Sediment is frequently transported in a zigzag pattern by beach drift, which is a downcurrent process.
Why is sediment essential and what is it?Particles (such as sand or other soils) that settle or are deposited mostly on sides & bottom of bodies of water are referred to as sediment. It contributes to the construction of sand bars, beaches, spits, and estuaries and serves as a substrate for aquatic life.
How are sediments created?Rocks and possibly even mountains deteriorate in sediments such as sand or mud as a result of erosion and weathering. Chemical weathering commonly called dissolution—is one type of weathering. By washing it in mildly acidic water, this method gradually eliminates stone. For relatively young sedimentary rocks, these three processes produce the necessary components.
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Mountain ranges that are hundreds to thousands of kilometers long are ______, whereas other mountains that are too small to be accompanied by regional increases in crustal thickness are ______. Multiple
First Blank should be regional
Second Blank should be local
A planets distant from the sun effects it’s what?
Answer:
The distance of a planet from the sun can affect its temperature.
Explanation:
Generally, the farther a planet is from the sun, the colder its temperature will be. This is because the sun's heat and light are spread out over a larger area as the distance from the sun increases. For example, the planet Mercury is close to the sun and has a very hot surface, while the planet Neptune is much farther from the sun and has a much colder surface.
Additionally, the distance of a planet from the sun can also affect its atmosphere, since the intensity of solar radiation reaching the planet decreases with increasing distance. This can have implications for the presence and stability of volatile compounds such as water and the habitability of the planet.
when tilted and folded layers erode, ______.
When tilted and folded layers erode, angular unconformities are created.
An angular unconformity is a type of unconformity in which the older layers of rock are at a different angle than the younger layers. This can occur due to tectonic activity, such as folding or faulting, causing the older layers to tilt or fold.
Over time, these tilted and folded layers are eroded, creating an angular unconformity. The younger layers are then deposited on top of the older, eroded layers at a different angle.
This creates a distinct boundary between the older and younger layers, which is visible in the rock record.
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Which factor restricted trade between China and civilizations to its west and southwest?
Answer:
Geography has many obstacles.
To many geographic obstacles- hot deserts, pits and sand dunes, and steep moutains.
What symbol did the Mayan use for zero? What symbols did they use for one and for five?
Answer:
In the image are all the numbers, hope it helps you!
Explanation:
(shell shape, with the plastron uppermost)
which of the following activities is not used to monitor volcanoes? group of answer choices measuring seismic activity with seismic instruments measuring sulfur dioxide gas emissions measuring changes in heat flow from satellites measuring tilting on the flanks of a volcano all of these are used to monitor volcanoes
None of the listed activities are used to monitor volcanoes.
Seismic instruments measure vibrations in the earth that can indicate an impending eruption, and gas emissions of sulfur dioxide can be used to detect when a volcano is about to become active. Changes in heat flow from satellites and tilting on the flanks of a volcano can also be used to monitor for activity. All of these activities are important for volcanologists to be aware of in order to safely monitor and predict volcanic eruptions.
Seismic activity can be monitored by using sensitive instruments that detect tiny vibrations in the earth, which are caused by movements deep underground. This can indicate if a volcano is becoming active and can give early warnings of an impending eruption. Gas emissions, like sulfur dioxide, can also be used to detect when a volcano is about to become active. The gas can be measured and monitored, and an increase in emissions can indicate the potential for a future eruption.
Additionally, changes in heat flow from satellites can be used to monitor volcanoes. Heat flow is an indication of an active or potentially active volcano. This method can be used to remotely measure the heat coming from a volcano and help scientists to predict future activity. Finally, the flanks of a volcano can be monitored for any tilting, which could indicate an imminent eruption.
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What is the difference between weather and climate?
A. Weather describes local conditions while climate describes global conditions
B. Weather only describes rain and sunshine while climate also includes
temperature
C. In terms of time, weather is short term while climate is long
term.
D. In terms of time, weather is long term while climate is short term.
Answer:
Choice C.
In terms of time, weather is short term while climate is long term.
The largest type of volcano, created by the steady eruption of low-viscosity lava.
O Lava Dome.
O Cinder Cone
O Shield
O Composite/Stratovolcano.
Answer:
Shield volcano
Explanation:
Suggest why cities in LICs and NEES are often referred to as 'unequal cities'.
[6 mark
In LICs and NEEs than in HICs, there are more megacities. Since HICs were the first to urbanize, the majority of their people often reside in towns and cities.
Why are megacities more prevalent in LICs and NEEs?Migration from rural to urban areas is scarce there. Low natural increase rates are prevalent. Due to the lack of prospects in their rural communities, more LIC/NEE residents are relocating to urban areas where there are better housing, healthcare, and educational options.
What issues does urbanization cause in HICs?Re-urbanization is currently occurring in a few HIC cities. This has prompted the redevelopment of some urban neighborhoods. Cities in HICs have a variety of difficulties that call for cautious management. Congestion, trash management, energy consumption, pollution, and access to green places are a few of them.
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In the northern hemisphere, surface winds ____________ in a ____________ circulation pattern around areas of low pressure.
In the northern hemisphere, surface winds around the center in an anticlockwise direction circulation pattern around areas of low pressure.
The Earth's axis of rotation causes circulating air to be redirected to the right in the Northern Hemisphere and to the left in the Southern Hemisphere. This deflection is referred to as the Coriolis effect. In parts of the Northern Hemisphere, or those of the Earth north of the equator, convergent winds from low-pressure systems rotate anticlockwise (counterclockwise), or in the same direction as the planet. Winds spin around lows in the northern and southern hemispheres in opposite directions due to opposing Coriolis forces.
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The unsaturated zone lies above the Select one: a. Soil moisture b. Saturated Zone c. The recharge area d. The aquitard e. The aquiclude You see a well bore hole gushing water. It is probably a Select one: a. A high well b. Unconfined Well c. A hydrostatic well d. A potentiometric well e. Artesian Well Darcy's Law relates Discharge to Select one: a. DI b. K c. A. d. All of these answers are correct e. Dh
The unsaturated zone is above the saturated zone. A gushing well is likely an artesian well. Darcy's Law relates discharge to various factors.
Above the saturated zone is the unsaturated zone. It is the area where the soil or rock has both air and water, but the pores do not have enough water to fill them completely.
It is most likely an artesian well if you see a well bore hole spewing water. By applying pressure to a confined aquifer, artesian wells cause water to flow to the surface naturally without the use of pumps.
According to Darcy's Law, the hydraulic gradient (dh), cross-sectional area (A), and hydraulic conductivity (K) all influence discharge (Q). You can write it out as Q = K × A × dh. In light of Darcy's Law, all of the given options (DI, K, A, and Dh) are accurate.
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When earth formed, it melted and differentiated. What was the source of heat that melted earth?.
Answer:
LAVA
Explanation:
Can some one explain how volcanoes form in the central rift valley of a divergent boundary.
P.S. please
Answer:
Volcanoes form in the central rift valley of a divergent boundary when two tectonic plates move away from each other. This is because the plates create a gap in the Earth's crust between them, which allows molten rock from the mantle below to rise up and form a volcano. This molten rock is called magma, and when it rises to the surface it is called lava. As the tectonic plates move away from each other, the gap created by them is constantly widened, allowing more magma to escape and form a volcano.
By what criteria and by what characteristics is Latin America defined?
Answer:
Latin America encompasses a vast and very diverse area of the world. The main natural features of the region include the pampa grasslands of the southern cone, the Andean mountain range, the Amazonian rainforest, the forests and volcanoes of Central America and some of the tropical islands of the Caribbean.
Explanation:
Describe the characteristics of convectional rain.
Answer:
Convectional Rainfall mainly happens in warm or tropical areas, It can also be easily characterized by thunder and lightning.
Explanation:
Is it possible for a republic to exist under single-party rule?
A. No. These are mutually exclusive ideas.
B. Yes, as long as an individual controls the government.
C. No. A single-party system does not allow citizens to elect
officials.
O D. Yes, an example is China, which does allow party members to
vote.
SUBMIT
Answer:
A one-party system is a form of government where the country is ruled by a single political party, meaning only one political party exists and the forming of other political parties is forbidden. Some countries have many political parties that exist, but only one that can by law be in control.
Explanation:
The planet Bellerophon, discovered using the radial velocity method, orbits a Sun-like star every 4 days. Bellerophon is about the size of Saturn and orbits its star nearly edge-on from our perspective here on Earth.
Part 1 (4pts): Describe a likely formation and evolution scenario for Bellerophon starting from its origin in the nebular disk of its proto-star, to where we discovered it today.
Part 2 (2pts): Given your description of the above scenario, how likely is it that we will find a terrestrial-sized planet (like Earth or Mars) in this same system? Explain your reasoning.
Part 1: Bellerophon likely formed from the gas and dust in the protoplanetary disk that surrounded its Sun-like star. As the disk cooled, solid particles began to form and grow into larger objects through accretion.
As Bellerophon formed, it likely experienced interactions with other planetary bodies in the system, including gravitational interactions and collisions. These interactions could have influenced Bellerophon's orbital properties and caused it to migrate inward to its current close orbit around the star.
Part 2: Given the close proximity of Bellerophon to its star, it is less likely that we will find a terrestrial-sized planet in the same system. Terrestrial planets like Earth and Mars require solid, rocky material to form and are typically found in the inner regions of a star's habitable zone, where temperatures are not too hot or too cold for liquid water to exist.
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What do you think we should do to stop the ozone layer from disappearing.
Answer:
We should limit the use of carbon dioxide,such as making more electric cars,and limit greenhouse gasses.
Answer: Here are some things we can do
Explanation:
Avoid the consumption of gases dangerous to the ozone layer, due to their content or manufacturing process. Some of the most dangerous gases are CFCs (chlorofluorocarbons), halogenated hydrocarbon, methyl bromide and nitrous oxide.
Minimize the use of cars. The best transport option is urban, bicycle, or walking. If you use a car to a destination, try to carpool with others to decrease the use of cars in order to pollute less and save.
Do not use cleaning products that are harmful to the environment and to us. Many cleaning products contain solvents and substances corrosive, but you can replace these dangerous substances with non-toxic products such as vinegar or bicarbonate.
Buy local products. In this way, you not only get fresh products but you avoid consuming food that has traveled long distances. As the more distance traveled, the more nitrous oxide is produced due to the medium used to transport that product.
Maintain air conditioners, as their malfunctions cause CFC to escape into the atmosphere
Which region in Africa has the most one-commodity countries?
Answer:
Sub-Saharan Africa
Explanation:
One-commodity countries are defined as country that depend on one principle export for more earnings.
Sub-Saharan Africa in Africa has the most one-commodity countries where 89% of countries are there that are commodity-dependent. While other regions the Middle East and North Africa, only 65% of countries depend on commodities.
Hence, the correct answer is "Sub-Saharan Africa".
The energy of motion is A. solar B. static C. kinetic D. geothermal
Answer:
C kinetic
Explanation:
the energy of moving objects is also known as kinetic energy
Which of the following statements is a metaphor?
Her father was like a signpost in the middle of the wilderness.
Her father was a teacher at the local high school.
Her father was as steady as an Olympic gymnast on a balance beam.
Her father was her rock in difficult times.
Her father was as steady as an Olympic gymnast on a balance beam. that the statements is a metaphor.
How Do Metaphors Work?The definition of "to carry across" in ancient Greek is "metapher." In some ways, a metaphor achieves exactly this: it connects two things or concepts of various kinds in a way that emphasizes their shared qualities or traits. A metaphor typically consists of two components: the tenor and the vehicle. The tenor is the thing we're trying to depict, and the vehicle is the thing whose qualities we're stealing. Shakespeare's most famous monologue, "All the world's a stage" from As You Like It, compares "the world" to a stage on which people only serve as actors. Since "the world" is the tenor and "a stage" is the medium.
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A^m x A^n =____.
Fast first answer get brainliest
Answer:
mmm, there no number? how does this related to math
Explanation:
Explanation:
a^m+n. by multiplying the terms with the same base by adding their exponents.
naturally occurring radioactive materials group of answer choices decay into other organic materials at variable rates. provide us with good estimates of the actual ages of ancient rocks. are produced annually, like similar to rings in a tree trunk. establish relative ages of rocks on a global scale, but only in rocks with abundant fossils.
Naturally occurring radioactive materials decay into other organic materials at variable rates. These materials provide us with good estimates of the actual ages of ancient rocks. Radioactive materials are produced annually, similar to rings in a tree trunk.
They also establish relative ages of rocks on a global scale, but only in rocks with abundant fossils.Naturally occurring radioactive materials decay into other organic materials at variable rates. The time it takes for half the material to decay is called its half-life. This can vary from a few fractions of a second to billions of years. These materials are called isotopes and can be used to date rocks and other ancient materials.Carbon-14 dating is one of the most popular radioactive dating methods. Carbon-14 is continuously produced in the atmosphere and is taken up by living organisms. When an organism dies, the carbon-14 decays at a known rate.
By measuring the remaining carbon-14, we can determine the age of the organism. Radioactive materials are produced annually, similar to rings in a tree trunk. By examining the different isotopes in a rock, we can determine how old it is. This method can establish relative ages of rocks on a global scale, but only in rocks with abundant fossils. The fossils themselves can be dated using radioactive materials and compared to other rocks around the world.Radioactive dating is essential to our understanding of the Earth’s history. It provides us with a way to determine the age of rocks and fossils and how they have changed over time. Without this knowledge, we would not be able to piece together the story of our planet.
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How might the relationship among climate, vegetation, soil,
and geology affect distribution of plants and
animals in different regions?
The relationship among climate, vegetation, soil, and geology affects distribution of plants and animals in different regions because they require specific conditions to survive and thrive, and if those conditions are not fulfilled, they will not survive.
What is vegetation?
An assortment of different plant types and the ground cover they provide make up vegetation. It is a general word that does not specifically allude to any particular taxa, life forms, structure, spatial extent, or other unique flora or fauna. Compared to flora, which describes the species makeup, it has a wider definition.
The term "vegetation" can apply to a broader range of spatial scales than that of "plant community," including scales as large as the global, and does so frequently.
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Geology
Za Warudo time has stopped? (correct anime gets brainly)
Answer:
The World he uses the phrases “Za Warudo!”or “ Toki wo tomare!”(stop time) sometimes he puts them together for example “Za Warudo! before he says 'Toki wo Tomare' meaning 'time will stop'. i think DIO can time stop whenever he wants because he's vampire and the negatives don't affect him as much. Jotaro can't as much because time stopping strains his heart. If that was the case, he'd be able to stop time indefinitely and wouldn't be limited to five seconds by the time he faces Jotaro and co.
Explanation:
Answer:
He says “The World! Stop time!” or exactly the answer above me, ZA WARUDO! TOKI WO TOMARE!”
Explanation:
If you watch more anime, you know road roller move. The scene is below.
(DIO) gobyou keika.
(Jotaro) ore ga omou tashika na koto wa,
Dio, teme no tsura o tsugi mita shunkan
ore wa tabun..
potsun tsuru darou touyu koto dake daze
(DIO) rokubyou keika.
(Jotaro) ki ya... gare..!! Dio!
(DIO) nanabyou keika
(Jotaro: gasps) !!!
(DIO) ROUDO ROURAA DA!
(road roller smashes Jotaro)
(Jotaro: in pain) UUUGUUU-- UGGHH!
Which trigonometric expression has a negative value?
Sin\(\pi\) trigonometric expression has a negative value.
Trigonometry is the branch of mathematics concerned with certain trigonometric functions and their application to computation. There are six trigonometric functions commonly used in trigonometry. Their names and abbreviations are sine (sin), cosine (cos), tangent (tan), cotangent (cot), secant (sec), and cosecant (CSC). Trigonometry is the branch of mathematics that studies the relationship between the side lengths and angles of triangles.
The region arose in the Hellenistic world in the 3rd century BC. From applications of geometry to applications in astronomy. Trigonometry is the branch of mathematics that studies the relationship between the sides and angles of triangles. Trigonometry is found throughout the geometry. This is because shapes with straight sides can be decomposed as a set of triangles.
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A mitigation strategy to combat urban heat islands is constructing white roofs to increase roof reflectivity. The low reflectance of a dark-colored roof causes heat to be absorbed, while the high reflectance of a white roof reflects energy away from the building.
The bar graph shows the amount of solar reflectance from different types of roofs, and the scatter plot shows the relationship between solar reflectance and the maximum temperature rise of each material in full sun conditions.
Use the graphs to evaluate the following statements.
Place True or False at the end of each statement.
A.) White coatings on roofs increase solar reflectance. True or False
B.) Gray asphalt shingles demonstrate greater temperature changes than white cement tile roofs. True or False
C.) Red clay tile roofs have a greater reflectance, and therefore a cooler temperature, than white cement tile roofs. True or False
D.) An increase in a roof's solar reflectance is correlated with an increase in the roof's temperature. True or False
E.) White coating roofs (1 coat - 20 mils) may experience a temperature rise of 5 degrees C, but gray asphalt shingles may experience a temperature rise of 37 degrees C. True or False
The formation of urban heat islands is reduced due to the painting of roofs in a way that increases roof reflectivity.
A.) White coatings on roofs increase solar reflectance.
The given statement is True.
B.) Gray asphalt shingles demonstrate greater temperature changes than white cement tile roofs.
The given statement is False.
C.) Red clay tile roofs have a greater reflectance, and therefore a cooler temperature, than white cement tile roofs.
The given statement is False.
D.) An increase in a roof's solar reflectance is correlated with an increase in the roof's temperature.
The given statement is False.
E.) White coating roofs (1 coat - 20 mils) may experience a temperature rise of 5 degrees C, but gray asphalt shingles may experience a temperature rise of 37 degrees C.
The given statement is True.
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White coatings on roofs increase solar reflectance and reduce heat absorption. Gray asphalt shingles demonstrate greater temperature changes than white cement tile roofs. Red clay tile roofs have a lower reflectance compared to white cement tile roofs.
Explanation:A) True. White coatings on roofs increase solar reflectance because they have a high reflectance, which means that they reflect more energy away from the building. This helps to reduce the amount of heat absorbed by the roof.
B) False. The bar graph shows that white cement tile roofs have a higher solar reflectance compared to gray asphalt shingles. Therefore, white cement tile roofs demonstrate greater temperature changes due to their higher reflectance.
C) False. The bar graph shows that red clay tile roofs have a lower solar reflectance compared to white cement tile roofs. Therefore, red clay tile roofs have a lower reflectance and are likely to have a higher temperature compared to white cement tile roofs.
D) False. The scatter plot shows that as the solar reflectance of a roof increases, the maximum temperature rise decreases. This means that there is a negative correlation between solar reflectance and roof temperature.
E) False. The scatter plot does not provide specific temperature rise data for white coating roofs or gray asphalt shingles. Therefore, we cannot directly compare the temperature rise between these two materials based on the given graphs.
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The market index reached its lowest point in the year ___
Based on the market index, demand began to fall sharply in the year ___
A market index can be defined as a financial tool that is typically used by investors and financial managers to measure a segment of the financial market. Also, it is commonly used by economists to compare the rate of returns on specific investments in the financial market such as stock investment.
In this scenario, the market index reached its lowest point in 2009 due to economic and financial crisis within the country. However, demand began to fall sharply in 2008 based on the market index.
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Answer:
2008,2008
Explanation:
each year, about how many earthquakes occur that are strong enough to damage property?
There are about 100 earthquakes each year that cause damage to property and infrastructure, the extent of the damage can vary widely from one event to the next.
The number of earthquakes that occur each year and are strong enough to cause damage to property varies from year to year. On average, there are about 20,000 earthquakes each year that have a magnitude of 4.0 or higher, which is considered strong enough to cause damage to buildings and infrastructure. However, the majority of these earthquakes occur in unpopulated areas, such as the ocean floor or remote regions.
The number of earthquakes that actually cause damage to property and infrastructure is much lower. In fact, only a small fraction of earthquakes that occur each year cause significant damage. According to the United States Geological Survey (USGS), there are about 100 earthquakes each year that cause damage to buildings and infrastructure, such as bridges and roads.
It's worth noting that the severity of the damage caused by earthquakes can vary greatly depending on a number of factors, including the location of the earthquake, the depth of the earthquake, and the construction standards of the buildings and infrastructure in the affected area. So, while there are about 100 earthquakes each year that cause damage to property and infrastructure, the extent of the damage can vary widely from one event to the next.
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continental, hot summer climates support year-round agriculture growth. chinese rice agriculture is entirely dependent on this climate type in the north china plain.True/False
The given statement, "continental, hot summer climates support year-round agriculture growth. chinese rice agriculture is entirely dependent on this climate type in the north china plain" is True.
The continental climate is characterized by hot summers and cold winters with limited precipitation. This climate type is ideal for year-round agriculture growth because of the availability of sunshine and warmth. The North China Plain is an important agricultural region in China that relies heavily on the continental climate to support rice agriculture.
Rice is a staple food in China, and the North China Plain produces a significant portion of the country's rice crop. The region's climate provides favorable conditions for rice growth, with warm temperatures and sufficient rainfall during the growing season.
However, this climate type can also bring challenges, such as droughts or floods, that can impact agricultural production. Despite these challenges, the continental climate remains a crucial factor in supporting year-round agriculture growth, especially in regions like the North China Plain where agriculture is a major part of the economy.
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