Explanation:
The air over the land gets heated and rises. This causes the winds to flow from the oceans towards the land. These are monsoon winds. In winter, the direction of the wind flow gets reversed; it flows from the land to the ocean. This applies to all places, not just India. I hope this helps!
Answer:
Land and water heat up at different rates. The hot land makes the air above the land hot too. When the air is hot, it rises. Then the cooler air on top of surrounding water rushes in to replace the hot air. This imbalance in heating creates strong monsoon winds, which blow across much of the Indian subcontinent.
Explanation:
plato
What evidence supports Hess’s theory of seafloor spreading? Check all that apply.
fossils of the same animals found in different areas
the direction iron in ocean rocks points
the tilt and rotation of the Earth’s axis
the age of different rocks on Earth’s surface
pillow-shaped rocks found in the sea
Evidence that supports Hess's theory of seafloor spreading includes the direction that iron in ocean rocks points mirroring Earth's historical magnetic field, the increasing ages of rocks further from the mid-ocean ridge, and the presence of pillow-shaped rocks formed by magma cooling and solidifying at mid-ocean ridges.
Explanation:There are several pieces of evidence that support Hess's theory of seafloor spreading. One important piece of evidence is the direction that iron in ocean rocks point. As new rocks form at mid-ocean ridges, iron minerals within them line up with the Earth's magnetic field. As the polarity of the Earth's magnetism has flipped multiple times throughout history, these rocks record a pattern of magnetic reversals.
Another key piece of evidence is the age of different rocks on Earth’s surface. The age of the rocks increases with distance from the mid-ocean ridge. This supports the idea that new rock is being formed at the mid-ocean ridges and moving away as the seafloor spreads.
Lastly, pillow-shaped rocks found in the sea also supports Hess's theory. These pillow-shaped rocks are formed when molten rock called magma pushes up through cracks at mid-ocean ridges, cools quickly, and solidifies into a characteristic pillow shape — a process that happens during seafloor spreading.
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Deforestation is a major problem in the Amazon Rainforest. Which American state is about the size of the area of the
Amazon that was cleared between 1990 and 2010?
A. Arizona
B. Maine
C. Texas
D. Montana
Please select the best answer from the choices provided
FARANSANDANS
TES
ooo
A
Answer:
D. Montana
Explanation:
On Edg2020
Answer:
D
Explanation:
hope this helps
13) The 22% of water that falls on land goes through a more complicated series of events in the
hydrocycle, that includes
A) infiltration/absorption into the ground
B) disappearing completely from the hydrocycle
C) escaping outside of our atmosphere into outer space
D) forming ice caves in Texas
Answer:
A) infiltration/absorption into the ground
Explanation:
Water that falls on the ground through the hydrological cycle is absorbed and filtered through the pores of the soil and adds to the formation of groundwater. Once infiltrate it leads to the groundwater recharge. The infiltration accounts for 22 to 25 % of the water. The falling water from the clouds is 100% of which evaporation and transpiration account for 64%, soil moisture 16% and 20-25% of the groundwater.
Which describes a similarity between abiotic and biotic factors?
A. They may include things that were once living.
B. They are both necessary for organisms to survive.
C. They are not usually important parts of the environment.
D. They can be easily replaced if they are used or destroyed.
Answer:They are both necessary for organisms to survive
Explanation:
Answer: b
Explanation:
They are both necessary for organisms to survive.
Does an area contains only one habit?
Answer
False
Explanation
An area can contain many habitats.
A virus infects a host in order to:
2
A
Take in nutrients
B
Make the host sick
C
Make copies of itself
D Destroy the host's cells
2 of 10
Answer: it is C
Explanation: to take over the host and destory the cell
Jupiter's orbital speed is less than half that of Earth. true or false
Answer:true
Explanation:
Final answer:
Jupiter's orbital speed is indeed less than half that of Earth, making the statement true.
Explanation:
The statement that Jupiter's orbital speed is less than half that of Earth is true. According to Kepler's laws of planetary motion, the further a planet is from the Sun, the slower its orbital speed due to its longer orbital path and the weaker gravitational pull it experiences from the Sun. Earth's average orbital speed is about 29.78 kilometers per second, while Jupiter, which is much farther from the Sun, has an average orbital speed of just 13.07 kilometers per second, which is indeed less than half the speed of Earth's orbit.
Which resource is renewable?
Answer:
Wind, Hydro, Geothermal, Biomass, Solar, and Tidal
Explanation:
They are all forms of renewable resources.
Biomass energy (like ethanol), hydropower, geothermal power, wind energy, as well as solar energy are examples of renewable resources. Organic material derived from plants or animals is referred to as biomass.
Renewable resources are energy sources that cannot be depleted and can provide a continual supply of clean energy. Renewable resources also generate clean energy, which means reduced pollution and greenhouse gas emissions, both of which contribute to climate change. Biomass energy (such as ethanol), hydropower, geothermal power, wind energy, and solar energy are examples of renewable resources.
Organic material derived from plants or animals is referred to as biomass. Wood, sewage, and ethanol (derived from corn or other plants) are examples of such materials. Because this organic substance has absorbed energy from the Sun, biomass can be used as a source of energy. When this energy is burned, it is converted into heat energy.
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What was one of the first countries in the region to be claimed by European colonizers? A.Myanmar (burma) B. Thailand C.Laos D.The Philippines
Answer:
Phillipines was the first country in the region to be claimed by European colonizers.
Explanation:
Colonised by the Portuguese and Spanish people.
hope it helps!
The Philippines was one of the first countries to be claimed by European colonizers, beginning with the arrival of Ferdinand Magellan in 1521.
Explanation:One of the first countries in the region to be claimed by European colonizers was D. The Philippines. The Philippines was claimed by Spain in 1521 when the Ferdinand Magellan, a Portuguese explorer, arrived on the island of Homonhon while sailing under the Spanish flag in the sea. This marked the beginning of more than 300 years of Spanish colonial rule in the Philippines, making it one of the earliest regions to fall under European control at that time.
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How is the climate changing?
Answer:
people are using cars i guess
Explanation:
cars have fuel wich i think melts ice
Answer:
this is from a climate change presentation I made a couple years ago, not the best but it answeres the question. Hope this works :)
Explanation:
Black carbon is one of the causes/the burning of fossil fuels
-Harms the ecosystems
-Absorbs sunlight
-Increases melting polar ice
The greenhouse gas effect
-The sunlight passes through Earth’s atmosphere and warms the surface. The heat radiates back into space
-Some of the heat is absorbed by the greenhouse gas and re-emitted in all directions, warming the Earth’s surface and the lower atmosphere
Dams are obstructions placed in a river or stream to block its flow. In addition to water, sediment builds up behind the dam. How might a dam placed upriver affect the productivity of an estuary at the river's mouth?
Answer: Coastal Recession / Erosion
Explanation:
An Estuary is that part of the river that is semi closed and yet mixes with the sea or ocean.
Research has shown that rivers that have Dams built on them have led to rapid coastal erosion. This is because rivers usually carry sediments of SA and other particles with them but these sediments will instead be trapped by the dam instead of being deposited at the Estuary.
This Coastal erosion is a problem because it leads to serious Environmental problems such as the loss of habitat for some organisms, the loss of Coastal protection, loss of biodiversity as well as the reduction in livelihood of people living in Estuarine environments.
A dam placed upriver can decrease the productivity of an estuary at the river's mouth by reducing the flow of water and sediment, which are essential for nutrient distribution and habitat formation.
Dams trap sediments that would naturally flow downstream to the estuary, resulting in reduced nutrient input and altered habitat conditions. This sediment buildup behind the dam diminishes the supply of nutrients necessary for plant growth and the overall food web in the estuary.
Reduced sediment flow can lead to erosion and loss of wetlands.Altered water flow impacts fish migration and spawning.Changes in salinity can affect the biodiversity of estuarine species.Ultimately, the disruption caused by dams can have cascading effects on the estuarine ecosystem, impacting its biodiversity and the livelihoods of communities relying on these environments for fishing and other resources.
This scenario is similar, in many respects, to that of the Willamette Valley, OR. Silty lacustrine/alluvial parent material was transported to the valley in a series of catastrophic flooding events, known collectively as the Missoula Floods. These floods took place 14 to 60 thousands years ago. Since that time soil genesis (formation) has taken place under conditions of relatively constant vegetation and climate. MOND PS- Les mineido GO 1000 100.000 Fresh, w here
This hypothetic sequence of soil development is known as a__________ with the likely progression of __________soil orders.
1. Chronosequence; Entisol, Inceptisol,
2. Mollisol Climosequence; Entisol, Inceptisol,
3. Mollisol Toposequence; Histosol, Inceptisol,
4. Ultisol Lithosequence; Andisol, Vertisol, Histosol
Answer:
Option D
Explanation:
This hypothetic sequence of soil development is known as a Ultisol Lithosequence with the likely progression of Andisol, Vertisol, Histosol soil orders.
Final answer:
A chronosequence represents the sequence of soil orders as they develop over time; Entisols are the beginning stage followed by Inceptisols as they evolve.
Explanation:
The hypothetical sequence of soil development described in the scenario, which depicts the succession of soil orders following catastrophic flooding events and subsequent soil genesis in conditions of relatively constant vegetation and climate, is known as a chronosequence. A chronosequence is a timeline that shows the sequence of soils as they develop over time under the influence of soil forming factors such as climate, organisms, relief, parent material, and time. Over time, soils evolve from younger, less developed stages to older, more complex stages. The likely progression of soil orders in this scenario would start with Entisols, which are young soils with minimal horizon development, progressing to Inceptisols, which have more developed horizons but are still in the early stages of soil formation.
What latitudes experience the
coolest temperatures?
Answer:the higher ones.
Explanation:brainliest plzzz
Answer:
you should expect, on an annual basis the high latitudes (60 to 90 degrees N/S) are the coldest.
Explanation:
Latitude provides the location of a place north or south of the equator and is expressed by angular measurements ranging from 0° at the equator to 90° at the poles. Different latitudes on Earth receive different amounts of sunlight, and are a key factor in determining a region’s climate. For example, the higher the latitude of a given place (the farther away it is from the equator), the sharper the angle of the sun’s rays that reach it, meaning that the rays of the sun are spread across a broader area. Therefore, higher latitudes receive less heat than lower latitude areas nearer the equator.
The Earth’s axis is tilted 23.5° to the perpendicular, meaning that the amount of sunlight that a particular latitude receives changes with the seasons. From April to September, the Northern Hemisphere is tilted toward the Sun, where it receives more energy; the Southern Hemisphere receives this additional energy between October and March, when it is tilted toward the Sun.
Although there is no specific ‘type’ of climate, there are three general climate zones: arctic, temperate, and tropic.
Arctic
From 66.5N to the North Pole is the Arctic; from 66.5S to the South Pole is the Antarctic. Places within the arctic climate zones tend to be snow- or ice-covered year-round. This is despite the fact that they tend also to be exceptionally dry, sometimes receiving as little precipitation as the world’s driest deserts. Very little snow falls on these high-latitude regions, but even less melts due to the cold temperatures and scarce sunlight. The deep ice and snow that covers these regions has been built up over hundreds, indeed thousands, of years. In these regions, the Sun hovers above the horizon at midnight in the summer and never rises at all at times during the winter.
Temperate
The temperate zone is located between the arctic and tropic zones. However, ‘temperate climate’ is something of a misnomer since most regions located within the temperate climate zones experience distinct changes across four seasons. For example, in much of eastern North America – from the Ohio Valley in the United States to the southern shores of Hudson Bay in Canada – the ‘temperate’ climate can experience both arctic and tropical weather in the same year. These climate variations increase the further an area is from an ocean or another large body of water; they diminish in areas where oceans and other large bodies of water are able to influence the climate more strongly. Temperate regions are also affected by the direction of the air flow they receive. Areas in Canada, for example, have cool Arctic air passing through, while the southern United States receives warm air from the Gulf Stream.
Tropic
The tropical belt of land and sea extending around the globe on both sides of the equator – between 23.5S and 23.5N – receives the most sunlight, but it is not necessarily the hottest since it is covered extensively by oceans that use some solar energy for evaporation. This combination of high moisture and intensive solar heating results in a persistent zone of convection (the upward movement of moist, unstable air) known as a tropical low, which often results in generous cloud formation and frequent rainfall. These factors also help moderate the temperatures within this zone.
Most areas, however, are characterized by distinct sub-climates where average temperatures, precipitation, and other factors vary noticeably. Although there are different classifications of world climates, many of these sub-climates include low latitude tropical rainforest and tropical savanna; middle latitude maritime, mediterranean, and steppe; high latitude subarctic, tundra, and polar ice cap; as well as desert and highland areas.
What happens to most of the water that falls on central Pennsylvania’s Happy Valley each year (or any similar place, such as Washington, DC or other places with trees)? Group of answer choices It is re-evaporated, mostly after passing through trees. It flows directly over the surface into streams. It soaks into the ground and then flows to streams. It falls directly onto streams. It is used in soft-drink bottling plants.
Answer:
Explanation:
The biggest amount is re-evaporated, mostly after passing through trees, and most of the remainder soaks into the ground and then flows through the ground to streams.
Read the sentence
Most people live in river valleys with arable land rather than on the unfertile sands of the desert.
What type of context clue helps describe the meaning of the underlined term?
Answer:
C
Explanation:
Which landform rises abruptly from its surroundings and has a rounded or sharp peak?
mountain
plains
plateau
Answer:
mountains
Explanation:
Answer:
Mountain
Explanation:
A mountain is a large landform that rises above the surrounding land in a limited area, usually in the form of a peak. A mountain is generally considered to be steeper than a hill. Mountains are formed through tectonic forces or volcanism.
Chris lives in a city that experiences heavy rainfall with average annual precipitation of 882 millimeters. It is warm all year.
Mark lives in city with an average annual rainfall of 40 millimeters. It has hot summers and cool winters.
Chris’s city is in a____climate, while Mark’s city is in a___climate.
Answer:
Chris’s city is in a tropical climate, while Mark’s city is in a dry climate.
Explanation:
Answer:
Chris’s city is in a tropical climate, while Mark’s city is in a dry climate.
Explanation:
Chris lives in a city that experiences heavy rainfall with average annual precipitation of 882 millimeters. It is warm all year.
Mark lives in city with an average annual rainfall of 40 millimeters. It has hot summers and cool winters.
1. Some agents of transport can move sediment that ranges widely in grain size. Match the letter of the transport agent from the left-hand column with the maximum grain size it can transport listed in the right-hand column. (Hint- the larger the grain size, the stronger the transport mechanism must be. Generally faster moving water=stronger transport mechanism- glaciers are unique in being able to move extremely large grains, albeit slowly). a) House-sized block ___turbulent stream during a flood b) Boulder ___very slow-moving stream c) Cobble ___ocean waves or desert winds d) Sand ___glacial ice e) Silt ___quiet water f) Mud ___fast-moving stream
Answer:
Ocean Waves or Desert Winds - bouldersQuiet Water - MudFast Moving Stream - SandGlacial Ice - House sized blockVery slow moving stream - siltTubulent Stream during a flood - Cobble
Explanation:
Glacial ice can transport rocks as big as a house. It has very high transport competence and moves very slowly across a very large distance. The maximum size of particles that a stream can transport is defined as stream competence. This is a concept under hydrology. Streams depending on its velocity can carry sand, mud, silt and cobble along with the dissolved and suspended load. The process by which Ocean waves transport sediments, large pebbles and boulders is referred to as Coastal Transportation. During Coastal transportation, large pebbles and boulders are rolled along the seabottom, while beach material is bounced along the seabed.Cheers!
Glacial ice can transport rocks as big as a house. it's very high transport competence and moves very slowly across a really large distance.
Ocean wavesAlthough, The process by which Ocean waves transport sediments, large pebbles, and boulders is stated as Coastal Transportation. During Coastal transportation, large pebbles and boulders are rolled along the ocean bottom, while beach material is bounced along the seabed.
When The maximum size of particles that a stream can transport is defined as stream competence. Also, this can be an idea under hydrology. When Streams looking at its velocity can carry sand, mud, silt, and also cobble together with the dissolved and suspended load.
Thus, The correct answer is
a. Ocean Waves or Desert Winds - boulders
b. Quiet Water - Mud
c. Fast Moving Stream - Sand
d. Glacial Ice - House-sized block
e. Very slow-moving stream - silt
f. Turbulent Stream during a flood - Cobble
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why does rock in a tectonic plate get wormer as the plate descends deeper into earths interior ?
Rocks change when buried deep beneath the Earth's surface due to pressure and stress from tectonic plate movements.
Explanation:When rocks are buried deep inside the Earth, the overlying pressure or confining pressure squeezes the rock so much as to change them. This happens on a regional or large scale where tectonic plates collide to form mountain ranges. Under these conditions rocks commonly experience stress, known as differential stress, that is greater in one direction, and develop banded or foliated textures as a result.
Compare the temperature and dewpoint at Oklahoma City, in central OK, with those at North Platte, in western Nebraska. The air was ________ to the west of (behind) the cold front.
Answer:
Cooled behind the cold front
In Latin American history, the Pre-Columbian Era refers to the time __________.
Answer:
In Latin American history, the Pre-Columbian Era refers to the time before the arrival of explorers or colonists from Europe.
hope it helps!
Answer:
A. before the arrival of European explorers and colonists
Explanation:
correct on edg .
I have no idea someone help please
Answer:
Politicalism is not a religion
How is the land around your home connected to the water in the Bay?
What about von Thunen’s model is still relevant in the modern world? List at least three different factors and explain why.
Answer:
Explanation: von Thunen's approach is still relevant today because his approaches still exist in the modern day but with few modifications.
Some of this factors considered are,
Dairying and intensive farming occur in the ring closest to the city: The people in the city mostly consume dairy product. The approach tells that to get good cost balance ratio,dairy farm should be located not too far from city to reduce transportation cost, this approach is still very effective because cost of transporting this produce from a far distance leaves farmers little or no gain. Promixity to end users is important especially when the products are heavier.
2. Crops- He made use of grains as example, grains are often not planted far away from cities because of animals that could feed on it and destroy the field, theft and because of required land mass to cultivate. He stated that grains are light weight and could require low cost of transportation compare to dairy products. This is still important because transporters charged mostly per kg of goods, the weight of grains are lighter reduced the cost of transporting if located in far distance and also it helps reduce risk of loss.
3.Animal-animals can be moved without any means of transporting. Hence, when Ranch is located far from the city where the sales occur the cost of transportation is not a burden.
All this makes von Thunen's still relevant
Von Thunen's model remains relevant in modern times as it outlines the importance of proximity to markets, land use, and transportation costs. These factors are evident in today's urban land usage, supply chain optimizations, and geographical distribution of businesses.
Explanation:Von Thunen's model is still relevant today for several reasons, including the following three factors:
Proximity to Markets: Von Thunen's model states that businesses locate themselves as closely as possible to their consumers to minimize transportation costs. This is visible in the way online sellers often have multiple distribution centers geographically spread to serve customers better and reduce delivery times.Land Use: The model also discusses how land value and use would vary based on proximity to the city. In a modern context, we see this in urban areas, where land closer to city centers tends to hold more value and used more for commercial and residential purposes, while outer areas are for industrial or agricultural purposes.Transportation Costs: The model suggests that farming and other activities would be located at distances where transportation costs would be at its lowest. This can be seen in modern supply chain optimizations, where businesses place factories or farms near transport routes or marketplaces to minimize cost.In conclusion, despite its age, Von Thunen's model still provides valuable insights into modern geographical economics, highlighting the importance of land use, market proximity, and transportation costs even today.
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What is a major drawback to the use of ethanol-based energy
Answer:
What is a major drawback to the use of ethanol-based energy??
1: Ethanol creates toxic waste that must be stored forever.
2: Burning ethanol releases greenhouse gases.
Explanation:
Hope this helps :)
1)Describe the general locations of the tropical deciduous forest biome relative to the tropical rainforest biome (especially note the pattern in south America and Africa)
1a) based on the differences in location noted in problem 1, in what way(s) will the climate in regions of tropical deciduous forest different from the climate in regions of tropical rainforests
Answer: Check the attached images
Tropical deciduous forests are located adjacent to tropical rainforests, and they experience distinct wet and dry seasons with higher temperature variations. The climate in regions of tropical deciduous forests differs from the climate in regions of tropical rainforests.
Explanation:Tropical deciduous forests are generally located in areas adjacent to tropical rainforests. In South America, for example, the tropical deciduous forest biome is found in the transition zone between the tropical rainforest biome and the tropical grassland/savanna biome. In Africa, the tropical deciduous forest biome is located to the north of the tropical rainforest biome.
The climate in regions of tropical deciduous forests differs from the climate in regions of tropical rainforests in several ways. Tropical deciduous forests experience distinct wet and dry seasons, with a pronounced dry season that can last several months. In contrast, tropical rainforests have a relatively consistent and high amount of rainfall throughout the year. Additionally, tropical deciduous forests tend to have higher temperature variations between the wet and dry seasons compared to tropical rainforests.
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Select the statement that best describes glacial movement. Choose one: A. Glaciers are solid ice; they do not move. B. Glaciers are a mixture of ice and water; they flow as a slurry of icy water. C. Glaciers move as a rigid block by sliding along the ground surface. D. Glaciers flow like an extremely viscous fluid by undergoing internal plastic deformation.
Glaciers flow like an extremely viscous fluid by undergoing internal plastic deformation. The correct option is d.
What are glaciers?Glaciers are persistent body of dense ice that is constantly moving under their weight. A glacier forms when the accumulation of snow exceeds its ablation over many years, often centuries. It acquires distinguishing features, such as crevasses and seracs, as it slowly flows and deforms under stresses induced by its weight.
As it moves, it abrades rock and debris from its substrate to create landforms such as cirques, moraines, or fjords. Although a glacier may flow into a body of water, it forms only on land and is distinct from the much thinner sea ice and lake ice that form on the surface of bodies of water. On Earth, 99% of glacial ice is contained within vast ice sheets which are also known as continental glaciers in the polar regions.
Glaciers cover about 10% of Earth's land surface.
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What kind of weather does an occluded front produce? (site 1)
Answer:
strong winds and heavy precipitation
Explanation:
it gonna rain.
Surface-to-Air movement of moisture requires these processes for it to occur.
A) Evaporation into water vapor
B) Transpiration from plants
C) Both A & B
D) None of the above
Answer:
C) Both A & B
Explanation:
Water exists in three different states, which are the liquid, solid and gaseous state. In the ground and in plants, water usually exist in its liquid form but in order to be taken from surface to air, water must either be lost by evaporation as water vapour from these surfaces, or be lost as vapour in the transpiratation of plants. The combination of these effects is termed evapotranspiration.
Reading Science
Which statement best describes a meteorologist?
A
A person who gives information about the weather
B
A person who studies weather and climate conditions on Earth
C
A person who studies Earth
D
A
person who studies meteors in space
Answer:
The answer is.......
Explanation: American Meteorological Society · Membership & Giving ... The following statement(s) have expired and are here for historical purposes and do ... be a bachelor's or higher degree in meteorology, or atmospheric science, ... and who disseminate weather information and forecasts prepared by others, A meteorologist is an individual with specialized education who uses scientific principles to explain, understand, observe or forecast the earth's atmospheric phenomena and/or how the atmosphere affects the earth and life on the planet