Neap tides result from this, which are moderate tides with slightly lower high tides and slightly higher low tides than usual. The first and third halves of the moon, when the moon seems to be "half full," are when neap tides occur.
Due to the Moon and Sun's opposing gravitational forces at these two periods in the lunar month, the tidal range is at its lowest around the Quarter and Half Moons. These tides are known as neap tides or neaps, which are derived from the Anglo-Saxon word for powerless. The bulges cancel each other out during the quarter phases of the moon when the sun and moon are at right angles to one another. A neap tide is the outcome, which has a smaller difference between high and low tides. Particularly weak tides are neap tides.
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Why is California getting so much rain this year?
Answer:
because the upper level ridge of high pressure is backed away to the west
a) Which clay figure will be stronger? A clay figure fired in a kiln or a clay figure left unfired? (the answer is the one fired in a kiln)
b) Explain how this relates to the formation of a metamorphic rock.
Answer:
The resulting clay body, when fired, will be lighter and stronger. It can also make construction of the sculpture easier. However, the forms resulting from this clay body, if left unfired, will always be fragile. The strength in ceramic comes from the fusing that happens at high temperatures in the kiln.
Explanation:
the insolation received at earth's surface is question 29 options: generally greater at high latitudes because of daylength. usually low at the equator. greatest over low-latitude deserts with their cloudless skies. inadequate to sustain life.
In the tropics, the insolation received at the surface ranges from approximately 320 Watt/m2 to approximately 70 Watt/m2 in the poles.
Because of how long days are at high latitudes. maximum over the clear skies of low-latitude deserts, typically low at the equator. not enough to sustain life. The amount of insolation varies over the earth's surface. Depending on the place and the time, it varies. The tropics experience the highest levels of solar radiation, which gradually decrease as they approach the poles. Insolation is at its maximum during the summer. The short-wavelength solar energy that the earth receives from the sun is referred to as insolation. Due to the small size and close proximity of the earth to the sun, the earth receives a significantly lower amount of insolation.
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Which of the following is an advantage of biofuels as a source of energy? A. They can be replenished each year. B. They will increase the land available for growing food. C. They free up former farmland for city development. D. They cause almost no air pollution when burned.
The answer choice that is an advantage of biofuels as a source of energy is A. They can be replenished each year
What are Biofuels?Biofuel is a type of fuel that is created quickly from biomass, as opposed to the lengthy natural processes that result in the development of fossil fuels like oil.
It can be seen that plants can be used to make biofuel, as well as home, commercial, and agricultural biowaste, hence, one of the advantages is that it can be replenished which is option A/
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which would be the most practical solution to bypassing a future water crisis? a. tapping into underground aquifers b. capturing melting ice by building more lakes and dams c. desalination of ocean water into usable freshwater d. more efficient use of water for crop and lawn irrigation
The most practical solution to bypassing a future water crisis is d. more efficient use of water for crop and lawn irrigation.
About water crisisThe availability of water in this world is so abundant, but what can be consumed by humans for drinking water is very little. In addition, the current trend is the reduced availability of clean water from day to day or what is known as the water crisis. Water crisis is the minimum amount of water available to meet the needs of an area. The increasing population, the greater the need for drinking water.
This problem is so complicated that experts think that at some point in the future, there will be a "fight" over this clean water. It's the same with the fight over oil and gas energy sources.
The factor causing the clean water crisis is that many of the construction of buildings in big cities do not comply with the ratio of used land to open land, thereby disrupting the process of absorbing rainwater into the ground.
Apart from that, the excessive exploitation of groundwater which is carried out by office buildings, hospitals, shopping centers, apartments, laundry businesses, and other buildings also greatly influences the occurrence of a clean water crisis.
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What do Canada and the United States have in common?
Check all that apply.
M A. Laws passed by elected representatives
M B. Closely related cultures
I C. Easy travel between the tWo
M D. Roughly the same gross domestic product
SUBMIT
M A, B, D. are all options that apply
What do Canada and the United States have in common?Generally, Canada and the United States share a long border, the world's longest undefended border, stretching from the Atlantic to the Pacific Ocean. Both countries are active members of the United Nations, NATO, and the G7.
They share a similar history, culture, and political system, and both are federal democracies governed by a democratic system of government. Additionally, both countries share the same language, English, and the same currency, the US dollar.
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which of the following eruptive materials can be described as basaltic, vesicular ejecta found around cinder cone volcanoes? which of the following eruptive materials can be described as basaltic, vesicular ejecta found around cinder cone volcanoes? scoria tuff pumice lapilli
Scoria is an eruptive material can be described as basaltic, vesicular ejecta found around cinder cone volcanoes.
About volcanoesVolcanoes are events that occur due to magma deposits in the bowels of the earth which are pushed out by high pressure gas. Volcanoes have the potential to experience eruptions or eruptions that can release special materials.
Volcanoes are classified into four sources of eruption, including:
Central eruption, namely eruptions that come out through the main crater. Side eruption, is an eruption that comes out of the slope of the body. Rift eruptions, namely eruptions that appear in cracks or faults, which can extend for several kilometers Eccentric eruptions, which are similar to side eruptions but the magma that comes out is not from the central crater which deviates to the side, but directly from the magma chamber through a separate crater.Learn more about eruptive material at
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eaps 106 in terms of both the paths they travel and their sense of motion, how many different types of seismic waves are there?
There are two types of seismic waves: body waves and surface waves, and each type has different paths and sense of motion.
Body waves are the faster of the two types of seismic waves and they move through the interior of the Earth. There are two types of body waves: primary waves and secondary waves. Primary waves are compression waves and can travel through solid rock and liquids. Secondary waves are transverse waves that only travel through solids.
Surface waves are slower than body waves and travel along the Earth's surface. There are two types of surface waves: Love waves and Rayleigh waves. Love waves move the ground from side to side, while Rayleigh waves cause the ground to roll like ocean waves. These different types of seismic waves all move differently and have different characteristics, allowing seismologists to study the Earth's interior by analyzing seismic waves.
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why is the unknown in this example not pseudomonas?
Answer:
it’s A
Explanation:
do you think the geologic column can give support for an earth that is at least 4.6 billion years old? why or why not?
I think that the geological column is predicated on knowledge that is uncertain. I'd reply that we don't actually know how old the earth is or when God made it.
Finding the oldest portion of the earth and determining its age are basically the two steps involved in scientifically determining the age of the Earth. Though conceptually simple, finding extremely old rocks is challenging. The Earth constantly recycles its rock by dissolving it into magma in the deep and bringing it right back to the surface as the result of plate tectonic processes. However, according to Reich, there are old rocks. The oldest rock we are aware of is a little fragment of zircon discovered in western Australia. The process of determining a rock's age frequently relies on the scientific method of radiometric dating, of which radiocarbon dating is the most well-known. We may estimate the age of the Earth to be at least 4.374 billion years old based on the extremely old zircon rock from Australia. But it's possible that it's older. Approximately 4.54 billion years have passed since the formation of our tiny planet, give or take a few hundred million.
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which of the following is not a reason for the seasons? question 68 options: earth's axial tilt the revolution of earth around the sun the timing of earth's perihelion and aphelion the shape of earth
The shape of Earth is not a reason for the seasons. The other three options - Earth's axial tilt, the revolution of Earth around the Sun and the timing of Earth's perihelion and aphelion - are all contributing factors to the changing of the seasons.
Earth's axial tilt is the main factor in the changing of the seasons. This tilt causes the Sun's rays to hit different parts of the Earth at different angles throughout the year, resulting in different temperatures and different amounts of daylight. The revolution of Earth around the Sun also has an effect on the changing of the seasons, as the Earth is closer to the Sun during certain parts of the year and farther away during others. Finally, the timing of Earth's perihelion (its closest point to the Sun) and aphelion (its farthest point from the Sun) also plays a role in the changing of the seasons, as the Earth is closer to the Sun during the winter months and farther away during the summer months.Learn more about revolution of Earth at: https://brainly.com/question/15663774
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Evaluate whether globalisation and fast fashion has create more winners than losers (8)
Globalization and fast fashion has created both winners and losers, and the impact has been felt differently by different groups of people.
Winners:
Consumers: Fast fashion has made clothing more affordable and accessible, allowing consumers to purchase more clothes at lower prices.Retailers: Fast fashion has been a profitable business model for retailers who can quickly produce and sell low-cost clothing.Producers: Globalization has created job opportunities for workers in developing countries, who are able to earn wages higher than what they would earn in their home countries.What is the globalization about?Losers:
Environment: Fast fashion has led to a significant increase in textile waste and environmental degradation due to the high rate of production and disposal of clothing.Workers in developing countries: Despite higher wages, workers in the fast fashion industry often work in hazardous and unsanitary conditions for low pay.Lastly, Local communities: The growth of the fast fashion industry has led to the decline of local and traditional industries, negatively impacting communities that depend on these industries for their livelihoods.
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how much time passed between the first big eruption and the climactic eruption of june 15? and how long did these eruptions continue
The climactic eruption of Mt. Pinatubo, located on the island of Luzon in the Philippines, began on June 15, 1991, at about 1340 local time and lasted for up to 10 h.
A stratovolcano in the Philippines is called Mount Pinatubo. It erupted on June 15, 1991, causing the second-largest eruption of the 20th century. The eruption was classified as having a plinian/ultra plinian eruption style and a VEI 6 eruption size due to the ash plume height reaching more than 40 km (28 mi) in height and ejecting more than 10 km3 of magma.
Typhoon Yunna's channeling of the ash away from its usual dispersal out to sea and toward the island of Luzon at the same time as the eruption complicated the process of ash dispersion. Wet ash was created as a result of this mixture, which increased the strain on structures and contributed significantly to the 847 fatalities that resulted from roof collapse.
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when a number of earthquakes occur in the same genreal area ov er the ocurseo fa afew months or years, the event is frefeered to as an
When a number of earthquakes along in the same general area over the course of a few months or years, the event is referred to as a(n) earthquake cluster.
An earthquake cluster or swarm is a sequence of seismic events that occurs in a limited area within a very short period of time. This term comes from the field of seismology. The amount of time that is considered to be a swarm can range anywhere from days to months to even years. In contrast to the situation that occurs when a significant earthquake (the main shock) is followed by a string of aftershocks, this type of energy release is not followed by a single earthquake in the same region at the same time.
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Do you think the way we seek to achieve economic goals benefit you?
Yes, the way we seek to achieve economic goals benefit you because it is generally agreed that achieving the economic goals of equity, full employment, stability, economic development, and efficiency is worthwhile.
What are economic goals?
Every nation has specific economic objectives for enhancing its economic situation. Price stability, economic growth that outpaces population expansion, low resource unemployment, and equitable wealth and income distribution are the four main economic objectives. Every nation will work to attain this economic, through its government. Each goal has an opportunity cost since achieving it requires using resources that may be used for another objective. As a result, in a market economy, we occasionally need to prioritize the aims, which may cause numerous conflicts between various market participants.
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why are the mid-ocean ridges higher in elevation than the surrounding ocean floor? the crust is thicker the crust is hotter the crust is more dense. the crust is younger
Answer:The mid-ocean ridges are higher in elevation than the surrounding ocean floor primarily because the crust at the mid-ocean ridge is younger and therefore hotter and less dense than the surrounding oceanic crust.
When new oceanic crust is formed at a mid-ocean ridge, magma rises up from the mantle and solidifies, creating new crust. This new crust is still hot and less dense than the surrounding older crust, causing it to sit higher on the ocean floor. Over time, the new crust cools and becomes more dense, causing it to gradually sink and move away from the mid-ocean ridge.
In addition to being younger and less dense, the crust at the mid-ocean ridge is also thicker than the surrounding oceanic crust. This is because the process of seafloor spreading at the mid-ocean ridge causes the magma to spread out and solidify over a wider area, resulting in a thicker crust.
Therefore, the primary reason why the mid-ocean ridges are higher in elevation than the surrounding ocean floor is that the crust at the mid-ocean ridge is younger, hotter, less dense, and thicker than the surrounding oceanic crust.
Explanation:
the tectonic forces called slab pull and slab suction may act in unison at which type of plate boundary?
Answer:
Convergent Plate Boundary
Explanation:
Subduction zones are just one type of convergent boundary where two tectonic plates are colliding. Convergent boundaries can occur between two oceanic plates, such as in the south Pacific, and between an oceanic and a continental plate, such as on the northwest coast of the United States.
The tectonic forces called slab pull and slab suction may act in unison at a subduction zone, which is a type of plate boundary.
A subduction zone is a region where one tectonic plate is forced under another tectonic plate, due to the movement of the Earth's crust. At a subduction zone, the two plates grind against each other, causing earthquakes, volcanic eruptions, and the creation of mountain ranges.
Slab pull is a tectonic force that results from the weight of a dense, sinking oceanic plate pulling the rest of the plate behind it as it descends into the mantle. This force is responsible for driving the movement of the plate and the convergence of plates at the subduction zone.
Slab suction, on the other hand, is a secondary tectonic force that results from the flow of hot, partially molten rock within the mantle. As the sinking oceanic plate descends into the mantle, it creates a partial vacuum, which draws in material from the surrounding mantle.
This suction force contributes to the overall movement of the plate and the convergence of plates at the subduction zone.
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Each table in the banquet hall has c chairs. There are 15 tables in the banquet hall. Choose the expression that shows the total number of chairs.
The expression that shows the total number of chairs in a banquet hall with 15 tables is 15c. This expression means that the total number of chairs is equal to 15 multiplied by the number of chairs per table (c).
Furthermore, this expression is also used to calculate the maximum number of guests that can be invited to the banquet hall based on the size of the space and the number of chairs per table. For example, if the banquet hall is 30 feet by 20 feet and each table has 10 chairs, then the maximum number of guests that can be invited is equal to 15 times 10, or 150.
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terraces are used in agriculture to
a.practice shifting cultivation, b. increase the amount of arable land, c. increase the amount of erosion, d. increase the effects of deforestation
Answer: Typically, the purpose of terrace farming on slopes is to decrease water flows and prevent soil erosion
Explanation:
Which of the following is the best example of an intervening opportunity that influenced migration?
A.
Many African American citizens were heading to Chicago after the Civil War, but settled in border cities just north of the Deep South.
B.
Americans from the South and the East migrated to California in search of gold in the late 1800s.
C.
Some US citizens migrated to Canada to avoid the draft during the Vietnam War.
D.
Many oil workers migrated from Texas to Wyoming when oil was discovered near Evanst
The best example of an intervening opportunity that influenced migration is many African American citizens were heading to Chicago after the Civil War but settled in border cities just north of the Deep South. Option (A) is correct.
What are intervening factors in migration?Intervening barriers are things that migrants face or keep them from achieving their objectives.
An illustration of an intervening opportunity would be a migrant who initially sets out to travel to a certain location where he or she has heard there are numerous opportunities. However, the migrant can choose to relocate if they come upon a good set of chances anywhere along the way.
Therefore, Option (A) is correct.
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Discuss why the increase in tourism has created problems for the local people.
Tourism increase can never be a good thing, because it leads to crowded areas, more pollution, traffic, also, the more popular the place gets, the more expensive it gets to live there. Shop owners most likely raise prices, because they now a lot of people will be coming, which means more money in their pockets. Water pollution is also another factor of tourism increase.
Fill in the 3 bullet points below with the 3 most important events that fall between the two given points. You cannot add more bullet points, so think carefully about what 3 things had the most significant impact leading up to the beginning of the modern-day Arab/Israeli conflict.
1. Romans exiled Jews, leading to the Jewish diaspora
2. ?
(Hint: Maybe this should have the Balfour Declaration?
3. ?
4. ?
5. Arab states fight with Israel, beginning a decades-long conflict in the Middle East following the creation of Israel (Hint: What date did the creation of Israel happen?”
please help me.
The three events that took place between the Jewish diaspora and the creation of Israel are 1914 - World War I begins, 1920 - The British take over Israel as part of the Palestine Mandate and 1939- World War II begins. During the war, 6 million Jewish people were killed by Adolf Hitler and Nazi Germany in the Holocaust.
What is the Jewish diaspora?Jewish diaspora is the dispersion of Israelites or Jews out of their ancient ancestral homeland and their subsequent settlement in other parts of the globe. In terms of the Hebrew Bible, the term "Exile" denotes the fate of the Israelites who were taken into exile from the Kingdom of Israel during the 8th century BCE.
The Judahites from the Kingdom of Judah who were taken into exile during the 6th century BCE.
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locate and label the following- 1. area recieving rainfall less than 20cm 2. rainfall more tgan 200cm 3.state having highest population density 4.state having lowest population density 5.mangrove forest 6.mountain forest 7. bherel pur bird sanctuary 8. kaziranga national park 9.corbett national park 10. Dachijam wild life sanctuary
Dachigam was primarily created to guarantee the city of Srinagar had access to safe drinking water. Since 1910, it has been a protected area; it became a national park in 1981.
The park is most well-known for being the hangul, or Kashmir staghabitat. ,'sThe endangered Hangul of Kashmir Stag and several other Himalayan animal species may be seen at Dachigam National Park, which is located a little more than 22 kilometres from the capital city of Srinagar. The Kashmir stag (Cervus hanglu hanglu), also known as hangul (pronounced [hul] in Kashmir), is a subspecies of Central Asian red deer that is exclusive to Kashmir and the adjacent regions. People travel to Kashmir to witness some of the famous creatures that live there, including the Hangul, Markhor, Tibetan Wild Dog, Kashmir Musk Deer, Chiru, Tibetan Gazelle, Snow Leopard, and Himalayan Tahr.
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Question 1. Martene got a small aquarium for her birthday. The aquarium is a right rectangular prism 18.5 cm long by 15 cm wide. Martene put 3885c * m ^ 3 of water in the aquarium. How deep is the water in the aquarium?
A. 12 cm
B. 15 cm
C. 10 cm
D. 14 cm
The depth of the aquarium is D. 14cm
How to find the depth of the aquarium?Length and width of the aquarium is given as 18.5 cm and 15 cm
Amount of water in the aquarium = Volume of the rectangular prism
3885 = Length × Width × Height
3885 = 18.5×15×Height
3885 = 277.5 × h
To find the value of h, we would divide by 277.5
Therefore, h= 14cm
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What is it called when two tectonic plates meet?
When two tectonic plates meet, it is called a plate boundary or a plate boundary zone.
Plate boundaries are important as they are the locations where two plates interact with each other, resulting in a range of geological processes. Depending on the movement of the plates and their interaction, there are three types of plate boundaries: divergent, convergent, and transform.
At divergent boundaries, plates are moving away from each other, and magma rises from the mantle to fill the gap, creating new oceanic crust. At convergent boundaries, plates move towards each other, and the denser plate subducts beneath the other plate, leading to the creation of mountain ranges and volcanic activity. At transform boundaries, plates are moving past each other, causing earthquakes along a fault line.
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What observations and inferences from the fossils might have been used to build the computer model?
The observations and inferences from the fossils that might be used to build computer model are:
Skeletal structureMuscle attachment pointsFossilized footprintsWhat information can fossil proved?Fossils can provide information on the anatomy, morphology, and behavior of extinct species, which can be used to build a computer model. Observations and inferences that might be used include:
Skeletal structure: The fossilized bones of a species can provide information on its size, shape, and posture, which can be used to build a 3D model of the animal.
Muscle attachment points: Fossils can reveal where muscles attached to bones, which can be used to infer the animal's range of motion and its strength.
Fossilized footprints: Footprints can provide information on the animal's gait, stride length, and overall movement patterns, which can be used to build a computer model of its walking or running mechanics.
These observations and inferences can be used to build a detailed computer model of an extinct species, which can help researchers understand its biology, evolution, and relationships to other species.
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unusually strong winds and well-developed upwelling along the coast of peru would be characterized as .
Unusually strong winds and well-developed upwelling along the coast of Peru would be characterized as El Niño and La Niña.
Trade winds sweep west along the equator in the Pacific Ocean under typical conditions, carrying warm water from South And central america towards Asia. Upwelling is the process by which cold water comes from the deep to replace that hot water. These typical conditions are disrupted by the opposing climate patterns El Nio and La Nia. These occurrences are known as the El Nio-Southern Oscillation cycle by scientists. Both El Nio and La Nia have the potential to affect climate, wildfires, ecosystems, and economics on a worldwide scale. El Nio and La Nia episodes normally last nine to twelve months, but can occasionally last for years. In general, El Nio and La Nia events happen every from two to seven years, but they don't always happen at the same time. El Nio typically happens more frequently than La Nina.
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Does matter and energy cycle through life?
Answer:
no it cycles through ecosystem process
What environmental problems is Bimini island facing❓❓❓
Erosion
marine life loss
pollution in oceans, due to too much tourism.
hurricanes, causing damage to homes, and beaches.
at what depth does magma probably originate below the volcanoes, just above the subducting plate. how can you tell?
At least 100 km where magma originated below the volcanoes. Because it is less dense than the surrounding rock, magma rises via fissures beneath and across the crust.
If one or both of the converging tectonic plates are composed of oceanic lithosphere, a subduction zone will form there. Oceanic plates will reenter the mantle. In case you forgot, midocean ridges are where oceanic plates are produced from mantle material. When it originates at a midocean ridge, the young oceanic lithosphere is buoyant and heated (low density). It can, however, sink into the hotter mantle underneath as it spreads away from the ridge, cools, and contracts (becomes denser). Where the oceanic plate bends downhill, there is a significant ocean trench.
Because it is less dense than the surrounding rock, magma rises via fissures beneath and across the crust. When the magma is unable to ascend, it collects in a magma chamber.
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