Answer: D
Explanation: The deciduous forest is characterized by trees that lose their leaves at the end of each growing season.
in which planet is the volcanic mountain olympus mons located?
Olympus Mons is a massive shield volcano located on the planet Mars. It is the largest volcano in the solar system and is located near the Martian equator.
Olympus Mons has a height of around 22 kilometers (13.6 miles) and a diameter of 600 kilometers (372.8 miles). It is almost three times as tall as Mount Everest, which is the highest mountain on Earth. Its peak is so high that it protrudes above Mars' thin atmosphere, making it visible from space.
Olympus Mons' enormous size is due to its location on Mars. The volcano is situated above a hot spot on the Martian mantle, which has caused lava to flow for billions of years.
The volcano is not currently active, but it is possible that it could erupt again in the future. Olympus Mons was first discovered by astronomers in the 19th century, but it was not until the space age that its true nature was revealed.
In the 1970s, the Mariner and Viking spacecraft flew over the volcano, taking high-resolution photographs and measurements of its size and shape.
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Find the length of the third side. If necessary, round to the nearest tenth. 24 25
Answer:
25 rounds to 30 and 24 rounds to 20
Answer:
answer is 7
Explanation:
when lateral shear causes horizontal movement along a fault plane, the resulting fault is called a
When lateral shear causes horizontal movement along a fault plane, the resulting fault is called a strike-slip fault.
What is a strike-slip fault?A strike-slip fault is a type of dip-slip fault in which the movement is primarily horizontal, and the blocks of rock on either side of the fault move past each other parallel to the fault plane.
Strike-slip faults are caused by shearing forces and are common at transform plate boundaries, where two plates are sliding past each other horizontally. Examples of major strike-slip faults include the San Andreas Fault in California and the Anatolian Fault in Turkey. Depending on the direction of the lateral movement, strike-slip faults can be classified as either right-lateral or left-lateral.
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How did the earth obtain the heat in its interior?
The Earth's interior heat is thought to have been generated by a combination of processes such as the decay of radioactive elements, gravitational energy from acceleration, frictional heating, impact heating, and tidal heating.
Decay of radioactive elements: The Earth contains a large number of radioactive elements such as uranium, thorium, and potassium, which release heat as they decay into more stable elements. This process generates heat through the emission of alpha, beta, and gamma particles. Gravitational energy from accretion: As the Earth formed from the accumulation of smaller bodies, the gravitational energy from this accretion process was converted into heat. This process is known as accretionary heating and occurs during the formation of planetary bodies.Frictional heating: As the Earth's core and mantle moved and convected, the friction generated heat. This process is known as tectonic heating. Plate tectonics and the movement of the Earth's lithosphere, generate friction which produces heat.Impact heating: The Earth was also heated by the impact of large bodies such as comets and asteroids, which released a significant amount of energy upon impact. This process is known as impact heating, it occurs when a celestial body strikes the Earth's surface with enough force to generate heat.Tidal heating: The heat is also produced by the friction generated by the gravitational pull of the moon and the sun on the Earth's surface, which causes the tides. This process is known as tidal heating, it occurs when the gravitational pull of celestial bodies causes friction between the surface of a planet and its interior, generating heat.
All these factors contributed to the Earth's interior heat, which continues to be generated today and drive the processes such as plate tectonics, volcanic activity, and geothermal activity that shape our planet. The heat from the interior of the Earth is also responsible for the Earth's magnetic field, it is generated by the motion of molten iron in the Earth's core.
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Which one?
A. B. C. or D?
Answer:
B)35 degrees
Explanation:
Cos(theta)=49/60
=35
what geographic area did the fertile crescent span
Which statements are true about the Tombigbee Hills region? Choose four correct answers.PLEASE HELP It is the most mountainous part of the state. Its original inhabitants were the Choctaw. Its economy depends on peanut farming and other crops. It is culturally more similar to Alabama than to the rest of Mississippi. It was one of the first areas of the state to industrialize. Its soil is sandy and loamy.
Explanation:
The name Tombigbee comes from the Choctaw people which means "box maker or the coffin maker ". The Tombigbee Hills region are mainly mountainous region in the areas near the Mississippi state. It is surrounded by the river basin and the soil in very fertile. It is mostly sandy and loamy soil. It is mostly similarly to the Albama state. The original inhabitants of the Tombigbee region are the Choctaw.
Therefore the four statements are:
1. The region is mountainous in the most part of the state.
2. The Choctaw are its original inhabitants..
3. It is more similar to the state of Alabama than Mississippi..
4. The soil is sandy and also loamy.
Answer: The 3rd one was wrong so there is the right one
1.The region is mountainous in the most part of the state.
2. The Choctaw are its original inhabitants..
3. It was one of the fist areas of the state to industrialize
4. The soil is sandy and also loamy.
Explanation:
a. when we record the spectrum of a star, what layer of that star are we looking at?
Answer:
Explanation:
When we record the spectrum of a star, we are typically looking at the outer layer of the star, which is called the photosphere. The photosphere is the visible surface of the star, where the temperature is low enough for atoms and molecules to exist in a stable form, and where most of the star's radiation is emitted.
The light emitted by a star passes through the photosphere on its way to Earth, and as it passes through this outer layer, it interacts with the atoms and molecules in the photosphere, leaving characteristic absorption lines in the star's spectrum. By studying these absorption lines, astronomers can learn about the chemical composition, temperature, and other properties of the star.
It's worth noting that the spectra of some stars, particularly those that are very hot or very cool, may contain signatures from other layers of the star as well. For example, in very hot stars, the strong radiation field can ionize atoms in the outer layers of the star, creating an ionized gas called a plasma that can emit light at specific wavelengths. In very cool stars, such as red giants, the outer layers can be extended and thin, allowing light to escape from deeper layers of the star. Nonetheless, the photosphere remains the most important layer for studying a star's spectrum.
When we record the spectrum of a star, we are typically looking at the outer layer of the star, known as the photosphere.
The photosphere is the visible surface of a star, and it is the layer from which most of the light that we see is emitted. This layer is also where most of the absorption lines in a star's spectrum originate.
When light passes through the photosphere, certain wavelengths of light are absorbed by the elements in the star's atmosphere, creating a unique spectral fingerprint. By analyzing the spectrum of a star, scientists can determine the chemical composition of its photosphere, as well as other properties such as temperature, pressure, and density.
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Most of the land grants were located Group of answer choices evenly throughout California clustered in southern California to provide easier access to Mexico near the coast, from San Diego to the Sonoma area, and along the San Joaquin and Sacramento rivers around the missions and pueblos
Most of the land grants in California were clustered in southern California to provide easier access to Mexico near the coast, from San Diego to the Sonoma area, and along the San Joaquin and Sacramento rivers around the missions and pueblos.
Why were most of the land grants in California clustered in southern California?Most of the land grants in California were concentrated in southern California for several reasons. Firstly, this region provided easier access to Mexico due to its proximity to the coast. This was important because during the time when land grants were established, California was still a part of Mexico.
Additionally, southern California had a more favorable climate and fertile land, making it suitable for agricultural activities. The area from San Diego to the Sonoma area also encompassed the major missions and pueblos, which served as important centers of population and economic activity.
Finally, the land grants were strategically located along the San Joaquin and Sacramento rivers, which were essential waterways for transportation, trade, and irrigation.
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How are climate and global sea level related? there is a causal relationship between these phenomena that progress from a change in climate to a change in sea level. Order these natural phenomena in the sequence that makes the most sense.
Sea surface temperatures are rising and the sea level is rising as a result of the oceans absorbing more heat as a result of greenhouse gas emissions. Climate patterns will shift globally as a result of changes in ocean temperatures and currents brought on by climate change.
What is Sea-level?The basic level for determining height and depth on Earth is the sea level. The ocean's surface tends to seek the same level since it is one continuous body of water. The sea surface is not actually level due to winds, currents, river discharges, fluctuations in gravity, and temperature. The average surface level of one or more of the coastal bodies of water on Earth is known as mean sea level, and it can be used to measure heights like elevation. The elevation of the shoreline—the boundary between the ocean and the land—is referred to as sea level. Land that is higher than this altitude is above sea level, and land that is lower is below sea level.
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by 2003, every one of the countries and territories of which continent had fertility rates below replacement levels?
If you analyze the Geographic readings carefully, you would find that during the year 2003, South Korea which is known to be located in the easternmost part of the Asian continent had the lowest fertility rate which is beyond replacement levels.
When compared globally with other countries, you would find that there are only 0.9 children per woman. Various analysts are of the view that this is because of the country's high economic inequality such as the expensive cost while living, undesired wages which don't match up to the living standards, lack of job facilities, incapable to buy houses which is beyond their affordability.
Wheat, cattle, and horses are common sights in North America today. Why?
The reason wheat, cattle, and horses are common sights in North America today is due to their introduction by European settlers for agricultural and transportation purposes.
When European settlers first arrived in North America, they brought with them a variety of domesticated plants and animals that were not native to the continent. Wheat was one of the crops that was introduced, and it quickly became a staple of the North American diet. Cattle and horses were also brought over, primarily for agricultural and transportation purposes.
Cattle were important for their meat and dairy products, as well as for their ability to plow fields and pull carts. Horses were used for transportation, as well as for work on farms and ranches. Over time, these animals became an integral part of the North American landscape, and their presence is still felt today.
In addition to their practical uses, these animals have also become cultural icons in North America, representing the spirit of the West and the rugged individualism that is often associated with the region. The sight of a herd of cattle grazing on a prairie, or a cowboy riding his horse through a canyon, has become synonymous with the American West, and these images continue to inspire and captivate people around the world.
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2. List some natural resources of the Central America and Caribbean subregion that are important to the global economy.
Answer:
The Central American resources that are important to the world'ss economy are nickel, iron ore, fish, timber, and petroleum. Guatemala and certain islands refine petroleum, while Belize extracts crude oil. The Caribbean is a major hub for commercial fishing.
Explanation
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Nickel, iron ore, fish, lumber, and petroleum are Central American resources that are significant to the global economy. Belize obtains crude oil; select islands and Guatemala process petroleum. Commercial fishing has its main concentration in the Caribbean.
What are the natural resources in Central America ?Nickel, iron ore, fish, wood, oil, and other rich natural resources are found in the area. Sadly, some of these resources have been mined and dug up, which has led to environmental issues. For instance, water degradation as a result of mining in Honduras.
Natural resources are extraordinarily abundant in Central America. Its coastal waters produce shrimp, lobster, and a variety of other marine resources, and its volcanic soils are among the most productive in the world. It also has plentiful fresh water and wood supplies.
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In countries where males are favored over females, what is the one impact of the sex ratio imbalance on the population?
The imbalance is because of strict starting control and people's refusal to file female births. There is a need to boom attention of the consequences, to boom old-age pensions and social security, to boom girls' status, and to limit intercourse willpower of a fetus.
Second, gender imbalance will result in a discount in delivery rate, which can be especially useful in nations looking to manage populace growth (47). Third, because the wide variety of girls in a society decreases, so their social repute ought to boom and that they ought to advantage from their more advantageous value (48).
The imbalance is due to strict delivery manage and people's refusal to document girl births. There is a want to boom attention of the consequences, to boom old-age pensions and social security, to boom girls' repute, and to restrict intercourse dedication of a fetus.
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Help PLEASE ANSWER ALL! BRAINLIEST STARS AND HEARTS IF CORRECT!!!
Answer:
25. The Mita system was a labor system put into place by the Spanish in Peru. The system was created to force Peruvian natives into months of hard labor for very little salary. This system was adopted from the Incas.
26. Hierarchy
27. In Incan times, a group of related families that pooled resources was called the ayllu.
A geographer that focuses on “human systems” will focus on the study of __________.
Answer: The cultures people create
Answer:
the cultures of people
Explanation:
Why do you think the Niger and Senegal rivers were important to the civilizations that developed in West Africa?
Answer:
They provided water for cooking, cleaning, drinking, and transportation. Also, the rivers helped make the land fertile and provided fish. Plus, traders traveled along the rivers.
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5. How would the food web in Figure 7 change if the
numbers of red foxes were greatly reduced by
hunters? A
? How
red fox
hawk
umer
hawk,
Explain
rabbit
mouse
squirrel
XX
on the
g on the
grasses
berries
tree seeds
Figure 7
ht that
Answer:
The rabbit mouse and squirrel wouldn't point to the red foxes due to the fact that the number of red foxes were reduced meaning that there wouldn't be as many kills from them.
Explanation:
Between 1860 and 1920, geologists attempted to estimate Earth's age by how long it would take for the thickest sequences of sedimentary rocks to form. Geologists examined sequences of rocks for each geologic period. From the estimated rates for the formation of these units, different scientists estimated ages for Earth ranging from 3 million years to 15 billion years. Explain why these estimates varied over such a wide range, based on what you know about how sedimentary rocks form.
Answer:
Estimates of the age of the Earth based on the time required for the thickest sequences of sedimentary rocks to form varied over such a wide range between 1860 and 1920 due to the complex and variable processes involved in sedimentary rock formation. Sedimentary rocks are formed from the accumulation and compression of sediment, which can come from a variety of sources, including erosion, volcanic ash, and the remains of living organisms. The rate at which sediment accumulates and is compressed into rock can vary widely depending on factors such as the climate, the topography of the land, the composition of the sediment, and the activity of living organisms.
Furthermore, the processes involved in sedimentary rock formation can be interrupted or reset by geological events such as erosion, volcanic activity, and tectonic movements, which can make it difficult to determine the exact age of a particular sequence of sedimentary rocks. These factors, along with the limited understanding of geologic processes during that time period, made it challenging for geologists to accurately estimate the age of the Earth based on sedimentary rock formations alone.
As a result, the estimates of the Earth's age based on sedimentary rock formations varied widely, from 3 million years to 15 billion years, as different scientists made different assumptions about the rates of sedimentary rock formation and the processes involved. It was not until the discovery of radiometric dating in the 20th century that more precise estimates of the Earth's age were made possible.
Explanation:
The estimates for Earth's age varied over such a wide range between 1860 and 1920 because the process of sedimentary rock formation is not uniform and can vary depending on a number of factors.
Sedimentary rocks form when layers of sediment, such as sand, mud, and other materials, are compressed and cemented together over time. The rate at which this process occurs can be affected by a number of factors, including the type of sediment, the climate and environment in which the sediment is deposited, and the amount of pressure and heat applied to the sediment.
Different geologists examining different sequences of rocks may have encountered different types of sediment, different environmental conditions, and different amounts of pressure and heat, leading to different estimates for the rate of sedimentary rock formation.
Additionally, different geologists may have used different methods for estimating the rates of sedimentary rock formation, leading to further variation in the estimates for Earth's age.
Overall, the wide range of estimates for Earth's age between 1860 and 1920 can be attributed to the variability in the process of sedimentary rock formation and the different methods used by geologists to estimate the rates of this process.
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This type of relief, which takes its name from the french word for low, does not imply great depth.
Answer:
bas-relief
Explanation:
BAS relief which takes its name from the French word for low does not imply great depth.
In sculpture, a bas-relief, also known as low relief or basso-relievo, is any piece where there is a shallow projection from a supporting backdrop. A sculpture known as a bas-relief is carved from a flat, two-dimensional plane to look three-dimensional.
Low relief is the literal translation of the Italian term basso-relievo, which is pronounced: "bah-relief." Bas-reliefs are made by sculptors using a 2D plane to add details to persons and objects, giving them a 3D look that can be seen from all directions with minimum distortion. In sculpture, a bas-relief, also known as low relief or basso-relievo, is any piece where there is a shallow projection from a supporting backdrop.
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Do you think Imperialism exists in the modern age?
Respond with a paragraph (3-5 sentences) explaining your answer.
Write True if the statement is correct. Write False if the statement is not correct.
a) _________ The water cycle is also called the hydrologic cycle.
b) _________ Most of the water found on Earth is freshwater.
c) _________ The water cycle has a beginning and an end.
d) _________ The water frozen in polar ice caps is saltwater.
e) _________ The water cycle has three main steps.
f) _________ Evaporation is the process in which water changes to water vapor.
g) _________ Plants and animals give off water vapor.
h) _________ Transpiration is the second step in the water cycle.
i) _________ Precipitation is moisture that falls to Earth as rain, hail, sleet, or snow.
j) _________ Clouds form when water evaporates.
k) _________ Water that soaks into the ground is called runoff water.
l) _________ All of Earth's water is called the hydrosphere.
m) _________ Groundwater stays there forever and is no longer part of the water cycle.
n) _________ The water cycle makes it possible for areas with no nearby bodies of freshwater to have a supply of fresh water.
o) _________ The water that evaporates from the ocean takes the salt with it as a gas.
Answer:
a - true
b - false
c - false
d - false
e - evaporation, condensation, precipitation, true
f - true
g - true
h - false, condensation
i - true
j - false, when it condenses clouds form
k - false
l - true
m - false
n - true
o - false
Explanation:
Give three examples of how the government of brazil developed the interior of the country
The steep escarpment and promoting ecotourism and Favelas or serto are the examples of Brazil developed interior .
What is developed interior of Brazil ?For many years, a steep escarpment separating Brazil's interior from its coastal plain served as a barrier to transportation.
The Brazilian government thinks that by promoting ecotourism, the nation would be able to profit economically from the rain forest's resources without harming them.
Favelas, also known as communities in modern times, are a particular category of slum in Brazil that have historically been neglected by the government.
The serto is the "backcountry" or "hinterland." It can refer to either the country's overall hinterlands or one of the four subregions of Brazil's Northeast Region.
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What season is it in the Northern Hemisphere in the picture?
Answer:
Winter: the top of the earth (north) is tilted away from the sun,
Explanation:
The four seasons—spring, summer, fall, and winter—follow one another regularly. Each has its own light, temperature, and weather patterns that repeat yearly. In the Northern Hemisphere, winter generally begins on December 21 or 22
Any two Features of mini steel plant.
Answer:
pig iron or scrap iron
Explanation:
A mini steel plant is a small plant for the manufacture of steel. These plants use pig iron or scrap iron as their raw materials. Mini steel plants in India are completely dependent on electric power and hence do not cause pollution. They are well distributed through out the country.
help !!!
Find all these ......
Answer:
All the above answers from the first response is correct. Hope you have a wonderful day.
Match the roots and affixes with their meaning (look at picture)
Contra - Against. Contra is a word coming from its Greek roots which means against or opposed to. Synonyms - Contrary, oppose. Antonyms are 'for', 'pro'.
Dis - Not. The root word dis has a negative meaning. a Latin prefix with the connotations "apart," "asunder," "aside," or "utterly," as well as having a privative, negative, or reversing force
Hyper - overly. greater than usual or customary. The prefixes hyper- and hypo- both denote excess or exaggeration while under or beneath, respectively.
Omni - all. Example: Omnipotent = having various talents, Omnivorous = organisms which eat everything (including meat and plants), Omnipresent = present everywhere
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Which nation separates males and females in schools?
Answer:
Afghanistan: A curtain divides male and female students as universities reopen. What happens in universities and schools across the country is being closely watched by foreign powers
Explanation:
Answer:
Mexico
Explanation:
What time of the day usually has the lowest amount of atmospheric moisture?
A. Early morning
B. Midday
C. Late afternoon
D. Night
I was thinking it was either late afternoon or night, but I'm not sure.
Answer:
b. mid day
Explanation:
Answer:
A. Early Morning.
Explanation:
The number of viable organisms in or on the object or surface or organic material on a surface or object prior to decontamination or sterilization is known as:_____.
Answer:
Bioburden
Explanation:
maybe???