which contributes to its flexibility and lighter weight.
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arrange the Solar System objects from least massive to most massive. Least massive Most massive Mercury Venus Jupiter Asteroid lda Sun Mars Uranus .
Answers
Answer: The arrangement of Solar System objects from least massive to most massive is as follows: Asteroid, Mercury, Mars, Venus, Uranus, Jupiter, Sun, and lda.
Explanation: The Solar System consists of various objects, including planets, asteroids, and the Sun. To arrange them from least massive to most massive, we need to consider their relative sizes and masses.
The least massive object is an asteroid, which is a small rocky or metallic body that orbits the Sun. Asteroids can range in size from a few meters to hundreds of kilometers in diameter.
Next is Mercury, the smallest planet in our Solar System. While it is larger than most asteroids, it is still relatively small compared to other planets.
Following Mercury is Mars, which is larger than Mercury but smaller than Earth. Mars is often referred to as the "Red Planet" due to its reddish appearance.
Venus, the second planet from the Sun, is the next in line. It is similar in size to Earth and often called Earth's "sister planet."
Uranus, the seventh planet from the Sun, is the next in line. It is a gas giant with a much larger mass compared to the rocky planets like Mercury, Mars, and Venus.
Jupiter, the largest planet in our Solar System, comes after Uranus. It is a gas giant with a significantly greater mass than all the previously mentioned objects.
The Sun, the central star of the Solar System, is the next object in terms of mass. It contains more than 99% of the total mass of the Solar System and significantly outweighs all other objects.
Lastly, "lda" is mentioned in the question, but it is not a recognized object in the Solar System. It is likely a typo or a reference to an unknown object.
In summary, the arrangement of Solar System objects from least massive to most massive is: Asteroid, Mercury, Mars, Venus, Uranus, Jupiter, Sun, and lda (unknown).
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Think critically about the information in your profile and population pyramid. What does this information lead you to believe about the level of development of your chosen country? Write a paragraph answering this question, and be sure to support your conclusions with evidence from your research.
Answers
Answer:
Explanation:not helpful image
Analyze the map below and answer the question that follows.
A map the Mauna Rea Forest Reserve in Hawaii that shows slope and elevation.
Image courtesy of USGS
The type of map above uses lines to show slope and elevation. What kind of map is shown in this image?
A.
a thematic map
B.
a special purpose map
C.
a topographical map
D.
a political map
Answers
Answer: C.
a topographical map
Explanation:
Add words that completes the thought in the underlined sentence the universe awaits in new york city
Answers
The idea of the italicised passage is that New York City is where the cosmos awaits. The universe awaits exploration in New York City."
In reality, a sentence is only a collection of words that together express a full notion. Normally, a sentence contains a subject, a predicate, and complete thought. There are various sentence structures:
concise sentences
voluminous sentences
compound words, etc.
Here, it is clear that the chosen response is the best one because it fully explains the sentence's meaning. You probably don't think about vegetable gardens when you think of astronauts, but you should.
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Help please in araling panlipunan (geography) (jumbled letters)
Note: This question is in tagalog language so probably only filipino users can understand it.
This is for 40 points so please answer properly
Brainliest to the correct answer:)
A.) I E T S E N R
B.) I O K P M P A G I
C.) E M N M I K O A O R O K K S
D.) H D O S A
E.) S C A T P S I R H Y O
F.) B N T A I M E R Y O
G.) Y S B A N A M A H A
H.) P U A M U M U A H N N
I.) S Y N D E S O A E P R
J.) K L L A B A A Y H A A K
Answers
The sun's ray are strongest or most direct at the
Answers
Answer:
Explanation:
The equator
The sun’s rays are strongest at the equator where the sun is most directly overhead and where UV rays must travel the shortest distance through the atmosphere.
Which of the following is true of the planet Earth?
Answers
Answer:
Answer:
A, B, and C
Explanation:
* The Earth revolves around the Sun to cause seasons.
* The Earth is the third planet from the Sun: Mercury, Venus, EARTH, Mars, Jupiter, Saturn, Uranus, and Neptune.
* All the other planets are orbited by more than one moon, but Earth is only orbited by one.
Explanation:
the earth revolves around the sun, the earth is the third planet from the sun, earth is the only planet that is orbited by one moon.
brainliesy?
Question 15 of 15
Oceanic crust slides under continental crust during subduction because
oceanic crust is
A. faster
B. denser
C. less dense
D. younger
Answers
Answer:
B. denser
Explanation:
In a convergence boundary where continental crust collides with an oceanic crust , the oceanic crust get subducted due to it more dense nature. The oceanic crust is denser because of the kind of rocks found in it. The oceanic crust is dominated by mafic rocks(basalt, Gabbro and Diabase) majorly, Basalt. Generally, this kind of rocks are heavier than the rocks found in the continental crust(usually granitic) . This kind of rocks (mafic)contribute to it(oceanic crust) dense nature.
Due to the dense nature of oceanic crust, when they collides with the more active continental crust they tend to subduct. The subduction zone causes an introduction of magma as aesthenosphere material are released through this zone . This zone is marked with volcanoes . The oceanic crust subduct to form trenches.
The picture above illustrate the colliding effects of a continental and oceanic crust.
Hope this helps you :)
how does the manner in which lord farquaard rules duloc illustrate the conflict perspective
Answers
In Scared Shrekless, Duloc appeared as a ravaged ghost town that was devoid of existence. The theory shows that for Duloc to have been emptied so fast, it is likely because of a natural catastrophe or invading the navy.
Lord Farquaad's exceptional look and character are in part based on former Disney CEO Michael Eisner, with whom his soon-as-coworker Jeffrey Katzenberg, who produced Shrek for DreamWorks, had a bitter falling out.
Lord Farquaad, intends to marry the princess solely in order that he can end up King of Duloc. so that it will regain ownership of his swamp, Shrek and Donkey comply with retrieving Fiona from her dragon-guarded tower and delivering her to Farquaad.
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which effect can a ocean have on a climate?
Answers
Answer:
The oceans make the climate milder in general, but they can make a place very wet or very dry.
Explanation:
The oceans are one of the major climate modifiers. They contain a huge amount of water in them, and with the water having different properties than the land it manages to alter the climate along the coastlines or in the islands. The water, unlike the land, is heating up and cooling off much slower, thus its temperature is much more stable, making the areas under its influence much milder.
On the other hand, there is a big difference in climatic influence between warm ocean water and cold ocean waters. The first ones create warm and wet air masses above them so when they make the areas they influence pretty wet. The cold ocean waters create cold and dry air masses, and these air masses don't bring in precipitation on the land, so they create arid and semi-arid climate conditions.
Answer:
Ocean winds can carry moisture with them and can bring rain and fog over inland areas.
Explanation:
took the test
the late-precambrian sedimentary rocks found in glacier national park comprise the: group of answer choices belt series windemere group ocoee series tonto group glen canyon group
Answers
The late-precambrian sedimentary rocks found in Glacier National Park comprise the Belt Series. The Belt Series is a group of rock formations that were formed between 1.4 billion and 800 million years ago during the Proterozoic era. These rocks are some of the oldest in the park and are known for their striking colors and unique geological features.
The Belt Series is made up of a variety of rock types, including sandstone, limestone, shale, and dolomite, which were formed through a combination of sedimentation and tectonic activity. The Belt Series is an important part of the geological history of the park, as it represents a time when the North American continent was undergoing significant changes. During this period, the continent was being stretched and pulled apart, causing the formation of rift valleys and mountain ranges.
The sedimentary rocks of the Belt Series were deposited in these environments and were subsequently buried and compressed over millions of years. Today, the rocks of the Belt Series can be seen throughout Glacier National Park, where they form many of the park's iconic geological landmarks, including the spectacular cliffs and peaks of the park's eastern and western sides. These rocks also provide important clues about the history of the park and the geologic forces that have shaped it over time.
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confining pressure dominates in areas where ____________ is happening.
Answers
Confining pressure dominates in areas where burial metamorphism is happening.
When sedimentary rocks which have experienced diagenesis are buried even farther, burial metamorphism takes place. Diagenesis progresses into burial metamorphism, a comparatively mild kind of metamorphism brought on by the heat and pressure of the sedimentary rocks and overlying sediments.
When rocks are deeply buried by underlying sediments in sedimentary basins, burial metamorphism frequently takes place. Lithostatic pressure, also known as confining pressure, is brought on by burial. Burial metamorphism happens where sediments are deposited deeply so that heat and pressure enable minerals to start to recrystallize and new minerals to develop, yet fails to leave the rock with a foliated look.
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what do geologists call small accreted crustal fragments that have a geologic history distinct from adjacent blocks?
Answers
Geologists call small accreted crustal fragments that have a geologic history distinct from adjacent blocks "terranes."
Terranes are individual crustal blocks that have been transported and attached to a larger landmass through tectonic processes. They typically have a unique geologic history, different from the surrounding rocks, indicating that they originated from separate geological settings. Terranes can vary in size, ranging from small fragments to large areas of land.
The formation of terranes occurs through processes such as subduction, collision, or accretion along plate boundaries. These processes involve the movement and collision of tectonic plates, which can result in the assembly of diverse geological units. Terranes often have distinct rock types, fossils, and structural features that are indicative of their separate origins.
Studying terranes is important for understanding the complex tectonic history of a region. By examining the geologic characteristics of terranes and their relationship to adjacent blocks, geologists can reconstruct the past movements and interactions of tectonic plates. This helps in unraveling the geological evolution of an area and provides insights into plate tectonics, continental drift, and the formation of mountain ranges.
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What are three powers of land buliding ing geography?
Answers
What are the stages of the life cycle of the Sun?
A.
Red giant → main sequence star → white dwarf
B.
Main sequence star → red giant → white dwarf
C.
Main sequence star → white dwarf → red giant
D.
White dwarf → main sequence star → red giant
Answers
Answer:
Option C - Main Sequence star --> white dwarf ---> red giant.
Answer:
B is the answer
Explanation:
I just did it on a p e x
I WILL MARK BRAINLIEST TO WHOEVER ANSWERS BOTH QUESTIONS FIRST
1. In which two places do divergent boundaries occur?
A. land and oceans
B. oceans and volcanoes
C. volcanoes and lower mantle
D. lower mantle and land
2. Which plate does not appear in both hemispheres?
A. Indo-Australian
B. African
C. Pacific
D. Eurasian
Answers
b and c
Explanation:
hope it helped you
the tropic of cancer passes trough the south of____________(country)and middle of_____________(country)
Answers
Answer:
Tropic of Cancer passes through the south Egypt(I believe) and the middle of India
Explanation:
Brainly?
What country is the most powerful?
Answers
Answer:
The U.S is the most powerful country in the world.
Answer:
China has the largest military
Explanation:
By active units.
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