from the list of terms below, choose the ones associated with the fault you observed in the gigapan image. select the three that apply.

To convert a representative fraction to a statement scale, you can divide the denominator by the numerator and multiply the result by 100. This will give you the scale of the map in percent.

For example:

i. 1:50,000 = 1/50,000 * 100 = 0.002 * 100 = 0.2%

ii. 1:400,000 = 1/400,000 * 100 = 0.0025 * 100 = 0.25%

iii. 1:100,000 = 1/100,000 * 100 = 0.01 * 100 = 1%

Therefore, the scales of the maps in statement form would be:

i. 0.2%

ii. 0.25%

iii. 1%

Note that the smaller the denominator in the representative fraction, the larger the scale of the map. This means that a map with a scale of 1:50,000 shows a larger area than a map with a scale of 1:400,000.

For helping to determine past climate on the basis of tree rings, dendrochronology is use.

The name of the scientific technique for determining the precise year that tree rings were formed is dendrochronology. This can provide information for dendroclimatology, the study of climatic and atmospheric conditions during different historical periods from wood, in addition to dating them. Scientists utilise dendrochronology to calculate the age of ancient structures and artefacts. Trees are an uncommon set of buddies for archaeologists. By examining the information found in old wood, the scientific technique of dendrochronology can determine the age of an archaeological site. It is a trustworthy dating technique with many applications in archaeology, environmental studies, and other disciplines. As the technique has grown more effective, its importance has increased across numerous industries.

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Five colors; green, yellow, red, white and blue are used to color-mark curbs.

The edge where a raised sidewalk, road median, or central reservation meets a street or other roadway is known as a curb or kerb.

Barrier curbs also known as straight curbs, resemble the stone slabs used originally for curbs. They also provide abrupt barriers that prevent automobiles from leaving pavement. Vehicles can encroach on roll curbs or mountable curbs without causing tire damage because of their sloping faces.

The curb paint color denotes:

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Answer: Less than 1% (About 0.33)

The other 99.7 percent is in the oceans, soils, icecaps, and floating in the atmosphere.

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Dialects developed within England primarily because due to place and time, dialects change.

Simply put, accents develop when speakers of the same language are isolated and unintentionally agree on new names or pronunciations for words through evolution. Numerous of these minor adjustments combine to form a unique local "code" that is difficult for outsiders to comprehend.

The prestige that comes with speaking the standard dialect can be obtained by doing so. among communities of non-standard speakers, a certain level of prestige. In order to be regarded as a part of that particular community or group, it specifies the language that should be used.

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Felix Baumgartner was not conscious of the sonic boom when he free-fell through the stratosphere since he was carrying a compressed gas space suit.

Austrian skydiver, daredevil, and BASE jumper Felix Baumgartner
He gained notoriety when, as part of the Red Bull Stratos project, he jumped to Earth from a helium balloon in the stratosphere on October 14, 2012, landing in New Mexico, United States. In terms of exit altitude, vertical freefall distance without a drogue parachute, and vertical speed without one, he set new marks for skydiving. Another reason Baumgartner is well-known is for the extremely risky acts he has pulled off throughout the course of his career. He served in the Austrian military for a while, practicing parachute jumping and learning how to land in tight target areas.

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The parts of Jewish covenant with God was divided into three parts:

Also, they considered that god will punish those who curse the Jews and Jews will have Israel as their homeland.

Moreover, God's chosen people are the Israelites.

The concept of the Jews as the chosen people is founded on the covenant between God and the Jews. The Jewish covenant is an essential aspect of the Jewish religion even now.

The land promised

The first element of the covenant is known as the promised land and may be found in Genesis 12:1 when Abraham is asked by God to leave Ur and go to a country known as Canaan. The land of Canaan was then known as Israel. Israel was named after Abraham's grandson and is also known as the promised country because God promised to deliver the area to Abraham's descendants.

The promise of the descendants

The promise of the descendants is the second portion of the covenant, and it is stated in Genesis 12:2. This is where God told Abraham that he would build a big country out of him - I will multiply your numbers exceedingly, very much, and I will make you into nations.... God changed Abram's name to Abraham, which means "father of many nations" at this point.

The promise of blessing and redemption

The promise of blessing and redemption is the third and last portion of the Abrahamic covenant. God pledges to bless Abraham and all of his offspring in Genesis 12:1-3. God instructed Abraham to remove his foreskin, as well as the foreskin of every Jewish boy after him, as part of this last covenant. This procedure is known as circumcision, and it is a sign of the Abrahamic covenant.

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Naturally, sunlight travels at the speed of light, whereas heat energy flows more slowly. Different atmospheric gases respond to radiation at different wavelengths in different ways.

Most of the sun's light is absorbed by the atmosphere. The Sun can't actually shine ON the air because it is usually quite clear. Yes, the Sun shines throug it. As a result, the majority of the Sun's heat energy reaches the surface instead of the air, warming the air as it reflects heat back up.Earth, however, is a planet and does not generate energy. However, at night, it emits a significant amount of energy in the form of terrestrial radiation (this energy is absorbed by earth during day time).

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Answer: the answer will be E all of these

Explanation: i study for the test on quizlet

Option ( C ). Design a computer simulation of an oil spill in the area to determine the environmental impact design a computer simulation of an oil spill in the area to determine the environmental impact.

What techniques are used to identify oil spills?

Most large oil spills use fingerprinting  to verify that the oil in the environment is from a suspect source and not from other entries such as nearby ship bilge tanks  or natural oil wells.

Methods used to clean up oil spills?

Responders have many response methods in their toolkits for handling oil in offshore waters. Skimming and booming, in situ burning and dispersant application.

Effects of oil spills?

Surface and underground oil spills can contaminate soil, sediments, water (groundwater and surface water bodies) and air (due to the many volatile compounds released into the air by spilled oil). Oil spills have a negative impact on  residents in affected areas.

Which was the largest oil spill in history?

On April 20, 2010, the Deepwater Horizon oil rig operating at Macondo Prospect in the Gulf of Mexico exploded and sank, killing 11 of her workers at Deepwater Horizon, making history in the offshore oil drilling business.

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The location of the equinoxes and solstices in the uranian sky what are the seasons like the sun is directly over the equator. As a result, the entire planet experiences a day-night cycle equal to the planet rotation period.

There are four equinoxes on earth, out of this there are two equinoxes every year that one is around March 21 and another around September 22. Sometimes, the equinoxes are called the vernal or spring equinox.

The autumn or fall equinox and although these have different dates in the Northern and Southern Hemispheres. An equinox occured at the start of the spring and fall and the solstice occurs during the summer and the winter.

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Answer:

The great oxidation event, also known as the Great Oxygenation Event or the Oxygen Catastrophe, was a significant period in Earth's history when oxygen levels in the atmosphere began to rise dramatically. This event had a profound impact on the evolution of life on Earth, including humans.

During the great oxidation event, oxygen levels in the atmosphere increased from less than 1% to around 21%, the level they are today. This increase in oxygen was caused by the emergence of cyanobacteria, also known as blue-green algae, which are photosynthetic organisms that produce oxygen as a byproduct of their metabolic processes. Over millions of years, these cyanobacteria released large amounts of oxygen into the atmosphere, gradually increasing the overall oxygen levels.

The increase in oxygen levels had a number of significant impacts on the evolution of life on Earth. One of the most important was the emergence of aerobic respiration, a process that allows organisms to use oxygen to generate energy. This allowed many organisms to evolve and thrive, leading to a greater diversity of life on Earth.

For humans, the great oxidation event had a number of important effects. One of the most significant was the emergence of complex, multi-cellular organisms. The increase in oxygen levels made it possible for these organisms to evolve and thrive, leading to the development of plants, animals, and eventually humans.

Additionally, the increase in oxygen levels may have also contributed to the extinction of certain organisms that were unable to adapt to the changing conditions. For example, some researchers believe that the rise in oxygen levels may have led to the extinction of many anaerobic bacteria, which are unable to survive in an oxygen-rich environment.

Overall, the great oxidation event was a significant period in Earth's history that had a profound impact on the evolution of life, including humans. It helped to pave the way for the development of complex, multi-cellular organisms, and may have contributed to the extinction of certain species.

Answer:

A) Retrograde Motion

In urban areas, an increase in impervious surfaces will cause an increase in runoff.

The region around a city is referred to as an urban area. Most people who live in cities work in non-agricultural industries. Urban areas are highly developed, which means there is a high concentration of human structures including homes, businesses, highways, bridges, and trains. Urban areas can include suburbs, cities, and towns.

A city or town is referred to as an urban example when it is densely populated. Urban rooftop gardening is defined as existing, occurring, or being in a city. acclimated to or typical of cities; citified: I don't think he would appreciate spending a week at our cottage in the woods because he is an urban type.

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In the united states, Hawaii and Alaska (are) most at risk from tsunamis.

tsunamis are infrequent high-impact events that have the potential to cause fatalities and damage on the coast. Since the beginning of the 19th century, tsunamis have caused more than 700 deaths and approximately $2 billion* in damage to U.S. coastal states and territories.

To better understand the U.S. tsunami hazard and prepare for the impacts of tsunamis on U.S. coasts, the National Tsunami Hazard Mitigation Program assessed the hazard for nine broad coastal regions. While a tsunami can strike any U.S. coast, the hazard level varies. Hazard levels reported here are qualitative and based largely on the historical record (through 2014), geological evidence, and location relative to tsunami sources, all of which provide clues to what might happen in the future.

The hazard is greatest for coastlines near subduction zones, which are particularly active seismic zones, where large earthquakes can produce damaging waves that threaten nearby and distant coasts. Dangerous subduction zones ring the Pacific Ocean and can also be found around the Caribbean.

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If we were to drill a hole down to the mantle, the oceanic crust would be the best place to start.

The oceanic crust is the uppermost layer of the oceanic portion of the Earth's lithosphere, more specifically the tectonic plates. It is composed of the upper oceanic crust and the lower oceanic crust. It is also thicker and denser than continental crust.

The oceanic crust is made up of two types of rocks mostly: basalt and gabbro.

On the other hand, the continental crust is the outermost layer of the Earth's surface that is composed of granitic, sedimentary, and metamorphic rocks.

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Answer: harries and Ullman's multiple nuclei model all the other models revolved around a central business district whereas the multiple nuclei module describes multiple centers other than that.

Explanation:

Answer: Glaciation

Explanation:

Glaciation is the primary process by which the landforms of Northern Europe came to be as they are today. During the last ice age, ice filled the valleys and carved out fjords that are now filled with seawater, creating steep, rugged mountains.

The primary process that shaped the landforms of Northern Europe as they are today was Glaciation.

The term Glaciation refers to glaciers. They are moving across the landscape. As they were moving modify the landscape and create distinctive formations. This process, known as glacial, is what gave rise to many of Earth's most iconic landscapes.

There are certain causes of the glaciation is there, a series of favorable feedbacks that are brought on by periodic adjustments to the Earth's orbit around the Sun. When the orbital cycle turns back.

Therefore, As a result, By moving of glaciers shaped the landforms of Northern Europe as they are today.

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By evaporating water from the oceans, lakes, rivers, and even the soil, solar energy powers the cycle. Through the process of transpiration, additional water is transferred from plants to the atmosphere.

Water droplets gradually acquire enough mass to fall back to Earth as precipitation as liquid water evaporates or transpires, forming clouds and water vapor. The precipitation eventually transforms into runoff or groundwater and makes its way back into the surface reservoirs across a variety of periods. The hydrosphere currently contains the same amount of water as it has always contained in the Earth system because the water cycle is essentially a closed system.

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Global winds exert drag on the ocean's surface, causing the water to flow in the wind's direction. Ocean surface currents are produced as a result. The coriolis effect is the result of the Earth's rotation deflecting these currents.

Global wind systems that are powered by solar energy are what propel large-scale surface ocean currents.

These currents affect regional and planetary temperatures by transferring heat from the tropics to the poles.

The Amazon River carries nearly 150 times as much water as the mild Gulf Stream, which originates in the tropical Caribbean.

Much of Northern Europe is kept substantially warmer than other locations that are equally far north by the Gulf Stream's heat.

Sea ice is created when ocean water freezes, leaving behind salt that makes the surrounding seawater saltier and denser.

Water that is dense, icy, and salty sinks to the ocean floor. The sinking water is replaced by surface water, which is then sufficiently cold and salty to sink.

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a monocline is a type of a(n) Fold. A monocline, also known as a monoform, is a step-like fold in rock strata that includes a zone of greater dip within a sequence that is generally horizontal or gently sloping.

Monocline. An easy "one step" bend in the rock layers is known as a monocline The oldest rocks are at the bottom and the youngest are at the top of a monocline. A monocline is created by the tilt of the rock layers in the center left.

The faults must be widely spread for the outer limbs to preserve the subhorizontal geometry of real monoclines, which is necessary for the monoclinal shape. These structures frequently take the form of drape folds atop basement-cored uplifts connected to reversing faults (Reches, 1978; Friedman et al., 1980; Chester et al., 1988).

Strike-slip, normal, and thrust (reverse) faults are the three types of faults, according to Nicholas van der Elst, a seismologist at the Lamont-Doherty Earth Observatory of Columbia University in Palisades, New York.

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A local intrusive heat source impact metamorphism.The temperature rises with increasing depth of burial due to an increased rate of radioactive decay.

Rocks form on Earth as igneous,sedimentary,or metamorphic rocks. Igneous rocks are formed when rocks are heated to the melting point that forms magma.Metamorphic rocks form when rocks are subjected to high temperatures, high pressure, hot mineral-rich fluids,or more commonly, some combination of these factors. crust and is heated by the geothermal gradient.At temperatures above 200˚C,some of the existing minerals can become unstable.Metamorphic rocks form when rocks are subjected to high temperatures,high pressure,hot mineral-rich fluids,or more commonly, some combination of these factors.Conditions like these are found deep within the Earth or on tectonic plates.

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Same houses, the massive production of houses, and the predominantly white population are the similarities that exist between the northern citizens in a suburb like Levittown and their southern neighbors.

When the FHA approved financing for the building of Levittown, it placed racial covenants in each deed, turning each Levittown into a segregated community because William J. Levitt refused to sell homes in  to persons of color and because of this in Pennsylvania, the first black family, the Myers, who had purchased a used home, had up to 500 white people gathered outside their home and had endured house assaults in 1957. Due to the family's predicament and a meeting with Martin Luther King, new laws were passed. They remained there for four years until Myers, a World War II veteran, obtained employment elsewhere.

Since many people were left homeless as a result of desegregation, this was a problem. These individuals would congregate in unsuitable settings and foster social issues that are challenging to address.

Contrary to communist suburbs that had several infrastructural issues, the development of suburbs like Levittown demonstrated that the US had well-organized suburbs with high standards of living and that they reflected the American dream. However, the construction of the American suburbs was controversial and involved the improper exploitation of local residents who had previously resided there and had been evicted.

The same houses, the vast production of dwellings, and the predominance of white people are just a few of the parallels between the northern and southern suburbs.

The benefits of allowing women to voice their ideas include preventing them from being used as a pawn in the making of laws that disadvantage them and socially weaken them.

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The most worrisome problem lies at the north pole, where most of the ice floats on water.

Long-term changes in temperature and weather patterns are referred to as climate change. These shifts may be natural, but human activities have been the primary driver of climate change since the 1800s, primarily due to the combustion of fossil fuels (such as coal, oil, and gas), which produces heat-trapping gases.

Even if emissions are significantly reduced in the coming decades, more than a third of the world's remaining glaciers will melt before the year 2100. When it comes to sea ice, 95% of the Arctic's oldest and thickest ice has already melted.

As our planet warms due to climate change, the world's ice is melting faster than ever. In most mountainous areas, glaciers are receding. Greenland's and Antarctica's ice sheets are receding.

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The vertical interval of rugged terrain can have an impact on the difficulty of navigating and traversing the area, as well as the types of plants and animals that can survive there. However, it is not necessarily a defining characteristic of rugged terrain.

Generally, Rugged terrain typically refers to land that has a lot of hills, valleys, cliffs, and other natural features that make it difficult to traverse. It may or may not have a large vertical interval, which refers to the difference in elevation between the highest and lowest points in an area.

In some cases, rugged terrain may have a large vertical interval, such as a mountain range with peaks that rise thousands of meters above sea level and valleys that descend deeply below.

However, it is also possible for rugged terrain to have a relatively small vertical interval, such as a hilly region with rolling hills that rise and fall over a short distance.

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Core, radiative zone, convective zone, photosphere, chromosphere, transition region, and corona is the correct order for the structure of the sun.

The inner layers are the Core, Radiative Zone, and Convection Zone. The Photosphere, Chromosphere, Transition Region, and Corona are the outermost layers. There are several zones or strata in both the sun and its atmosphere. The interior of sun is made up of things from the inside out.

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2. A subduction trench forms where the subducting plate bends downward into the mantle

1. An accretionary prism begins to form

4. Magma, created by flux melting of the mantle, rises through the overriding plate

3. Lava erupts onto the surface, forming volvanes

Volcanoes on the ocean floor erupt to create oceanic islands, often referred to as volcanic islands. Oceanic islands are also called as "high islands," regardless of their height. Low islands are continental and coral islands, which can be hundreds of metres taller than high islands. Even though they are encircled by water, continents are not categorised as islands because of their size. The smallest continent, Australia, is more than three times larger than the largest island, Greenland. In every ocean, lake, and river in the world, there are innumerable islands.

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Answer:

The Bay of Bengal

Explanation:

It is the northeastern part of the Indian Ocean, bounded on the west and northwest by India, on the north by Bangladesh, and on the east by Myanmar and the Andaman and Nicobar Islands of India.

All of the following is true about the earth’s radiation balance except sensible heat flux is the predominant process for the loss of outgoing longwave radiation. (Option B)

The energy balance of the Earth system refers to the balance between incoming energy from the Sun and outgoing energy from the Earth. Energy released from the Sun is emitted as shortwave light and ultraviolet energy. The Earth’s radiation balance is the algebraic sum of the incoming and outgoing components of radiation. In the context, the fact that sensible heat flux is the predominant process for the loss of outgoing longwave radiation is false.

The sensible heat flux refers to the transfer of heat caused by the difference in temperature between the sea and the air and is a process but not the predominant process for the loss of outgoing longwave radiation. It is energy emitted from Earth as electromagnetic radiation, which passes out of the atmosphere and into space in the form of thermal radiation.

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We find hydrogen absorption lines at redshifts smaller than that of the quasar hence, showing that there are intergalactic clouds between a distant quasar and us.

A quasar is a galactic active nucleus that is incredibly bright (AGN). Quasi-stellar objects, or QSOs, are occasionally used to refer to them. The supermassive black hole driving this emission from a galactic center is encircled by a gaseous accretion disc and has a mass between millions and tens of billions of solar masses. Due to friction, the gas in the disc that is descending towards the black hole warms up, releasing energy in the form of electromagnetic radiation. The most potent quasars have luminosities that are thousands of times higher than that of a galaxy like the Milky Way, demonstrating the immense radiant energy of quasars. Quasars are typically characterized as a subclass of the AGN category, which is more broad in scope. The cosmic explanation for quasar redshifts.

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