The build up of sandbars or shoals over time will cause the formation of long coastal features called a BARRIER ISLAND.
They line the coast of Georgia and protect it from storms.The barrier islands are very important as they protect the mainland from storms and waves. Additionally, they protect tidal lagoons that serve as nurseries for a variety of fish and shellfish.
These islands are essential for protecting coastal communities and ecosystems from extreme weather conditions. Beach dunes and grass on barrier islands absorb wave energy before the waves reach land. This usually means lower high tides and less coastal flooding.
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Delicate frostlike accumulations of ice form as supercooled cloud or fog droplets encounter objects and freeze on contact. what do we call this type of precipitation?
Delicate frostlike accumulations of ice form as supercooled cloud or fog droplets encounter objects and freeze on contact. This type of precipitation is called rime.
Rimes are deposit of ice crystals that forms on objects at temperatures below freezing. Frost occurs when super-cooled water droplets in fog come into contact with surfaces that are below freezing. The droplets are so small that they freeze as soon as they touch an object. Rime is common on the windward slopes of super-cooled, cloud-covered mountains.
It consists of small ice particles with air pockets between them. This structure results in the typical white appearance and granular structure. Due to the rapid freezing of individual super-cooled droplets, the cohesive forces between adjacent ice particles are relatively low and the deposits can be easily shattered or removed from the object on which they are formed.
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Why are assemblages of fossils seen in successive geological periods so different?
The reason behind the assemblages of fossils is so different because there was a rapid continental drift.
What is continental drift?When there was a motion that took place among the tectonic plates and as a result there was the movement of the continents. It was a hypothesis in the context of the Earth's continents.
According to it, it is the Earth's continents that have been moved over geologic time relative to each other. Because of all this, there was an appearance of the drift across the ocean bed. All this resulted in assemblages of fossils in such a way, that it appears different on different continents.
Thus, the assemblages of fossils were seen so differently because there was a rapid continental drift.
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Use technology to create a scatter plot of the data collected for the first ten exoplanets in Part 1. In two or more complete sentences describe the trend in the data values displayed by the scatterplot. In your description, include what type of technology was used to create the scatterplot. Upload your scatter plot and summary in the box below.
The data about exoplanets are missing here but a scatter plot is a diagram used to represent the association between two or more variables.
What is a scatter plot?A scatter plot is a graphical representation of the relationships between two or more variables, which are presented by specific dots spread along the diagram.
The main technology that can be used to diagram a scatter plot is an Excel file by going to the Insert tab (charts group) and then clicking the Scatter symbol.
In conclusion, the data about exoplanets are missing here but a scatter plot is a diagram used to represent the association between two or more variables.
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A rock heated by the sun warming the rocks below it by direct contact is being heated by?
A rock heated by the sun warming the rocks below it by direct contact is being heated by conduction and Convection.
Convection is the transfer of thermal energy in a liquid. This type of heating is most commonly used in cooking with boiling liquids. The air in the atmosphere acts like a fluid. The sun's rays hit the ground and heat the rocks.
The sun does not heat our atmosphere directly because it is not in direct contact with our atmosphere. Had it been heated directly, it would have been charred long ago. Instead, the sun indirectly heats our atmosphere through radiation. Radiation does not require contact and can transfer heat through empty space by the sun warming.
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Any change in the air's ________ content could alter temperatures in the lower atmosphere.
Answer:
Any change in the air's carbon dioxide content could alter temperatures in the lower atmosphere.
Which two tectonic plates were involved in the japan earthquake of march, 2011?
What is a popular theory for the difference in atmospheres of the jovian planets versus terrestrial planets?
High temperatures and solar wind in the inner planets allowed most of the volatiles to be driven off the terrestrial planets, but not the Jovian planets.
Terrestrial planets have higher density than Jovian planets.Jovian planets are mostly gas and liquid, terrestrial planets are solid and rocky.Jovian planets are almost gaseous and they are larger than terrestrial planets.
Planetary theory is a theory about the formation of planets. According to the planetary system hypothesis, when a planetary system forms, there will be a protoplanetary disk with material from the nebula from which the planetary system originates. This material is gradually assembled by gravity to form small pieces.
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As a rule, thunderstorms are unknown poleward of ________ latitude. 10° 60° 40° 30° 20°
As a rule, thunderstorms are unknown poleward of 60° latitude.
Thunderstorms, a short-lived, severe weather disturbance, are almost always accompanied by lightning, thunder, dense clouds, heavy rain or hail, and strong winds. Thunderstorms occur when layers of warm, moist air rise in high, rapid winds toward cooler regions of the atmosphere.
On weather maps, the surface position of the warm front is shown as a solid red line with red semicircles filled along it. . The semicircles indicate the direction in which the front is moving. They are on the side of the road that the front is moving.
Three basic components are needed to form a thunderstorm: moisture, unstable ascending air (air continues to rise when there is a thrust), and a lifting mechanism to create "boost" . “Sometimes thunderstorms form a line that can stretch for hundreds of miles horizontally.
These "cry lines" can last for hours and produce strong winds and hail. Although thunderstorms can vary in size and shape, we can classify them into main groups: single cell, multicellular cluster, multicellular lineage, and supercell. A thunderstorm is a storm accompanied by sound and lightning and usually heavy rain or hail.
Thunderstorms develop in warm, humid areas. High temperatures in these areas cause warm, moist air (with water vapor) to rise. Thus, strong water currents with water droplets are created.
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Occluded fronts characterize the beginning stages of a middle latitude cyclone.
a. true
b. false
It is a false statement that an occluded fronts is characterized as the beginning stages of a middle latitude cyclone.
What is a middle latitude cyclone?It refers to the synoptic scale low pressure system that has cyclonic flow that is found in the middle latitudes in a counter-clockwise form in northern hemisphere.
Most time, what occurs during the occluded front phase of a middle latitude cyclone is that there is a dryness and coolness of the air that causing a dissipation of the system.
Therefore, It is a false statement that an occluded fronts is characterized as the beginning stages of a middle latitude cyclone.
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Why does building on flood plains increase the risk of flood disasters?
A. All of these
B. The soft, permeable ground is not strong enough to support dams or flood defenses, leaving towns vulnerable.
C. Flood plains are made of porous layers of earth and rock . When it floods, they soak up water and become swollen, which can knock down buildings on top of them.
D. Developing an area usually includes laying asphalt, concrete and other impermeable materials which prevent the ground from soaking up water.
Answer:
C.
Explanation:
The rocks soak up and become more heavier to be underground so it rises up and start destroying buildings from the under
According to the text, the only legitimate challenge to the global domination of the capitalist culture today is?
Religious fundamentalism is the only legitimate challenge to the global domination of the today's capitalist culture. Fundamentalism can be pejorative rather than a neutral characterization.
It is the approach pf those religious groups that look for the literal interpretation of original religious texts or books believing that teaching obtained from this kind of reading must be used in social, economic, and political aspects.
There are some examples of religious fundamentalism which is believe in the superiority of their religious teachings, and strict division between righteous people and evildoers. This system which regulates religious thoughts and also all the conceptions regarding the self, and others.
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A beach with a lot of sand most times of the year with just a little bit of variance would be indicative of:____.
How are van allen belts formed? high-energy particles from the sun get trapped in earth’s magnetic field. metals in earth’s core sink and rise, producing a circular movement of the metals. particles in solar wind travel along lines of earth’s magnetic field and collide with gas atoms. material from the surface of the sun erupts and forms a loop due to the sun’s magnetic field.
High-energy solar particles are confined by Earth's magnetic field, creating what is known as the Van Allen belt. High-energy particles originate from the sun in the form of solar wind and from the universe in the form of cosmic rays. As these particles approach Earth, the magnetosphere acts as a net to keep them from reaching the surface. (option A). This is further explained below.
What are van Allen belts?Generally, The Van Allen belt is created when high-energy particles from the sun are captured by the magnetic field of the earth, which creates the belt. High-energy particles may be traced back to the solar wind and cosmic rays as their origins. As these particles reach the globe, the magnetosphere of the earth captures and holds onto them.
In conclusion, Radiation bands up to 58,000 kilometers in diameter surround Earth and are collectively known as the Van Allen belts. Each of two zones of strong radiation partially encircling the globe at heights of several thousand kilometers, both of which are held in place by the earth's magnetic field and undergo periodic contraction and expansion when electrons are pushed between belts, into the atmosphere, or into space.
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Answer:
A
Explanation:
Someone on earth sees you travel 25 light years at 0.999c. they think your trip takes:_____.
Someone on earth sees you travel 25 light-years at 0.999c. They think your trip takes a little more than 25 years.
Based totally on our current understanding of physics and the boundaries of the natural world, the solution, regrettably, is not. In step with Albert Einstein's principle of unique relativity, summarized by using the famous equation E=mc2, the speed of mild (c) is something like a cosmic speed limit that can't be surpassed.
If an item ever did reach the speed of mild, its mass could grow to be countless. And as an end result, the energy required to move the item might additionally emerge as limitless: an impossibility.
To summarize, in line with the immutable legal guidelines of physics (especially, Einstein's principle of special Relativity), there may be no way to attain or exceed the velocity of light.
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Assuming 10-percent trophic efficiency, the other 90 percent of the energy associated with a given trophic level is?
Assuming 10-percent trophic efficiency, the other 90 percent of the energy associated with a given trophic level is transferred to higher tropic levels.
The tendency is that only 10% of energy moves from one nutrient level to the next and 90% is lost as heat moves up the food chain. There is less and less energy for each nutrient level, going up the pyramid. The amount of energy corresponds to the amount of biomass. Nutritional efficiency is the efficiency by which mass (or energy) is transferred from one trophic level to the next through predation.
Personal efficiency is the efficiency with which a typical individual turns consumption into somatic growth. The Ten Percent Rule states that each nutrient level can only contribute 10% of the energy to the next. The remaining 90% is used to live, grow, reproduce and lose to the environment as heat. All energy pyramids begin with energy from the Sun being transferred to the first nutritional level of the producers.
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Which factors led to the Dust Bowl of the 1930s?
MULTIPLE CHOICE!!!
fertilizer runoff
volcanic eruption
earth tremors
clearing of grasslands
erosion
overgrazing
Answer:
Explanation:
The Dust Bowl of the 1930s was caused by erosion, overgrazing, fertilizer runoff & the clearing of grasslands.
how does banking system help in economics development
The air masses that have the greatest influence on weather conditions in the central united states are ________.
The air masses that have the greatest influence on weather conditions in the central United States are :- "cP and mT"
"cP and mT"
The air masses in and around North America include the continental arctic (cA), maritime polar (mP), maritime tropical (mT), continental tropical (cT), and continental polar (cP) air masses.Influence of air masses on temperature at a place.The position of a place in relation to the air mass's source and the air mass's trajectory as it departs from that region determine the impact that air masses have on a place's temperature. For instance, one's climate will be very consistent throughout the year if they are situated in the center of an air mass source region. You would be in the center of the continental polar air mass if you lived in north central Canada (cP). For the most of the year, you can anticipate chilly to frigid temperatures and low humidity levels.However, if you live in central Illinois, you will experience a much greater variation in temperature because you are in the boundary zone between several different air masses. Two air masses in particular influence this region, cP and mT. The cP air brings cool, dry weather while mT air is responsible for humid and warm conditions. When these air masses collide, storms are generated.To learn more about Air Masses, click the links.
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Fjords found along the coasts of norway, new zealand, and alaska were formed by ______.
Fjords found along the coasts of Norway, New Zealand, and Alaska were formed by glacial scouring.
Long, deep, and narrow bodies of water that extend far inland are known as fjords. Fjords are frequently located in valleys that are U-shaped and have steep granite walls on either side. Most countries with fjords are Norway, Chile, New Zealand, Canada, Greenland, and Alaska in the United States.
In areas where past or present glacial extended below the present sea level, fjords can be discovered. A fjord is created when a glacier retreats, leaving behind a classic U-shaped valley that is then filled with water by the sea.
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What measurements are necessary to define a current? (mark all that apply. ) multiple select question. water salinity water speed wind speed wind direction water direction
Water direction, Water speed. measurements are necessary to define a current
Flow is defined as the movement of water in a particular direction. An example of flow is when a river moves towards a waterfall. Fluid motion in liquids, gases, plasmas, or other forms of matter, especially motion following recognizable paths.
The current situation was that which existed at the time the CNFA conducted an investigation and as determined by the Office of the County Registrar of Sussex County or Newcastle Kent at the time the Conditional No Further Action Notice was recorded. means land use.
Amps, symbol A is the SI unit of current. It is defined by a fixed number of 1.602 176 634 x 10-19 for the elementary charge e, expressed in units C. It is equal to A s and the second is defined by ΔνCs.
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Imagine that you are caught in a rip current in the ocean. The best thing for you to do so that you won't drown is to?
If you do get caught in a rip current, the best thing you can do is stay calm. It's not going to pull you underwater, it's just going to pull you away from shore. call and wave for help. You want to float, and you don't want to swim back to shore against the rip current because it will just tire you out.
The best way to stay safe or should not drown is to always swim near a lifeguard, or in areas designated safe for swimming by lifeguards.
A rip current is like a giant water treadmill that you can't turn off, so it does no good to try to swim against it. "Even small rips can flow faster than a person can swim. People should not try to swim against the rip."
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In order to keep up with the tidal force of the moon, the tidal bulge waveform moves across earth's oceans at a speed of about 1,600 ________ per hour.
In order to keep up with the tidal force of the moon, the tidal bulge waveform moves across earth's oceans at a speed of about 1,600 KM per hour.
The tidal bulge waveform is the distortion of water and Earth that we call a tidal bulge is a result of deformation of earth and water materials at different places on Earth and response to the combined gravitational effect of Moon and sun. It is two ocean bulges created on opposite sides of Earth due to the moon's gravitational pull and the ocean's resistance to the pull.
High and low tides are caused by the Moon. The Moon's gravitational pull generates something called the tidal force. The tidal force causes Earth—and its water—to bulge out on the side closest to the Moon and the side farthest from the Moon. These bulges of water are high tides.
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The practice of setting time ahead or behind during the year, out of coordination with the sun, is termed?
The correct option is B
The practice of setting time ahead or behind during the year, out of coordination with the sun, is termed as Daylight Saving Time.
What is Daylight saving Time?The technique of advancing clocks during warmer months so that darkness falls at a later clock time is known as daylight saving time, often known as daylight savings time or simply daylight time, and summer time.
What's the difference between Daylight Savings Time and standard time?When Daylight Saving Time (DST) is not in effect, local time is defined as that in a nation or region. Normal time, winter time, and standard time are other names for it. While Daylight Saving Time (DST), especially in the UK, is sometimes known as summer time, standard time is also referred to as winter time or normal time.
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I understand that the question you are looking for is :
The practice of setting time ahead or behind during the year, out of coordination with the Sun, is termed ?
A) Coordinated Universal Time.
B) Daylight Saving Time.
C) Standard Time.
D) Greenwich Mean Time.
If dr. taylor's stroke involved a blood clot in a similar location in her right hemisphere instead of her left hemisphere?
If dr. taylor's stroke involved a blood clot in a similar location in her right hemisphere instead of her left hemisphere leads to ischemic stroke.
The two hemispheres are connected by a thick band of nerve fibers called the corpus callosum. The halves of the brain can communicate with each other through this "bridge". The dura mater of the brain and the dura mater of the spinal cord are identical. The sclera of the brain is thinner. The sclera of the brain is made up of two distinct layers.
The sclera of the brain is made up of two distinct layers. The cerebral cortex is the "executive unit" of the nervous system, the home of our conscious mind. It allows us to become aware of ourselves and our feelings, communicate, remember, understand, and initiate voluntary movements.
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What did kepler discover about the periods of planets and their distances from the sun?.
Earth goes around the sun almost 30 times, while planet __________ completes only one orbit.
Answer: Venus
I used Goggle
Which region has the second worst health indicators: A. South Asia B. The Middle East and North Africa C. Sub-Saharan Africa D. Latin America and the Caribbean
Which region has the second worst health indicators: A. South Asia
South Asia is the southern region of Asia defined both geographically and ethnoculturally. This region consists of the countries of Afghanistan, Bangladesh, Bhutan, India, Maldives, Nepal, Pakistan, and Sri Lanka. Topographically, it is dominated by the Indian Plate and is largely defined by the Indian Ocean to the south and the Himalayas, Karakoram, and the Pamir Mountains to the north. Almost synonymous with historical India, South Asia continues to have many unfortunate features. Majesty.
In most of these South Asian countries, the basic demographics that affect health care are very similar. Most countries in South Asia face serious health problems, with affordability and accessibility of medical assistance being major challenges. Retaining qualified doctors is another major challenge.
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Why do some developing nations oppose Western initiatives to limit atmospheric pollution and global warming
These initiatives pose a risk to economic growth.
In 2017, 89% of the energy for the transportation sector in the usa was derived from what source?
In the year 2017, 89% of the energy used in the transportation sector came from one source which was petroleum.
What energy source is used in U.S. transportation?Even though there have been renewed efforts to find alternative sources of energy for transportation in the United States, about 89% of the energy used in the U.S. in 2017 in the transportation sector was from petroleum.
This figure only increased in 2021 when it was estimated that petroleum accounted for 90% of the energy usage in the same sector.
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In order to increase renewable energy Multiple Choice the sources of energy for an area will need to be more diverse. most communities will have to be redesigned to be off the grid. every community will have to invest in solar energy. every community will have to invest in wind energy.
In order to increase renewable energy, most communities will have to be redesigned to be off the grid.
The answer is option B.
As the world dynamics related to renewable energy is converting, there is an improved shift from fossil fuels to renewable strength as more international locations are capitalizing on the benefits and electricity capability renewables have and both growing and advanced international locations are investing greater in renewable strength.
Renewables made up almost 20 percent of the application-scale U.S. energy era in 2020, with the bulk coming from hydropower (7.three percent) and wind strength (8.4 percent). Solar technology (inclusive of distribution), which made up 3.3 percent of total U.S. technology in 2020, is the fastest-developing electricity source.
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