Answers
Answer: The correct answer is B isostatic equilibrium
Explanation:
Isostasy is a state of balance or equilibrium between the lithospheric plate and the underlying mantle, the asthenosphere. Due to the weight of the lithosphere, part of it sinks into the plastic asthenosphere and settles to an equilibrium position. This is what causes changes and differences in elevation on the earth.
Related Questions
Why is there such a high rate of importation of agricultural products to the Middle East?
the region lacks the money to pay farmers to grow food for themselves
the region has a serious lack of cultivable land
they spend all their resources exporting oil that no labor is available for farming
it's cheaper for them to buy food than to grow it themselves
Answers
Answer:
the region has a serious lack of cultivable land
Explanation:
There is high importation of agricultural products to the middle east due to the uncultivable nature of their land.
The middle east has got an arid environment, this means that the middle east lacks sufficient rainfall to practice agriculture.
The mechanised agriculture practiced there does not produce enough food supplies for the population making them export more agricultural products.
When two plates form a subduction zone, which plate will subduct?
Answers
Answer: The oceanic plate
Explanation: Because they can't float on water and are ready to sink .And the denser plate sinks.
Answer: When two plates form a subduction zone, the denser plate - usually an oceanic one - will subduct.
Explanation:
how are tornadoes formed?
Answers
Tornadoes are formed from a thunderstorm.
Then there will be a change in the wind direction and wind speed along with Air mixing. This causes it to swirl horizontally.
The swirling picks up more warm air from the ground as it collects more air it turns into a funnel where it stretches and becomes longer.
After this process it will stretch towards the ground and when it touches the ground it becomes a tornado.
The dry, cool air mostly come from south of Canada while the warm, moist air comes from the north of Mexico. To form a tornado it can take rearly seconds for one to form but could also take longer.
Hope this helps! :3
Final answer:
Tornadoes form from supercell thunderstorms with rotating air columns. Wind speed differences cause the rotation to shift to a vertical axis, intensifying as the funnel narrows. Conservation of angular momentum explains the rapid spinning of tornadoes, akin to an ice skater spinning faster by pulling in their limbs.
Explanation:
Tornadoes are formed from severe thunderstorms known as supercells, which contain a rotating column of air. This air rotation develops due to the difference in wind speeds at varying altitudes, specifically between cold, fast-moving winds in the upper atmosphere and slower, warmer winds coming from the Gulf of Mexico. As the column's orientation changes from horizontal to vertical, the rotating air forms a tornado.
Tornadoes descend from clouds as funnel-like shapes that spin violently, especially near the ground where the funnel is narrowest. This spinning action is due to the conservation of angular momentum. As the radius of the air mass's rotation decreases, its rotation rate increases, similar to an ice-skater pulling in her limbs to spin faster.
Meteorologists use the concepts of rotation and angular momentum to predict tornado formation by analyzing how wind changes over distance and determining the atmosphere's rotation. Tornadoes are not only harbingers of destruction; they are also subject to the laws of physics, specifically the conservation of angular momentum, which explains the rapid spinning motion associated with these destructive storms.
please please please help me out........please
Answers
Answer:
S waves
Explanation:
Surface waves, in contrast to body waves can only move along the surface. They arrive after the main P and S waves and are confined to the outer layers of the Earth. They cause the most surface destruction. Earthquake surface waves are divided into two different categories: Love and Rayleigh.
What is the answer of the question
Answers
C
that the answer
i think
this is filler
_______ stress of a fault occurs when slabs of rock are being pulled apart from each other.
A. Tension
B. Shear
C. Uniform
D. Compression
Answers
Answer:
Tension
Explanation:
Answer:
"Tension stress of a fault" occurs when "slabs of rock" are being "pulled apart from each other".
Explanation:
When two equal forces that are acting in opposite directions are 'applied' on an object, the object is subjected to tension. Same is the case with the slabs of rocks that are being pulled apart from each other. Thus, the force that is applied on the rocks before a fault occurs is a tensional force. This force is quickly released after the fault has occurred.the suns core converts mass to energy through fusion is what type of energy
Answers
Answer:
Nuclear fusion
Explanation:
Nuclear fusion, the source of all the energy so generously radiated by the Sun, does two things: it converts hydrogen into helium (or rather, makes helium nuclei from protons) and it converts mass to energy.
Drag each label to the correct location on the table.
Planet X is a planet in our solar system. Planet Y is a dwarf planet. Identify their characteristics.
Answers
Answer:x- has moons and rings
Is the second most massive object in our solar system
Y- is not considered a gas giant
Answer:
Answer:x- has moons and rings
Is the second most massive object in our solar system
Y- is not considered a gas giant
Explanation:
What is a house specification?
Answers
Answer:
The spec house is a speculative venture for the builder, meaning it was built with the intention of selling it for a profit, as-is or with minimal changes. Spec houses are plentiful when the economy is healthy because builders can sell them quickly and use the profits to build more.
Explanation:
the picture below shows the eruption at mount saint helens washington. n your own words, explain how the geosphere interacted with the atmosphere during the event shown in the picture
Answers
During a volcanic eruption, the geosphere always interacts with the atmosphere, and that is the case with Mount Saint Helen's as well. During the eruption, the volcano which is part of the geosphere, releases lot of gases, ash, debris into the atmosphere. As they are propelled into the atmosphere, these volcanic products became part of the atmosphere, thus affecting its composition and properties, giving us a nice and simple example of interaction between the two spheres.
How was disease among native peoples in the Americas related to the Mississippi and Amazon rivers
Answers
Europeans brought diseases to native peoples via river travel
Answer:
Europeans brought diseases to native peoples via river travel
Explanation:
approximately when did the first plants and Arthropods appear on land
Answers
the first plants and anthropodes appear on land approximately about 470 million years ago
Answer: The first plants and arthropods appeared on land approximately 444 Ma.
Explanation:
What is the source of the Rio Grande River? A. the Central Plateau in Mexico B. the Gulf of Mexico C. melting snow from the Rocky Mountains D. ocean swells from the Atlantic Ocean
Answers
Answer:
C. melting snow from the Rocky Mountains
Explanation:
The Rio Grande river gets its water from the melting snow from the Rocky Mountains, in Colorado.
It is flowing towards the Gulf of Mexico, which is part of the Atlantic Ocean... so, that's its destination, not its source. Usually rivers flow towards a lake or the ocean, it's quite rare to see a river taking its source from an ocean.
The Rio Grande river is the natural border between the United States and Mexico, it's not located anywhere near the Central Plateau of Mexico.
Answer:
melting snow from the Rocky Mountains
Explanation:
What would be a reason the EPA would prefer incineration (burning) to land filling as a means of eliminating waste? A. The ashes created from the incineration are still loaded into landfills. B. Incineration reduces the total volume of waste and produces much needed energy. C. The cost of building a waste incinerator is a huge burden on taxpayers. D. The incinerator eliminates much of the waste which can be reused
Answers
Answer: This chapter provides an overview of waste generation, waste stream composition, and incineration in the context of waste management. Communities are faced with the challenge of developing waste-management approaches from options that include reduction of waste generated, incineration, landfilling, recycling, reuse, 1 and composting
Explanation:
Answer:
B. Incineration reduces the total volume of waste and produces much needed energy.
Explanation:
Incineration is a waste treatment plant that is responsible for eliminating the wastes and it involves the combination of all the waste material treatment and the gases a and the heart components are easily then converted to reusable solids and the heat generated is used to powerhouses to make electricity.Why do Oceania’s smaller islands have few valuable natural resources
Answers
Answer: The continental islands of Australia, New Zealand, and Papua New Guinea support rich natural-resource economies, while the other Pacific Islands rely on their natural resources for subsistence more than economic development.
Explanation:
Answer:
The smaller islands of Oceania have few valuable natural resources because these islands are way too small to host deposits of valuable natural resources as big as that of Papua New Guinea, New Zealand and Australia.
Explanation:
Oceania is a considerably huge part of the world that is known to host a few of the largest deposits of valuable natural resources gold and silver around the world. Compared to the larger countries like Papua New Guinea, New Zealand and Australia, the rest of the smaller Pacific Islands of Oceania are way too smaller in size to have a big number of natural resources available.Scientists infer that Earth's outer core is liquid based on their studies of
a) earthquake waves
b) magnetic polarity reversals
c) lithospheric heat flow-
d) magma
Answers
Answer:
a) earthquake waves
Explanation:
Evidence from earthquake waves proves that the earth's outer core is liquid.
We have two broad types of earthquake waves:
Body waves
Surface waves
The body waves travels within the earth and are of two types:
P-waves
S-waves
The surface waves accompanies an earthquake and it moves on the surface. The two types of surface waves are:
Love waves
Rayleigh waves
We use body waves in seismic investigation of the earth due to their unique properties.
P-waves are primary waves that can move through any medium. S-waves or shear waves cannot propagate through liquids and gases as those material cannot be sheared.
If the outer outer core is solid, both P and S-waves would easily pass through. From studies, it has been shown that S-waves are cut off in the region of the outer core and they reappear in the inner core. P-waves pass through both outer and inner core. This proves that the composition of the outer core is in a molten/liquid phase.
Along which type of boundary would you most likely find a volcanic mountain range?
a) A collision boundary
b) A transform boundary.
c) A subduction boundary.
d) A diverging boundary.
Answers
Answer:
c) A subduction boundary
Explanation:
The subduction zones occur at places where two plates form a convergent plate boundary, and one of the plates is subducting below the other plate. As one of the plate is moving below the other plate, there's lot of stress and adjustments going in the crust, resulting in numerous cracks all along the plate boundary. The magma from the astenosphere manages to get up and comes out on the surface. Some of the magma will not be able to reach out of the water, while some will be able to, and the ones that manage to get above the water are creating volcanic islands. As this is happening all along the boundary, there will be a chain of lot of volcanic islands, but also volcanoes rising on the land as well, which will create volcanic mountain ranges as well. We can see this perfectly well at the ''Ring of Fire'', as we have lot of volcanic islands, and lot of volcanic mountain ranges in close proximity to the subduction zones.
Which of the following outer planets is known as the “windy” planet?
a) Uranus
b) Neptune
c) Jupiter
d) Saturn
Answers
Answer:
D)saturn
Explanation:
Why did people move out of the Indus Valley in 1500 BC?
A. Unchecked deforestation
B. For unknown reasons
C. The original outbreak of smallpox
D. Extensive flooding for many years
Answers
The answer should be B. There is speculation of disease or flooding but nothing appears to be confirmed yet.
Answer: b
Explanation:
Bon is an example of:
A
Universalizing religion
B
Ethnic religion
C
Denomination
D
Stupa
After his Enlightenment, Buddha traveled to Rome.
A
True
B
False
Answers
B
Ethnic religion
B
False
(1) Bon is an example of an Ethnic religion. The correct option is (B).
(2) After his Enlightenment, Buddha traveled to Rome. This statement is true. The correct option is (A).
Who is Buddha?
Siddhartha Gautama, also known as the Buddha, was a wandering monk and spiritual guide who created Buddhism while residing in South Asia in the sixth or fifth century BCE.
According to Buddhist legend, he was born to royal Shakya clan parents in Lumbini, in what is now Nepal, but he gave up his home life to live as a wandering monk.
The Noble Eightfold Path, a method of mind training that involves meditation and instruction in Buddhist ethics like proper effort, awareness, and jhana, is a summary of his teachings. In Kushinagar, he passed away and attained nirvana.
Therefore, Bon is an example of an Ethnic religion. After his Enlightenment, Buddha traveled to Rome. This statement is true.
To learn more about the Buddha, visit:
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What U.S. grocery store chain, which was found in 1883 as the great western tea company, is now one of the largest chains in America
Answers
kroger :) im just trying to fill space w the rest of this but he used his last $300 to open the grocery store of his dreams
Answer:
Kroger’s store is the U.S grocery chain, which was founded in 1883 is one of the largest chains in America.
Explanation:
Bernard H.Kroger began the tea company in 1883. He left school "at a very early age of 13" and started selling tea and coffee as his father lost his store. He managed to run a grocery store at the age of 20 and soon became the sole owner of "Great Western Tea company by 24". His success arrived with the elimination of middlemen between the customer and the manufacturer. He made important innovation to sustain in the market. He opened many stores across the country, succeeded with numerous pains.How are elements that are heavier than hydrogen spread throughout the universe?
A. When a star collapses into a neutron star
B. When a star collapses as a black hole
C. When a star forms into a red giant
D. When a star explodes as a supernova
Answers
When a star explodes as supernova, the elements heavier than hydrogen spread throughout the universe.
Explanation:
The elements that are heavier than hydrogen spread in the universe that is mainly caused, when a star breaks as a supernova. Iron, lead, mercury, copper, gold, and iodine are the heavy elements which are formed and these often exist in a human life.
When these heavy elements cause a star to be overweight, it turns into a supernova and it may blast off, resulting in the release of the heavier elements. Some heavy atoms are created by nuclear fusions that occurs during supernova explosion.
Which is the world's youngest ecozone
Answers
Answer:
Oceania
Explanation:
Final answer:
The world's youngest ecozone could be represented by island ecosystems, as they have formed recently in geological terms and exhibit distinct geographic and climatic zones and is Antarctic ecozone
Explanation:
The world's youngest ecozone is the Antarctic ecozone. It is considered the youngest because it was formed relatively recently, around 25 million years ago, due to the separation of the supercontinent Gondwana. This ecozone is characterized by extreme cold temperatures, vast ice sheets, and a unique range of wildlife adapted to the harsh environment.
The Antarctic ecozone is located around the Antarctic continent and includes the surrounding Southern Ocean. It is the coldest, driest, and windiest place on Earth, with average temperatures below freezing and very little precipitation. The continent is covered by a thick ice sheet, which is over 4 kilometers thick in some areas.
Which of the following is a characteristic of a
divergent boundary?
a) Sea-floor spreading
b) Deep-sea trenches
c) High continental mountain chains
d) Two continents converging
Answers
Answer:
a) Sea-floor spreading
Explanation:
The divergent plate boundaries are the plate boundaries where the tectonic plates move away from one another. As they move in opposite direction, the plates live behind a gap of very thin cracked crust. The magma from the upper layer of the mantle, the astenosphere, manages to break through this fragile, thin crust and comes out on the surface, or rather on the ocean floor. As the magma comes out, it quickly cools off in the water, creating new igneous rocks, thus new crust. The continuous pilling up of new crust at the divergent boundary results in the formation of a mid-ocean ridge, which constantly rises and pushes aside the old crust.
The formula to calculate population density is _______. a. land area 2028-02-04-03-00_files/i0150000.jpg number of populations b. number of populations 2028-02-04-03-00_files/i0150001.jpg land area c. number of organisms in a region 2028-02-04-03-00_files/i0150002.jpg land area d. land area 2028-02-04-03-00_files/i0150003.jpg number of organisms in a region
Answers
Answer:
b. number of populations/land area
Explanation:
The formula to calculate population density is a very simple one, we just need the information about the land area and the number of population, and the formula is:
population density = number of populations / land area
Practically, what we do to get to the result is take the number of populations and divide it by the land area, so we get the population density.
Example:
467,012 people live in a land area of 14,111 km²
467,012 / 14,111 = 33.096
So we have 33.096 people living in one square kilometer.
Answer:
I think it would be C
Explanation:
A population density is how dense the population is in an area, its population / by land which gets rid of A and D, and b is the number of populations, we need the number of organisms to find how many organisms and in that area, the number of populations I don't think would be right.
In which direction does Earth rotate?
eastward around its axis <- RIGHT ANSWER
in an ellipse around the Sun
counterclockwise around the Sun
from north to south around its axis
Answers
Answer:
eastward around its axis
Explanation:
The earth rotates on the axis that passes through the north and the south of the planet and is of 24-hour duration. Similar to that of the rotation of the moon which is sideral, this rotation is in the anticlockwise direction. And this originated by the angular movement of the clouds of the dust and gases that have coalesced to for the solar system.Answer:
The answer is indeed "A", "eastward on it's axis"
Explanation:
Have Jocular Day
Which best summarizes the scientific process that led to our current understanding of DNA?
Answers
Answer:
That for years scientists have build up and found discoveries that led to recent discoveries brought by previous scientists
Explanation:
Answer:
its B
Explanation:
The arrow on this map is pointing to what river?
A Euphrates
B Ganges
C Nile
D Tigris
Answers
Based on the map you sent, the arrow is pointing to the Nile River.
The arrow is pointing to a major river in northeastern Africa.The Nile River is the longest river in Africa and the world, and it flows through northeastern Africa.The other rivers listed as options (Euphrates, Ganges, and Tigris) are located in different parts of the world:The Euphrates and Tigris are located in Western Asia.The Ganges is located in South Asia.Therefore, based on the location and the fact that it's the longest river in Africa, the arrow is most likely pointing to the Nile River.
How do meteorologists use isotherms and isobars?
A. To identity high- and low-pressure systems
B. To identify areas of high and low water vapor
C. To differentiate between seasons
D. To provide estimates for the amount of direct sunlight received
Answers
Answer:
A. To identity high- and low-pressure systems
Explanation:
Isotherms are imaginary line joining the places which received by the equal amount of temperature. Isotherms are regular in southern hemisphere and irregular manner in northern hemisphere because of preponderance of land in northern hemisphere. Isobars are imaginary line joining the places which received by the equal amount of pressure. Isotherm and Isobars are measured and it revealed the data about the temperature, pressure, direction of moving wind, precipitation and so on.
Answer:
The correct answer is A. To identify high- and low-pressure systems
Explanation:
Isotherms and Isobars are Isolines that show in a curved line the points in where the value of the variable is the same, Isotherms show Temperature and Isobars show Pressure. One of the main uses for meteorologists is to identify how the atmosphere is behaving in a given point, this could lead to the identification of high and low-pressure systems. To identify these pressure systems the meteorologist analyzes the Isoterms and Isobars to locate a System and when they find a given system ( Circle-shaped Isobars) they measure whether the pressure is decreasing or increasing going towards the center of the system.
If the isobars show a decrease of pressure towards the center of the system it is a low-pressure system
If the isobars show and increase of pressure towards the center of the system it is a high-pressure system.
describe a warm front
Answers
A warm front is defined as the transition zone where a warm air mass is replacing a cold air mass. Warm fronts generally move from southwest to northeast and the air behind a warm front is warmer and more moist than the air ahead of it.
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A warm front is a warm body of air mass that occurs or develops in places that have a low pressure.
The warm front is opposite to the cold front that forms in places that have high pressure. The warm front is light and hence shifts upwards after the arrival of the cold front. The warm front as an equator facing edge. The difference between the pressure and fronts leads to the formation of storms.Learn more about the describe a warm front.
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