The phrase trading location for time signifies that: ______________


a. different parts of a landscape can be used to infer how the landscape changes over time.

b. it takes more time to observe a landscape than is available.

c. expensive homes are built in locations that cost people time.

d. some rocks are harder than others to erode and so last a longer time.

Answer:

perihelion

Explanation:

Yoo, its perigee. The farthest point is the apogee. For planets, the point in their orbit closest to the sun is perihelion.

Answer:

Perihelion is the location in a planet's orbit that is closest to the Sun.

Explanation:

The Sun is the central and only star in the Solar System. It has by far the biggest gravitational pull of any pace body in it so naturally, all planets orbit around it. The orbits of the planets though are not a perfect circle, instead, they are ellipses, with one part of their orbit being closer to the Sun while the other part being further away from the Sun.

The location of a planet's orbit that is the closest to the Sun is called perihelion. Basically, because the planet is the closest to the Sun at this point, it experiences the most of its gravitational pull. This results in the speeding up of the planet, thus it is also the part of the orbit when the planet moves the fastest. The opposite part of the orbit, when the planet is the furthest away from the Sun is called aphelion, and this is when the planet experiences the least of the Sun's gravitational pull and is the slowest.

Answer:

Nitrogen

Explanation:

I don't know how to explain this

Explanation:

A people elect the small group in power

The statement that the Sun's velocity around the Milky Way tells us that most of our galaxy's dark matter lies in the galactic disk near the center of the galaxy is not accurate.

Dark matter is a mysterious form of matter that does not interact with light or other forms of electromagnetic radiation, making it difficult to directly observe. Its presence is inferred through its gravitational effects on visible matter and its impact on the dynamics of galaxies.

In the case of the Milky Way galaxy, the distribution of dark matter is still not precisely known. However, based on current understanding and observations, it is generally believed that the majority of dark matter in the Milky Way is not concentrated in the galactic disk near the center of the galaxy.

Studies of the rotation curves of galaxies, including the Milky Way, have provided evidence for the presence of dark matter. The rotation curve describes how the orbital velocities of stars and other visible matter change with distance from the galactic center. Observations have revealed that the rotational velocities of stars in the outer regions of galaxies do not decrease as expected based on the visible mass alone. This suggests the presence of additional mass, likely in the form of dark matter, that contributes to the gravitational forces holding galaxies together.

In the Milky Way, the Sun's velocity around the galactic center is determined by the combined gravitational pull of both visible matter (stars, gas, and dust) and dark matter. While dark matter is thought to make up the majority of the total matter in the galaxy, its precise distribution within the galactic disk is still uncertain.

The prevailing view is that dark matter is more uniformly distributed throughout the galaxy, extending beyond the visible disk, rather than being concentrated in the galactic disk near the center. Dark matter is believed to form a "halo" around the galaxy, encompassing the visible components and extending into the galactic outskirts.

It's important to note that ongoing research and observations are continuously refining our understanding of dark matter and its distribution within galaxies. Scientists are actively studying the motion and dynamics of stars, gas, and other components to gain further insights into the nature and distribution of dark matter in the Milky Way and other galaxies.

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The change in the world population that is illustrated by this graph is most likely be attributed the rising global temperatures.

Its involves the gradual accumulation and trap of CO2s in the earth atmosphere which are abnormal in the atmosphere.

Hence, the rise in global temperatures is one that has continue to grow over the centuries.

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Answer: a) perpendicular b) 180 c) 0 d) parallels e) two

Explanation: I don't know how to explain this. I apologize for that. But please mark as brainliest. :D

This population pyramid shows a(n) decrease in the number of males as age increases.

A population pyramid or "age-intercourse pyramid" is a graphical instance of the distribution of a populace by using age corporations and intercourse; it commonly takes the shape of a pyramid when the populace is growing.

What does a population pyramid provide an explanation for?

A population pyramid is a manner to visualize two variables: age and sex. they may be utilized by demographers, who look at populations. A population pyramid is a graph that indicates the distribution of a long time throughout a population divided down the center between male and girl members of the populace.

What are the traits of population pyramid?

A population Pyramid is a graph that shows the age-sex distribution of a given population. It a photograph profile of the populace's residents. sex is proven at the left/right facets, age at the y-axis, and the share of population at the x-axis. each grouping (ex: men aged zero-4) is referred to as a cohort.

Why is a population pyramid beneficial?

Population pyramid are perfect for detecting changes or differences in populace styles. more than one population Pyramids may be used to evaluate patterns throughout nations or decided on populace corporations. The shape of a population pyramid can be used to interpret a population.

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Neptune is the planet that is furthest from the Sun among the given options. While all the options mentioned are located in the outer regions of our solar system, Neptune is the farthest from the Sun.

It is the eighth and final planet in our solar system, located beyond Uranus. The average distance between Neptune and the Sun is approximately 2.8 billion miles (4.5 billion kilometers).

The other options mentioned—asteroid in the asteroid belt, comet in the Oort cloud, Pluto, and comet in the Kuiper belt—are all also located in the outer regions of the solar system, but they are closer to the Sun compared to Neptune. The asteroid belt is a region located between Mars and Jupiter, composed of numerous asteroids orbiting the Sun. Comets in the Oort cloud are believed to exist in a vast spherical shell surrounding the solar system, extending much farther than the Kuiper belt. Pluto, which was once considered the ninth planet, is now classified as a dwarf planet and orbits the Sun beyond Neptune. The Kuiper belt, located beyond Neptune's orbit, is home to a vast population of icy bodies, including Pluto and other dwarf planets.

In summary, while all the options mentioned reside in the outer regions of our solar system, Neptune holds the distinction of being the planet that is furthest from the Sun among the given choices.

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"Since Antarctica has a thick ice cover and the highest average elevation of all the continents." is to be combined using the subordinating conjunction "since". The correct option is "D".

Using the subordinating conjunction since is a great way to connect two clauses and make them more cohesive. Since provides a causal connection between two ideas, and when used correctly, it can help give clarity to the text. It's important to remember, however, that since cannot be used to substitute for other subordinating conjunctions like because or as.

Additionally, it's important to consider the context when using since. When used to mean after, it should be placed at the beginning of a sentence. On the other hand, when used to mean because or as, it should be placed in the middle. Overall, since is a powerful and versatile tool for improving your writing.

The correct option is "D".

--------The given question is incomplete, the complete question is:

"Antarctica has a thick ice cover. It has the highest average elevation of all the continents.

Which choice shows the sentences combined with a subordinating conjunction?

A. Antarctica has a thick ice cover; since it has the highest average elevation of all the continents.

B. Antarctica has a thick ice cover, since it has the highest average elevation of all the continents.

C. Antarctica has a thick ice cover, it has the highest average elevation of all the continents.

D. "Since Antarctica has a thick ice cover and the highest average elevation of all the continents."---------

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Answer:

A dentist also known as a dental surgeon is a medical professional who specializes in dentistry,the diagnosis, prevention and treatment of diseases and conditions of oral cavity.The actual profession of been a dentist is what is known as dentistry.

I hope this helps

The amount of energy released by an earthquake increases by a factor of 32 for every one-unit increase in moment magnitude.

Moment magnitude is a scale used by seismologists to measure the size of an earthquake. It is a logarithmic scale that ranges from 0 to 10. The amount of energy released by an earthquake increases by a factor of 32 for every one-unit increase in moment magnitude. This means that an earthquake with a magnitude of 7 releases 32 times more energy than an earthquake with a magnitude of 6.

The amount of energy released by an earthquake is a function of the magnitude of the earthquake. This is because the magnitude of an earthquake is related to the amount of stress that is released when rocks break along a fault. When an earthquake occurs, the rocks on either side of the fault break and move, releasing energy in the form of seismic waves. The magnitude of the earthquake is a measure of the amount of energy released by these seismic waves.

In conclusion, an earthquake with a moment magnitude of 7 releases 32 times more energy than an earthquake with a moment magnitude of 6. This means that the difference in energy released by a magnitude 6 earthquake and a magnitude 7 earthquake is significant. It is important to note that the magnitude of an earthquake is not the only factor that determines the amount of damage it can cause. The distance between the earthquake and the location of interest, the type of soil and rock in the area, and the construction practices used for buildings and other structures can all impact the severity of the damage caused by an earthquake.

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1. In any major earthquake, the largest shaking-related damage to structures occurs where buildings are founded in loose soil or water-saturated sediment. Option A is the answer.

2. The formation of the Deccan Traps may have caused a mass extinction because Large amounts of sulphur were released into the atmosphere producing aerosols that encouraged clouds to form and increased alibedo.

3. There is no evidence for global cooling at this time. Option B.

4. the main cibse of the spreading movement of the ocean crust is that the new magma forming at ocean ridges is pushing the ocean crust

When Earthquake occurs, there are so many damages that occur. During earthquake, buildings are founded in loose soil or water-saturated sediment. In any major earthquake, the largest shaking-related damage to structures occurs where buildings are founded in loose soil or water-saturated sediment.

Soils that are loosed amplify ground motion during an earthquake, and this can make buildings to shake more vigorously resulting into great collapse of the structures.

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Hutton and Lyell explain the formation of the grand canyon as one that were formed and been slowly washed away by the river, forming a channel.

The Grand Canyon serves as the steep-sided canyon which was carved by the Colorado River in Arizona.

It was formed and laid down over millions of years.

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States that are represented by outlier data would depend on the context of the data set you are referring to. For example, if the data set pertains to economic indicators like GDP per capita or unemployment rates, the states with unusually high or low values compared to the rest of the states would be considered outliers.

Gross Domestic Product (GDP) is a crucial economic indicator used to measure the size and growth of a country's economy over a specific period, usually a year. It represents the total market value of all final goods and services produced within a country's borders, encompassing consumption, investment, government spending, and net exports. GDP serves as a yardstick for assessing a nation's economic performance and comparing it with other countries.

GDP provides valuable insights into the overall health and productivity of an economy, indicating its level of output and generating information on sectors contributing to growth. It assists policymakers in formulating effective economic policies, such as monetary and fiscal measures, by identifying trends, imbalances, and areas that require attention.

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The answer choice which is NOT a part of the atmosphere is:

C. Minerals.

Based on the given question, we need to find the answer choice which does not belong to the atmosphere and we can see that the odd one out is minerals.

Therefore, the correct answer is C. Minerals.

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Answer:

As Most of us know, the majority of the Caribbean Islands were formed by volcanic and tectonic plate activity. Tectonic plates wrestled and moved against each other to force one plate towards the ocean's surface to create new Islands.

Answer:

not sure if this is unique but here are some ways they are formed by volcanic and tectonic plate activity.

Explanation:

Over the past few decades, the mass of the Antarctic ice sheet has shifted. According to studies based on satellite data, Antarctica lost an average of 149 billion metric tonnes of ice annually between 2002 and 2020, contributing to the rise in sea level worldwide.

Due to increasing snow accumulation, several regions in East Antarctica saw small mass gains. The West Antarctic Ice Sheet (dark red) had significant ice mass loss during the course of the 19-year period, more than offsetting this gain. Gray shading indicates floating ice shelves whose mass change GRACE and GRACE-FO do not measure.

Average flow lines of Antarctica's ice (grey; produced by satellite radar interferometry) converge near the locations of significant outlet glaciers and correspond to regions with the greatest mass loss (i.e., Pine Island and Thwaites glaciers in West-Antarctica). This confirms earlier findings that the current ice mass loss is significantly influenced by warmer ocean waters surrounding Antarctica.

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Temperature, silica content, viscosity, and gas content are all factors that influence the type of volcanic products produced during an eruption.

Higher temperatures result in more fluid lava, while cooler temperatures result in more viscous lava that may produce pyroclastic materials. High silica content in magma increases viscosity, resulting in explosive eruptions that produce pyroclastic material. Lower silica content results in less viscous lava that flows easily, producing lavas. The gas content of magma also plays a role, as high gas content increases the explosivity of an eruption.

These factors determine the type of volcanic landforms created, with fluid lavas creating shield volcanoes and more viscous lavas producing stratovolcanoes. Pyroclastic material from explosive eruptions can result in cinder cones and calderas.

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Answer:

What are the advantages and disadvantages of immigration?

Immigration can give substantial economic benefits – a more flexible labour market, greater skills base, increased demand and a greater diversity of innovation. However, immigration is also controversial. It is argued immigration can cause issues of overcrowding, congestion, and extra pressure on public services.

Explanation:

The geologic time periods defined by a major extinction event are: 3) Permian 5) Cretaceous

The Permian extinction event, which occurred approximately 252 million years ago, is considered to be the most severe mass extinction in Earth's history, with an estimated 96% of all marine species and 70% of land species going extinct.

The cause of the extinction is still debated, but it is believed to have been triggered by a combination of volcanic activity, climate change, and other factors.

The Cretaceous extinction event, which occurred approximately 66 million years ago, is the most famous mass extinction event because it led to the demise of the dinosaurs. It is believed to have been caused by a combination of factors, including an asteroid impact, volcanic activity, and climate change.

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The interaction of huge, frozen glaciers with the land during the latest ice age on Earth resulted in glacial erosion. This process involved plucking and abrasion, which caused the crushing and flattening of solid, rocky features on the land.

During the latest ice age on Earth, huge, frozen glaciers of snow and ice slowly moved across the surface of the planet. These glaciers interacted with the land in various ways, including crushing and flattening many solid, rocky features. This process is an example of glacial erosion.

Glacial erosion occurs when glaciers, massive sheets of ice, advance and retreat over the landscape. As the glaciers move, they exert pressure on the land beneath them. The weight and movement of the ice cause the glaciers to act as powerful bulldozers, pushing and scraping the land below.

One of the main processes involved in glacial erosion is called plucking. As the glacier moves, it freezes onto rocks and sediments, and when it retreats, it pulls these materials away from the land, incorporating them into the ice. This process can lead to the creation of deep, U-shaped valleys and cirques.

Additionally, glacial erosion involves abrasion. As the glacier moves, the rocks and sediments frozen within it act like sandpaper, grinding against the land beneath. This abrasive action helps to crush and flatten solid, rocky features such as mountains, hills, and ridges.

In conclusion, the interaction of huge, frozen glaciers with the land during the latest ice age on Earth resulted in glacial erosion. This process involved plucking and abrasion, which caused the crushing and flattening of solid, rocky features on the land.

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Answer:

Which of the following are characteristics of the Coriolis effect?

Choose one or more:

It is caused by the Earth's rotation.

It deflects surface water to the right in the northern hemisphere.

It influences the surface ocean currents.

The following are characteristics of the Coriolis effect:

Coriolis effect is the way things move in some sort of deflection or curve when they travel over a long distance.

This phenomenon makes different aspects of the earth to move at certain velocities and is caused by the rotation of the earth.

This shift happens in the northern and southern hemispheres of the earth and it deflects the surface water.

Therefore, the correct answers are options B, C and E

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The research findings of Franz Boas and Ruth Benedict on race and culture supported the beliefs of W. E. B. Du Bois. The correct option is C) W. E. B. Du Bois.

Boas and Benedict rejected the idea that there was a biological basis for racial differences, and instead argued that cultural factors played a major role in shaping human behavior. This idea was in line with Du Bois' belief in the importance of cultural education and the need to challenge racial stereotypes and discrimination.

Du Bois saw cultural education as a way to empower African Americans and promote racial equality. Boas and Benedict's research supported this view, and helped to challenge the prevailing racist beliefs of the time. The correct option is C) W. E. B. Du Bois.

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Answer:

growth

Explanation:

ur living the life as once ur was a child than a kid to a teen and final to adults there many purpose as ur responsivlity

Answer:

1. On an island can be hard to find water and very dangerous from wild animals

2. In the mountains can be very dangerous from cliffs and hard to grow crops

3. In the crater can be hard to find food

Explanation:

Plzz make me the brainliess

Answer: from different ways

Explanation:

Forensic scientists can determine if a bullet hole is an exit or entry thanks to the appearance of glass surface.

Looking at the glass surface will then allow the scientist to note where the bullet came from based on which hole is larger.

In conclusion, a glass surface helps.

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