Alaska is situated in the far north, close to the North pole. This puts it exceptionally close to the earths northernmost pivot, which carries it nearer to the sun when the earth slants one way, however a lot farther from when it slants the alternate way.
Why does Alaska have longer summer days and shorter winter days than we do in Texas?Alaska commonly has truly lengthy days during certain seasons and truly brief days during others because of its area in the far north, close to the North Pole.
This puts it extremely close to the world's northernmost pivot, which carries it nearer to the sun when the earth slants one way, however a lot farther from it when it slants the alternate way.
Alaskan mid year days will generally be extremely lengthy thus, and in certain locales the sun never sets; in the colder time of year, however, it might never rise, or come up for a couple of hours all at once The greater part of the districts on the contrary side of the earth, down at the South Pole, experience fundamentally the same as occasional movements on a backwards plan.
At the point when Alaska is having long mid year days, Antarctica and the islands encompassing it normally experience the obscurity of winter, as well as the other way around.
Therefore during these times that the land in the northern piece of Alaska is shifted either straightforwardly into or distant from the sun.
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Excepting hong kong (which is 100% urban) which nation is the most urban in east asia?
Japan follows Hong Kong to be the second most urbanized country in East Asia with an urban population of 91.9%.
Why is East Asia urbanizing rapidly?East Asia along with the Pacific is leading the world in urbanizing its population rapidly. The average annual urbanization rate is 3% for both. The reason behind the rapid urbanization of East Asia is modernization, industrialization and economic growth. A high rate of industrialization and economic development goes hand in hand with rapid urbanization of any region of the world. The main reasons of migration is the commercialization, social benefits and services, better opportunities for employment and the transformation from rural to urban.
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What large freshwater bodies form part of the border between the modern-day us and canada?.
The great lakes form part of the border between the modern-day US and Canada which include lakes Superior, Michigan, Huron, Erie, and Ontario.
What are Great Lakes?The great lakes are the main freshwater bodies of North America.Government institutions in Canada and the United States have developed an agreement to apply standard regulations throughout this water system to safeguard it and make it a sustainable resource.In addition to housing about 30 million people, it also contains about 84 percent of all the freshwater in North America. Lands in both Canada and the United States are included in the watershed. The responsibility of conserving this priceless resource is onerous due to the watershed's immense size and volume.Learn more about great lakes here:
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Weathering of rocks usually is most intense in the center of a rock fragment, and gradually decreases toward the outside. select one:
a. true
b. false
Answer:
B - False
Explanation:
Weathering is caused by water, soil, wind or anything that can cause friction
This is a _____ map?
Answer:
special purpose
Explanation:
It is used to measure cm of rain of different regions of a country or a place.
What information is needed to determine the distance from the focus of an earthquake to the seismic receiving station?
The distance from the earthquake to the observation point is estimated using the arrival time difference of the P-wave and S-wave information needed to determine the distance from the focus of an earthquake to the seismic receiving station.
The distance from the epicenter of an earthquake to the seismic station is determined by the time difference between the first arrival of the P and S waves. This is known as the S-P interval.
Requires triangulation to determine the exact location. Three seismometers are required. A circle is drawn from each of the three different seismometer sites, with the radius of each circle equal to the distance from that seismic receiving station to the epicenter.
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Which statement describes a situation that can be represented by an exponential function
The statement describes a situation that can be represented by an exponential function is compare a situation that one could use an exponential function to represent the situation for another function.
What is exponential function?Exponential function is defined as a function which has been of constant value or its value will not change specially at the place where the function has been constant.
The third step is recall the number of years of earning which are remaining before the age of retirement and than find the discounting factor rate including inflation.The life value is an economic value which is used to judge the benefit for the reason of avoiding the rate of fatality.
Therefore, The statement describes a situation that can be represented by an exponential function is compare a situation that one could use an exponential function to represent the situation for another function.
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Thirty percent of the Earth's surface is made up of
A. land
B. cities
C. desert
D. water
Answer:
A. land
Explanation:
The other 70% of the earth is water.
Answer:
land
Explanation:
A mountain beneath the ocean that does not reach the surface is called a(n)?
Answer: seamounts
Explanation:
Answer:
Seamount
Explanation:
A seamount is a large geologic landform that rises from the ocean floor but that does not reach to the water's surface, and is not an island, islet or cliff-rock. Seamounts are typically formed from extinct volcanoes that rise abruptly! Brain?
________ dating involves age-dating fossils with known time periods grouped into four eras that represent distinct ages in the history of the earth.
Relative dating involves age-dating fossils with known time periods grouped into four eras that represent distinct ages in the history of the earth.
Relative dating is used to chronologically order geological occurrences and the rocks they leave behind. Relative dating does not give the rocks' precise numerical ages. Even when you locate rocks that are quite far apart but are the same age, fossils can still be used to match them.
Correlation is the term for this matching procedure, which has been crucial in creating geological timescales. Index fossils are specific fossils that are very helpful in connecting rocks. A fossil must have lived during a particular time period, be simple to recognise, abundant, and found in numerous locations in order to qualify as a good index fossil.
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Africa's best example of an exotic river is the ________. orange nile rhine amazon
Nile.
Africa's best example of an exotic river is the Nile. We can also observe that it is the longest river on earth. It takes an origin from Uganda.
Why is the river Nile so well-known?The Nile was crucial in the conveyance of materials for building projects and other major undertakings, as well as for providing food and other resources, land for cultivation, and a method of transit for the Egyptians. It was a crucial lifeline that genuinely gave the desert life.How many nations does the Nile traverse?Egypt, Sudan, South Sudan, Eritrea, Ethiopia, Kenya, the Democratic Republic of the Congo, Burundi, Rwanda, Uganda, and Tanzania make up the nations that make up the Nile River's basin. The White Nile and the Blue Nile are two of the Nile's tributaries.To learn more about river Nile visit:
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The site on the surface of a reactant or substrate where it binds to the enzyme is called the:_____.
The site on the surface of a reactant or substrate where it binds to the enzyme is called the active site.
The active site or catalytic site is the specific site of an enzyme where substrates bind. Structural complementarity between E and S allows for exact matches. Enzymes adapt to their substrates through a conformational change known as induced adaptation.
Substrate and active site are two terms used for catalytic reactions involving an enzyme as the catalyst. The difference between the substrate and the active site is that the active site is a specific region of the enzyme whereas the substrate is the chemical compound that can undergo a chemical reaction.
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The temperature at which a parcel of air becomes saturated and condensation begins is called the?
The temperature at which a parcel of air becomes saturated and condensation begins is called the Dew pint. The temperature at which air becomes saturated with water vapor, which is water in a gaseous condition, is known as the dew point.
When the air is at the dew-point temperature and pressure, water vapor and liquid water are in equilibrium, which means that condensation and evaporation of the liquid water are occurring at the same pace.
What is the difference between dew point and humidity?Although the amount of water vapor in the air is an issue for both relative humidity and dew point, there are some variances. The air becomes saturated at a temperature called dew point (100 percent relative humidity). It is just reliant on the humidity of the atmosphere. Relative humidity, which is dependent on both moisture content and temperature, is the percentage of saturation at a specific temperature. With every 11 degrees of temperature increase, air's capacity to contain water vapor doubles. Even if the dew point remains at 60 degrees, if air is heated from 60 degrees to 93 degrees while maintaining its relative humidity at 100%, the relative humidity will drop to roughly 33%.
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Alpine glaciers include all of the following except? an ice cap. a cirque glacier. a piedmont glacier. a valley glacier.
Alpine glaciers include all of the following except an ice cap.
Alpine glaciers are slow rivers of ice that flow from high mountains. Like their continental counterparts, they make their land through weathering and sedimentation. Examples of alpine glacier landforms include ridges, basins, lateral moraines, hanging valleys, terminal moraines, and fjords.
Alpine glaciers are mainly divided into three groups. (1) A glacier that extends in a continuous track and moves outward in all directions is called an ice sheet if it is the size of Antarctica or Greenland, and an ice cap if it is smaller. (2) A glacier trapped in a path that guides the movement of ice is called a mountain.
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Metamorphic rocks found in cratons are exposed during orogenesis by? shear strain magmatic intrusion c exhumation epeirogeny
Metamorphic rocks found in cratons are exposed during orogenesis by exhumation.
What are Metamorphic rocks?Metamorphic rocks have experienced significant alteration from their original state as igneous, sedimentary, or earlier types of metamorphic rocks.Metamorphic rocks are produced when rocks are subjected to high pressures, high temperatures, hot mineral-rich fluids, or, more usually, any combination of these circumstances. There are three different ways rocks can form before they undergo metamorphism. The three categories are contact metamorphism, regional metamorphism, and dynamic metamorphism. Contact Metamorphism occurs when magma comes into contact with an existing body of rock.What is exhumation?Exhumation is the vertical upward movement of a rock particle toward the Earth's surface, more precisely the vertical upward component of a rock-particle path with respect to the surface.
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which city will most likely be the next to experience increasing temperature and humidity!
City B
City C
City A
CityD
The answer is City D.
A lake that has been affected by acid rain can have a ph of 4. how many more times acidic is the lake than seawater?
A lake that has been affected by acid rain can have a ph of 4. so the lake is 10,000 times acidic than seawater
Seawater has a pH of 8, so there's a difference of 4 pH units, so there's a difference in hydrogen ion concentration of 10^4.
here Acid rain is rain or any other form of precipitation that is unusually acidic, meaning that it has elevated levels of hydrogen ions. Most water, including drinking water, has a neutral pH that exists between 6.5 and 8.5, but acid rain has a pH level lower than this and ranges from 4–5 on averageAcid rain is caused by a chemical reaction that begins when compounds like sulfur dioxide and nitrogen oxides are released into the air. These substances can rise very high into the atmosphere, where they mix and react with water, oxygen, and other chemicals to form more acidic pollutants, known as acid rain.to know more about acid rain click here
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Now that your class has determined how the bun releases tremendous arts of energy, you can make
some predictions about the Bun's future Rater to the equation for nuclear fusion
Nuclear Fusion Equation
hydrogen hydrogen
helium * energy
What do you predict will happen to the amount of hydrogen over time? Use evidence from the equation
above to justify your claim hydrogen and helim will remain
Same.
2. What do you predict will happen to the amount of hellum ever eme? Use evidence from the equation
above to justify your claim
Based on your answers to #1 and #2, do you predict our Bun will provide Earth with the right amount of
Answer:
b
Explanation:
In western abrahamic religious cosmologies, heaven and earth are generally thought to be?
In western Abrahamic religious cosmologies, Heaven and Earth are generally thought to be: two radically distant and separate realities.
What is Abrahamic religion?People who follow such a religion, known as the Abrahamic religion, believe that there are three major religions. The three major religions are Christianity, Judaism, and Islam.
Those people who are followers of Abrahamism belong to a particular group in which monotheistic religion is worshipped. According to them, heaven and earth are both separate.
Therefore, to followers of the Western Abrahamic religion, heaven and earth are distinct and separate realities.
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What three continents are partly in the northern hemisphere and partly in the southern hemisphere.
South America, Africa, and Asia are the three continents are partly in the northern hemisphere and partly in the southern hemisphere.
What is the difference between the northern and southern hemispheres?In the Southern Hemisphere:
The Southern Hemisphere is the half of the Earth south of the Equator. It includes all or parts of five continents (Antarctica, Australia, approximately 90% of South America, approximately
In the Northern Hemisphere:
The Northern Hemisphere is the half of Earth north of the Equator; for other planets in the Solar System, north is defined as being in the same celestial hemisphere as Earth's North Pole relative to the invariable plane of the solar system.
The Northern Hemisphere includes North America, the northern half of South America, Europe, the northern two-thirds of Africa, and the majority of Asia, while the Southern Hemisphere includes the majority of South America, one-third of Africa, Australia, Antarctica, and some Asian islands.
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Please help due soon.
One region in the middle east is called mesopotamia. This name means the land between the rivers. Where do you think this region lies?.
A region that lies mostly within the borders of modern-day Iraq, but also included parts of Syria, Turkey, and Iran.
Mesopotamia is a historical region of West Asia located in the Tigris-Euphrates river system, north of the Fertile Crescent. Today, Mesopotamia occupies modern Iraq. In a broader sense, the historical region included present-day Iraq and Kuwait and parts of present-day Iran, Syria, and Turkey.
Sumerians and Akkadians from different parts of present-day Iraq dominated Mesopotamia from the earliest period of recorded history (circa 3100 BC) until the fall of Babylon in 539 BC Congregation. BC, when it was conquered by the Achaemenid Empire. It fell into the hands of Alexander the Great in 332 BC, and after his death, it became part of the Seleucid Greek Empire. After that, the Arabs dominated much of Mesopotamia (circa 900 BC - 270 AD).
Mesopotamia is home to the earliest developments of the Neolithic Revolution from around 10,000 BC. He is identified as having "inspired some of the most important developments in human history, including the invention of the wheel, the cultivation of the first cereal crops, and the development of cursive, mathematics, astronomy, and agriculture".
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help me please help me please.l
The nist-f1 cesium fountain clock in colorado is our standard for ____ in measuring time.
The NIST-F1 Cesium fountain clock is in Colorado. It is the standard for primary time and frequency in measuring time.
The NIST laboratories in Boulder, Colorado, developed the cesium fountain atomic clock NIST-F1, which serves as the country's primary time and frequency standard. NIST-F1 is a member of the global network of atomic clocks that establishes Coordinated Universal Time (UTC), the recognized global time.
The NIST-F1 is known as a fountain clock because it measures frequency and time intervals by using the atoms' fountain-like movement. Atomic clocks are the most precise means of measuring time intervals, or the amount of time that separates two events.
Atoms in the clocks leap from one energy level to another due to the precise frequency at which these clocks emit electromagnetic radiation, such as microwaves.
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How does genesis 2 15 clarify the kind of dominion that adam was to exercise over the earth?
When God put the first man into the Garden of Eden, he was to "make it work and keep it" (Genesis 2:15). Adam was commanded to tend the earth, bury the rest, and till it, according to the example that God had set for him in the garden genesis 2 15 clarify the kind of dominion that adam was to exercise over the earth.
Then God said Let him rule over the fish of the sea, the birds of the air, the cattle, all the wild animals of the earth, and all that crawl on the earth. Human rulership in Genesis 1 included a lack of violence against non-human animals.
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The seismic-gap method of earthquake forecasting works by identifying __________.
The seismic-gap method of earthquake forecasting works by identifying segments along a fault that not moved for the longest amount of time.
The possibilities of an earthquake of a particular magnitude occuring inside a location over a period of years are referred to as earthquake forecasting. On the basis of the average frequency of previous seismic activity in a region, probabilities can be determined.
Seismographs, which became widely used in the early 1900s, have been used to record earthquakes in areas where this technology is most helpful. By excavating trenches and looking through the geological record for seismic ruptures that happened in the distant past, scientists can learn more about these events, but with less accuracy.
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Why are unconfined aquifers more vulnerable to pollution from runoff and underground seepage than confined aquifers?
Unconfined aquifers more vulnerable to pollution from runoff and underground seepage than confined aquifers because as water seeps into the soil, contaminants on the ground surface may enter the unconfined aquifer.
What is Unconfined aquifers?Unconfined aquifers, sometimes known as "water table aquifers," are more susceptible to surface pollution contamination than confined aquifers.An aquifer with a water table, also known as an unconfined aquifer, has its upper water surface at atmospheric pressure, allowing it to rise and fall.Unconfined aquifers are found underneath a permeable layer of soil, whereas confined aquifers are covered by an impenetrable layer of rock or clay. Aquifers can be formed by a wide variety of sediments and rocks, including gravel, sandstone, conglomerates, and fractured limestone.Learn more about Unconfined aquifers here:
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To achieve change in the coal fields of eastern pennsylvania, the molly maguires used?
To achieve change in the coal fields of eastern Pennsylvania, the Molly Maguires used intimidation and violence.
The Molly Maguires utilized intimidation and violence to effect change in eastern Pennsylvania's coal fields. The Molly Maguires were a secretive organization founded in Ireland in the 19th century that was also active in Liverpool and some areas of the Eastern United States. They are best known for their activity on behalf of Irish-American and Irish immigrant coal miners in Pennsylvania.
Twenty accused Molly Maguires members were found guilty of murder and other offences after a string of frequently violent fights, and they were hanged in 1877 and 1878. Local Pennsylvanian lore continues to reference this event, and historians continue to disagree about the details.
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How did the evidence from bullet clusters prove that the universe had dark matter?
We can have evidence from bullet clusters about presence of dark matter as bullet clusters means two galaxies colliding. The regular matter will be stuck between the collision as it is able to interact with other normal matters due to fundamental forces. However, on the other hand, dark matter should pass relatively easily as it only interacts with any other matter through gravity. Hence if we notice that the center of gravity is somewhere lese, then we can safely assume that there is a presence of any other matter making extra gravity. This some other matter will be the dark matter.
What is dark matter?The dark matter can be defined as one of the components of the universe whose presence is discerned from the attraction by gravity than as compared to its luminosity.
The dark matter makes up 30.1% of the matter - energy composition of the Universe.
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Which description characterizes an earthquake hazard correctly and broadly?
Cascadia megathrusts with tsunamis characterizes an earthquake hazard correctly and broadly.
An earthquake is the shaking of the surface of the Earth resulting from a sudden release of energy in the Earth's lithosphere that creates seismic waves. or simply An earthquake is what happens when two blocks of the earth suddenly slip past one another. The surface where they slip is called the fault or fault plane.Earthquake hazard is anything associated with an earthquake that may affect the normal activities of people. This includes surface faulting, ground shaking, landslide, liquefaction, tectonic deformation, tsunamis, and seiches.here A tsunami is a series of waves in a water body caused by the displacement of a large volume of water, generally in an ocean or a large lake.to know more about tsunami click here
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chemical reaction is a chemical change. justify with an example
Answer:
A chemical transition is the result of a chemical reaction, whereas a physical change is when the structure of matter changes, but not the chemical identity. Burning, cooking, rusting and rotting are examples of chemical changes.