Answer: I believe the most logical answer is erosion and deposition.
Explanation:
what happens to the sun as it transitions between a main sequence star and a white dwarf?
When the sun as it transitions between a main sequence star and a white dwarf helium atoms are created through the fusion of hydrogen atoms in the cores of main sequence stars. The bulk of stars in the cosmos, or 90% of all stars, are main sequence stars, of which the sun is one.
Transition between Sun is what?These stars may be merely a tenth as massive as the sun or up to 200 times as massive.
Stars are born as clouds of gas and dust. By way of gravity, these clouds have come together. A tiny protostar is powered by the falling material. Finding protostars can be challenging, because they usually develop in dense gas clouds.
"Nature doesn't make stars in alone," according to Mark Morris of the University of California, Los Angeles (UCLS), was declared in a statement (opens in new tab). " They are produced in groups from natal clouds that collapse.
As a result, hydrogen and helium atoms are fused in the cores of main sequence stars. The bulk of stars in the cosmos, or 90% of all stars, are main sequence stars, of which the sun is one.
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which factor raises bmr? skipping breakfast sedentary lifestyle sleeping cold weather aging all the above
Aging factor raises BMR.
Age is one of the most important factor of changes in energy metabolism. The basal metabolic rate decreases almost linearly with age. Skeletal musculature is a fundamental organ that consumes the largest part of energy in the normal human body.
Elements that increase our BMR include: having a higher muscle-to-body fat ratio, being male, being pregnant, growing kids, strain, and having a fever.
Environmental temperatures and thyroid hormones additionally affect metabolism.
Elements including age, weight loss program, climate, race and menstruation exert a great impact at the basal metabolism of the normal human situation.
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what will the predominant weather be at 1600z in area a? a. heavy rain. b. thunderstorms and moderate rain. c. light to moderate rain.
Answer:
c) light to moderate rain
Explanation:
the predominant weather at 1600z in area a would be light to moderate rain
how do temperatures in the paleocene and eocene generally compare with temperatures in the holocene?
The Paleocene and Eocene were warmer than the Holocene.
What was the Eocene epoch's climate like?Climates were warm and humid during the Eocene, with temperate and subtropical forests common but grasslands few. For example, the Eocene forests of Oregon contained trees and species that were comparable to or identical to those found in the Central and South America today. Global temperatures rose by 5-8 degrees Celsius. During the Eocene, the Cenozoic's highest sustained state, global mean annual surface temperatures were 13 °C 2.6 °C higher than late 20th century temperatures (22), there was no permanent ice, and atmospheric CO2 levels were around 1,400 parts per million volume higher (ppmv).
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WILL GIVE BRAINLIEST American culture since the 20th century has been characterized by:
A. imitating classical cultures from older countries in Europe.
B. becoming more cut off from the rest of the world's cultures.
C. remaining largely conservative and rarely changing in major ways.
D. creating new artistic styles that have become popular around the
world.
American culture since the 20th century has been characterized by creating new artistic styles that have become popular around the world (D). In the 20th and 21st centuries, American culture has been known for its creativity, innovation, and diversity. American artists, musicians, writers, and filmmakers have developed and popularized many new styles and genres that have had a global impact and influenced other cultures. This is in contrast to the other answer choices, which do not accurately reflect the diversity and creativity of American culture.
American culture since the 20th century has been characterized by creating new artistic styles that have become popular around the world. Thus, option D is correct.
What was American culture?Individualism is strongly valued in American culture, with people expected to be self-sufficient and independent. There is a strong belief in equal opportunity and meritocracy, which means that people are rewarded based on their ability rather than their income or social status.
Since the twentieth century, American culture has been defined by the development of new artistic styles that have grown popular across the world. American culture has been noted for its originality, invention, and variety in the twentieth and twenty-first century.
Many new styles and genres have been established and popularized by American artists, musicians, authors, and filmmakers, which have had a global impact and inspired other civilizations. In comparison, the other options do not authentically portray the richness and originality of American culture. Hence, option D is correct.
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which one of the following statements regarding active and/or passive margins is not true?
Due to the size of its sand dunes, Cape Cod represents an active margin. (Cape Cod is an example of a passive margin rather than an active one.) This statement about active and/or passive margins is not true.
AMFTBs and the Mesozoic/Tertiary basins they are linked with are only found at the active borders of the circum-Pacific and Southeast Asia, and active margin they can be either intra oceanic arcs or continental volcanic arc systems. On the oceanward side of often-still-active arcs or else the inactive batholithic roots of past arcs, forearc basins are found. Behind the arcs are back-arc basins. Peneplaned, occasionally rifted basements that integrate with the protruding igneous rocks of the arc or else underlie them often underlie both basin types. The class of episutural basins, which includes both forearc and back-arc basins, is covered in Chapter 4 of Volume 1A of Roberts and Bally, as well as Tables 27.2 and 27.3 therein.
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What happens when several experiments with new information or new technology produce results that challenge an existing theory?
A( The theory is considered proven.
B( The theory becomes a law.
C( The evidence is ignored and thrown away.
D( The theory is revised or updated.
Answer:
D. The theory is revised or updated.
Explanation:
Make a mnemonic sentence to remember the layers of the atmosphere.
A mnemonic sentence to remember the layers of the atmosphere is The Smart Man Takes the Elevator(T – Troposphere, S – Stratosphere, M- Mesosphere, T- Thermosphere, E- Exosphere).
What is atmosphere?An atmosphere contains the air that we breathe and is a blanket of gases that surrounds Earth. It is held near the surface of the planet by Earth’s gravitational attraction.
A barometer is used to measure air pressure. Argon, oxygen and nitrogen from the three main constitutions of the atmosphere.
Atmosphere is a protective layer of gases that shelters all life on Earth, keeping temperatures within a relatively small range and blocking out harmful rays of sunlight.”
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if an organism contains 600g of carbon- 14 in its tissues when it dies, how many grams of carbon-14 would remain after 5 half lives show your work to earn full credit
Answer:
The half-life of carbon-14 is 5730 years, so after 5 half-lives, 5*5730 = 28,650 years will have passed.
The decay of carbon-14 follows an exponential decay curve, so after 5 half-lives, the amount of carbon-14 left will be 1/32 of the original amount.
Therefore, after 5 half-lives, the amount of carbon-14 left will be 1/32 * 600g = 18.75g.
This is the final answer.
CORRECT ME IF I'M WRONGapproximately how much work do you do when you lift your 10.0 kg sister to a height of 1.5 m?
Answer:
15
Explanation:
what tectonic process destroys crust at some convergent margins (a.k.a. zones of crustal consumption)?
Subduction is the tectonic process which destroys crust at some convergent margins
The subduction of a cold oceanic lithosphere into a hot convective mantle is what distinguishes converging edges. The principal force causing this process is the slab pull brought on by the cold, thick rocks of the sinking oceanic lithosphere's negative buoyancy. A region on Earth where 2 or even more lithospheric plates clash is known as a convergent boundary, also referred to as a destructive boundary.
Convection cells in the mantle are what propel plate tectonics. Convection cells are produced when cool materials from the surface return to the mantle and heat produced by radioactive decay of mantle components escapes to the surface.
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what provides a buffering effect to the coast during storms? group of answer choices rising ocean temperatures coastal wetlands and mangrove swamps
Coastal communities are known to be protected by wave, flood, or structural damage during storms by wetlands like tidal marshes and mangroves.
What do you mean by flood?The most frequent type of natural disaster, floods, occur when an excessive amount of water submerges typically dry ground.Floods are frequently brought on by prolonged periods of heavy rain, rapid melting of snow, storm waves from tropical storms, or tsunamis along the coast.
What is deluge in one brief sentence?Natural disasters like floods have the potential to significantly harm both people and property. It is a situation in which rainwater builds up in one location and floods populous areas. They may also result in the loss of a large number of lives.
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Quick, please, who operated the Underground Railroad?
Answer:
Harriet Tubman
Explanation:
Why was slavery so profitable?
Answer:
Below
Explanation:
Slavery was so profitable because it provided a large and consistent source of labor that was essentially free.
The cost of maintaining slaves was far less than that of hiring and paying workers, and the work could be done more quickly and efficiently.
Additionally, the profits generated from slave labor often went directly to the slave owner, making it an incredibly lucrative enterprise.
during the 15th and 17th century, explorers were able to sail the oceans much further, much faster, and much more accurately. how was this exploration made possible?
During the 15th and 17th century, explorers were able to sail the oceans much further, much faster, and much more accurately because of better navigational tools.
International networks grew significantly in the fifteenth century. The growth of exploration and trade across the world's oceans was fundamentally changed by the Atlantic crossing and the creation of the Columbian Exchange. Over the following several centuries, these journeys became more frequent and simpler. The development of better navigational tools is to contribute for this. In fact, the technologies that these traders and explorers utilized were based on advances that spread throughout Africa, Europe, Asia and were consolidated in Europe during this time.
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rank the following areas in order of largest to smallest change in average temperature since 1880.
a. northern Canada (largest temp change)
b. western europe.
c. australia.
d. southern africa.
e. eastern Pacific Ocean.
f. antarctic ocean (smallest temp change)
The average temperatures in the various geographical locations of the world vary consistently over the course of certain time periods rank.
Additionally, these typical temperatures could go up or down depending on a variety of external geographic conditions. The information supporting this has already been mentioned. About 57 degrees Fahrenheit is the standard temperature on Earth (13.9 degrees Celsius). That was the average temperature throughout the 20th century, as determined by measurements made across land and water, day and night, according to climate data from the National Oceanic and Atmospheric Administration (NOAA) (opens in new tab). With a global temperature that was 1.53 degrees Fahrenheit (0.85 degrees Celsius) higher than the 20th-century average of 56.3 degrees F (13.5 degrees C), the first half of 2022 was the sixth warmest on record. The regions' average temperature changes since 1880 can be graded from biggest to smallest as follows:
region of Canada.
Eastern Pacific.
European Union.
Africa's south.
Australia.
the polar ocean
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do tides occur in the molten interior of earth for the same reason that tides occur in the oceans?
Yes, as a result of the disparity in gravitational pull along the core.
There are two factors that affect how much perceived gravitational acceleration (g) varies at various locations on Earth (as you implied). The Earth is not a perfect sphere; as a result, places near the equator are farther away from the center of mass. The Earth is slightly flattened in the poles and bulges out near the equator.
The gravitational force between two things depends on the separation between their centers of mass, hence at the equator as opposed to the poles, the force of gravity on an item is smaller. The gravitational acceleration is about 0.18% lower at the equator than at the poles due to this factor alone.
Second, although it has no effect on the attraction between two masses, the rotation of the Earth results in an apparent centrifugal force that points away from the axis of rotation and can counteract the gravitational pull. At the equator, the centrifugal force is equal to zero and points directly against the gravitational force. In comparison to the poles, the centrifugal force and center of mass distance together lessen g by around 0.53% at the equator.
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According to the chart, which country's HDI has improved the most since
1995?
Answer:
Explanation:
The United Nations Development Programme (UNDP) compiles the Human Development Index (HDI) of 191 nations in the annual Human Development Report. The index considers the health, education and income in a given country to provide a measure of human development which is comparable between countries and over time.
what rating would you give a tornado that caused a house to lose its roof and all the walls have collapsed, but the interior bathrooms and closets are still standing on the first floor?
EF0 is the rating to give a tornado that caused a house to lose its roof and all the walls have collapsed, but the interior bathrooms and closets are still standing on the first floor.
A tornado is a violently rotating column of air extending from the bottom of a violent storm right down to the bottom. Tornadoes ar capable of fully destroying superior structures, uprooting trees, and hurling objects through the air like deadly missiles.
EF0 is the weakest sort of tornado will cause superficial injury to structures and vegetation. EF1 is rated tornado will cause major roof injury, with mobile homes seriously broken. EF2 is stronger tornado could end in roof loss and wall collapse, with mobile homes destroyed and smaller trees uprooted.
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andean-type mountain building involves the convergence of two oceanic plates. group of answer choices true false
Andean-type mountain building involves the convergence of two oceanic plates. Given Statement are true.
The Andes Mountains are a chain of extremely high plateaus topped by even higher peaks that form an unbroken rampart stretching 5,500 miles (8,900 kilometers) from South America's southernmost tip to the continent's northernmost coast on the Caribbean.
The Andes were formed by tectonic activity, which occurs when one plate (oceanic crust) subducts beneath another plate (continental crust). It is unusual to find such a high mountain chain in a subduction zone setting, which emphasizes the importance of determining when and how it occurred.
Mountain formations are classified under the following categories:
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The major difference between a wet tropical region and a tropical wet and dry region is ________. Select one: A. elevation B. pressure C. precipitation D. wind direction E. temperature
answer :
c. precipitation.
question this type of irrigation is often used by small-scale farming operations, and it requires extensive labor to set up individual irrigation lines.
Manual irrigation is often used by the small-scale farming operations, and it requires extensive labor to set up the individual irrigation lines.
What is irrigation?The agricultural practice of applying measured amounts of water to land to help in crop production, as well as to help develop landscape plants and lawns, is known as irrigation, however it is also sometimes referred to as watering. Rain-fed agriculture is defined as that which relies solely on direct rainfall and does not utilize irrigation. Over 5,000 years ago, irrigation became a key component of agriculture, and many different cultures all over the world independently developed it. In arid locations and during times of below-average rainfall, irrigation supports the growth of agricultural crops, the upkeep of landscapes, and the revegetation of disturbed soils. The intention is to water plants as equally as possible, ensuring that each plant receives the proper quantity of moisture—neither too much nor too little.
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On the world map above which hemisphere is highlighted
Answer:
The right
Explanation:
yes
if you are near the coast and feel an earthquake, you should consider the possibility of a(n)
Answer:
tsunami.
Explanation:
You should evacuate to higher ground immediatly!
why does the earth have seasons, 3-5 sentences
Answer:
The earth has seasons because of its tilted axis. The earth's axis is tilted by about 23.5 degrees relative to its orbit around the sun. This means that different parts of the earth receive different amounts of sunlight at different times of the year. When the earth's North Pole is tilted towards the sun, the Northern Hemisphere experiences summer, while the Southern Hemisphere experiences winter. When the earth's North Pole is tilted away from the sun, the Northern Hemisphere experiences winter, while the Southern Hemisphere experiences summer. The changing angle of the earth's axis relative to the sun causes the seasons to change throughout the year.
Answer:
The main reason we have seasons is because the Earth is tilted on its axis. The hemisphere that is tilted towards the sun receives the most sunlight as the Earth revolves around the sun.
Explanation:
Which of the following is the internal heat energy during the early formation of the Earth?
The planet produces heat energy . The temperature rises as you move deeper. Temperatures soar to 750°C about 25 km below the surface, and are reportedly 4,000°C near the core.
Heat energy is produced by the planet. Moving deeper causes the temperature to increase. At 25 kilometers below the surface, temperatures at the core are thought to be 4,000°C. Hot springs have been used by people since antiquity, and we currently use geothermal technology to heat our apartments. Geysers, earthquakes, and volcanic eruptions are all indications of the Earth's core power source.
The term "radioactive decay" refers to the method by which Earth generates heat. It involves the breakdown of naturally occurring radioactive materials within Earth, such as uranium, for instance. Because it generates heat during its disintegration, uranium is a unique type of element. This heat prevents Earth from entirely cooling off.
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desalinization plants are becoming more common in places which have experienced —
Desalinization plants are becoming more common in places which have experienced drought.
What is drought?
A drought is characterized by drier than usual weather. A drought, then, is "a moisture deficit compared to the average water availability at a specific area and season," according to this definition. Days, months, or even years may pass between droughts. The ecosystems and agriculture of afflicted areas are frequently severely impacted by drought, which also has a negative influence on the local economy. The likelihood of a drought and consequent wildfires are considerably increased during the annual dry seasons in the tropics. Heat waves can make drought conditions much worse by accelerating the evaporation of water vapour.
Most regions of the world often experience drought, which is growing more extreme and unpredictable as a result of climate change, which dendrochronological studies trace back to 1900. Environmental, economic, and social repercussions are the three different types of drought effects.
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is this statement true or false? the aegean sea is an arm of the mediterranean between turkey and greece. This part of True or False
- True
- False
the mechanism by which rocks store and eventually release energy in the form of an earthquake is called group of answer choices stress fracture fault displacement seismic rebound elastic rebound
Elastic rebound is the process by which rocks store energy that eventually releases as an earthquake.
The incidence of earthquakes is explained by the elastic-rebound theory. Earthquakes are produced when bending rocks fail and release their stored stress energy. In geology, the study of how energy is released following an earthquake is known as elastic-rebound theory. Along the fault line, the crust ruptures; the quick motion releases the built-up energy, and the rocks almost immediately return to their previous shape. Elastic rebound is the ability of the deformed rock to restore its original shape in a new position as a result of the slide along a fault (i.e., earthquake). Elastic rebound describes the process by which a rock that has been deformed by an earthquake's sliding along a fault can return to its former shape.
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the sun causes a greenhouse effect on earth. how is earth impacted by the greenhouse effect?(1 point)
Answer:
Explanation:
The greenhouse effect: some of the radiation from the Sun passes through the atmosphere, but most is absorbed and re-entered into the earth in all directions by greenhouse gases. Like molecules or clouds. The effect of this is to warm the Earth's surface and the lower atmosphere as well.