Plate A and Plate B are both made of continental plate material where they touch. What will happen as the plates press together?answer choicesThe edges of both plates will be pushed upward as the plates continue to move toward each other and create a Mountain.The edges of both plates will be pushed downward as the plates continue to move toward each other.One plate will stop moving, and one plate will push upward as it continues to move toward the other plate.Both plates will stop moving.
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The thing that will happen when two plates made of continental plate material press together is that the edges of both plates will be pushed upward as the plates continue to move toward each other and create a mountain.
Tectonic plates are crust parts of the earth and the uppermost mantle also called the lithosphere. There are two types of material in tectonic plates: oceanic crust and continental crust. Oceanic plate materials are mostly basalt (mafic igneous rocks) which is denser and heavier, while continental plate materials are mostly granitic rocks such as quartz and feldspar which is more lightweight.
There are seven major continental plates: African, Antarctic, Eurasian, Indo-Australian, North American, Pacific, and South American.
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Related Questions
4. Which factor has the greatest effect on a season's climate? (1 point)
O global wind patterns
O ocean currents
O solar radiation
Onone of the above
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Answer:
C. Solar radiation has the greatest effect on a season's climate. Solar radiation from the sun is the primary source of energy that drives Earth's climate system, and it varies over time and by location. The amount and intensity of solar radiation reaching the Earth's surface affect temperature, precipitation, and atmospheric circulation patterns, which are key factors in determining a season's climate. Global wind patterns and ocean currents are also important factors that influence climate, but they are ultimately driven by the distribution of solar radiation across the Earth's surface.
order the compositions of magmas produced via melting from lowest temperature to highest. to do this, you will need to use the green slider bar for the temperature control on the far left of the simulation. slide the green bar to various temperatures, and then migrate the magma to see the composition of the magma that will result.
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Like stable rock, magma is a aggregate of minerals. It additionally incorporates small quantities of dissolved gases together with water vapor, carbon dioxide, and sulfur.
The excessive temperatures and stress beneath Earth's crust maintain magma in its fluid state. Magma and lava include 3 components: soften, solids, and volatiles. The soften is product of ions from minerals which have liquefied. Magmas consolidate on the floor as lava flows (volcanic), or fall as lithic (rock), crystal and/or glass fragments (pyroclastic). Some solidify inside the earth (plutonic or subvolcanic rocks). The residences of magmas consist of temperature, density, viscosity, gas content material and abundance.
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true/false. judge the following sentence according to the criteria given below: seismologists prefer the well-known richter scale over the moment magnitude scale because the richter scale is better for larger-magnitude earthquakes.
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The claim and the arguments are untrue on both counts.
The concept of earthquake size as determined by the Richter Scale is generally recognised but poorly understood. Charles Richter first proposed the idea of a logarithmic earthquake magnitude scale in the 1930s as a means of estimating the size of earthquakes that occurred in southern California using relatively high-frequency data from local seismograph sites. The L stands for local, and this magnitude scale is known as ML. This was the initial definition of the Richter magnitude.
It became clear as more seismograph stations were built throughout the globe that the Richter approach was strictly valid only for specific frequency and distance ranges. New magnitude scales that are an extension of Richter's original concept have been created in order to benefit from the expanding number of seismograph stations that are dispersed throughout the world. These consist of surface wave magnitude and body wave magnitude (Mb) (Ms). Each is appropriate for a certain seismic signal type and frequency range. Each is comparable to the Richter magnitude within its spectrum of applicability.
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based on what you learned in this module, and using the following image, which of the following is an appropriate description of how the conditions change from the first blue dot to the second blue dot.
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An appropriate description of the transition from the first blue dot to the second blue dot is a region of solid rock in the subsurface that is rapidly heated and begins to melt.
Magma is rock that is molten or hot liquefied and is deep below the surface of the Earth. When the temperature of the Earth's crust or mantle is extremely high and the pressure in certain areas of those layers decreases, magma is formed. The magma rises and overflows when a deep crack in the Earth or a volcano erupts.
Rock that is molten or hot liquefied and lies far beneath the Earth's surface is known as magma. Magma is formed when certain portions of the Earth's crust or mantle experience a decrease in pressure and an extremely high temperature. When a deep crack in the Earth or a volcano erupts, the magma rises and spills out.
DISCLAIMER The question is incomplete.
based on what you learned in this module, and using the following image, which of the following is an appropriate description of how the conditions change from the first blue dot to the second blue dot.
- An area of solid rock in the subsurface is heated quickly in place and starts to melt
-The magma cooled slowly at first, forming large crystals, and then quickly, forming small crystals from the remaining magma.
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A tree's roots absorb water, most of which evaporates from its leaves.
During a rainstorm in a redwood forest, ferns on the forest floor diminish runoff and reduce the risk of flooding.
Forest plants filter sediments and take up nutrients from rainwater, facilitating infiltration to groundwater below.
In the process of photosynthesis, a tree removes carbon dioxide from the atmosphere and produces oxygen.
The roots of a tree prevent soil erosion, and its fallen leaves enrich the soil with nutrients.
Canadian forests are home to about 70% of Canada's terrestrial species.
The entrance fees paid to visit forests in U.S. national parks total over $100 million per year.
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A tree's roots absorb water, most of which evaporates from its leaves A. During a rainstorm in a redwood forest, ferns on the forest floor diminish runoff and reduce the risk of flooding.
Visitors to Wood the national and state Campgrounds should indeed be prepared for a variety of weather conditions at all times of the year. Costume in layers to be ready for anything. Pack rain gear and dress in sturdy comfy shoes or leather shoes with non-slip soles—the wilderness and coast can be slippery in the wet.
Monthly rainfall in Redwood National Park varies greatly by season. From November 8 to June 20, the rainy season lasts 9.4 months, with a movable 31-day rainfall of at least 3.5 cm.
Redwood State Park stretches along the northern California coast. The climate is generally mild and damp. Daytime average temperatures are from the mid-60s in the summer to the low-40s in the winter.
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One of the basic contributors to lake/ocean effect snow is the unstable lapse rate generated by the relatively warm water surface underlying the cold atmosphere during the cool season.can create significant instability
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One of the primary causes of the comparatively warm water surface under the chilly atmosphere during the cool season is the lake-influenced lapse rate.
The unstable lapse rate produced by the relatively warm water surface beneath the chilly atmosphere during the cool season is one of the primary causes of lake/ocean effect snow. The temperature differential between the sea and the atmosphere rises even further during polar or arctic outbreaks.
The resulting warming and moistening from evaporation can cause significant instability within the boundary layer, which helps to increase the generation of the mesoscale snow that is typical of lake/ocean influence snow.
Environmental lapse rate or standard lapse rate refers to the average rate of temperature change with altitude. 6.5 degrees Celsius per kilometer or 1000 meters is an estimate for this rate.
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what war use nukes there war
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Answer:
In August 1945, the atomic bombings of Hiroshima and Nagasaki were conducted by the United States against Japan at the close of that war, standing to date as the only use of nuclear weapons in hostilities.
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The acronym ClORPT is used to list factors of soil development. Match the specific letters to the factors they represent ____
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First, he coined an acronym for the soil formation factors: CLORPT (CL=climate, O=organisms, R=relief, P=parent material, and T=time).
The material that covers the surface of the earth, known as soil, is created as a result of the weathering of rocks. Its main constituents are mineral atoms, organic substances, air, water, and living things, all of which interact slowly but continuously.
The majority of nutrients in plants come from the soil, and they are the primary source of food for people, animals, and birds. Soil is essential for the survival of the majority of land-based organisms.
Because it is easily damaged, washed away, or blown away, soil is a precious resource that requires careful management. Understanding soil and managing it effectively will help us prevent destroying one of the fundamental pillars of our environment and our food security.
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What is difference between cold front and warm front?
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based on the information in the table, which of the following gives an example of the possible human consequences of the disruption of a provisioning service?
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Based on the data in the table, rainforest destruction resulting in the loss of potential medicinal plant species is an example of the possible human consequences of the disruption of a provisioning service.
A provisioning service is any kind of benefit to people that can be taken out of nature. Along with food, different types of provisioning services comprise drinking water, timber, wood fuel, natural gas, oils, plants that can be produced into clothes and other materials, and medicinal advantages. It is a type of ecosystem service. Many provisioning services are sold in markets.
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Complete question:
Based on the information in the table, which of the following gives an example of the possible human consequences of the disruption of a provisioning service?
A. Agricultural use of format parklands resulting in fewer recreational areas
B. Rainforest destruction resulting in the loss of potential medicinal plant species
C. Decline in the wild bee populations resulting in less pollination and decreased crop yields
D. Destruction of wetland habitats for real estate resulting in decreased carbon sequestration
Which of the following is NOT a type of silicate structure?A) loop silicateB) double chain silicateC) single-chain silicateD) sheet silicate
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A) loop silicate is NOT a type of silicate structure.
Bauxite isn't a silicate that certainly occurs. The majority of the minerals determined on Earth are silicates, together with quartz, feldspar, mica, amphibole, pyroxene, and olivine. Silicate minerals are the maximum not unusualplace of Earth's minerals and consist of quartz, feldspar, mica, amphibole, pyroxene, and olivine. Silica tetrahedra, made of silicon and oxygen, shape chains, sheets, and frameworks, and bond with different cations to shape silicate minerals. Silicates are the compounds of silicon and oxygen. Silicates arise withinside the earth. s crust withinside the shape of severa silicate minerals and alumino silicate clay. Some of the examples are feldspar, zeolites, mica and asbestos.
Thus, option A is the correct choice.
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T/F in the areas of most rapid subduction, the down-going slab may remain rigid enough to spawn large earthquakes to depths of 7,000 km.
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The statement "In the areas of most rapid subduction, the down-going slab may remain rigid enough to spawn large earthquakes to depths of 7,000 km" is a FALSE statement.
An earthquake is the shaking that happens on the Earth's surface. It is caused by a sudden release of energy in the lithosphere which creates seismic waves. In general, there are three large zones on Earth where earthquakes occur:
Circum-Pacific seismic belt. It can be found along the rim of the Pacific Ocean.Alpide earthquake belt. It extends from Java island to Sumatra through the Himalayas, the Mediterranean, and into the Atlantic.Mid-Atlantic ridge.In subduction areas, earthquakes usually occur where tectonic plates collide and thrust beneath one another. It happens in the range from shallow to depths up to 700 km.
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FILL IN THE BLANK. The amount of aluminum on the earth today relative to the amount 100 years ago when Al was first commercially extracted from bauxite, an aluminum containing ore, is essentially _______________
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The amount of aluminum on the earth today relative to the amount 100 years ago when Al was first commercially extracted from bauxite, an aluminum containing ore, is essentially 55%.
The Hall–Héroult process is the primary business manner for smelting aluminum. It entails dissolving aluminum oxide (alumina) (received most customarily from bauxite, aluminum's leader ore, thru the Bayer manner) in molten cryolite, and electrolyzing the molten salt bath, commonly in a purpose-constructed cell. More than 90% of the world's bauxite manufacturing is used to make alumina with maximum of the last 10% utilized by the abrasive, refractory and chemical industries. Bauxite is utilized in a whole lot of industries just like the chemical enterprise, refractory, abrasive, cement, steel, and petrol enterprise among others. In chemicals, bauxite in conjunction with alumina is used withinside the production of aluminum chemicals. In refractory, it's far used as a uncooked fabric for making numerous products.
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Which of the following tools of public land use control represents the earliest method of police power to regulate land use? (Hint: Standards for energy efficiency and sustainability are the most recent trends in the application of this land use control)
Building Codes
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The tools of public land use control represents the earliest method of police power to regulate land is Building Codes. The correct answer is C.
Building codes are one of the first ways that the government has used force to limit land usage. Building codes are a set of regulations that specify the requirements that must be satisfied in a certain area in order to create a structure.
Building rules typically specify areas to avoid, such as those close to rivers, streams, and other bodies of water, in the context of land use. Additionally, there is area set aside for public parks. One of the oldest methods of policing land use was the application of building codes.
Your question is incomplete but most probably your full question was
Which of the following tools of public land use control represents the earliest method of police power to regulate land use? (Hint: Standards for energy efficiency and sustainability are the most recent trends in the application of this land use control.)
A. Subdivision regulation
B. Zoning
C.Building Codes
D. Planned Unit Developments
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determine where worcester is geographically and how its location might influence its climate.
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Worcester is a city in central Massachusetts, United States, and its location inland from the coast influences its climate, resulting in colder winters and warmer summers than coastal areas.
Due to its inland location, Worcester experiences a continental climate with four distinct seasons. Winters are cold and snowy, with average temperatures in the 20s (°F), and occasional extreme cold snaps. Summers are warm and humid, with average temperatures in the 70s (°F), and occasional heatwaves. Spring and fall are mild and pleasant. The lack of a moderating coastal influence also means that Worcester is more prone to temperature extremes and severe weather events such as thunderstorms and tornadoes.
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Question 4 of 15
What conditions will increase a nation's Human Development Index?
Check all that apply.
A. A commitment to the education of its population
B. The highest gross domestic product in the world
C. Long work hours
D. People who live longer than the world average
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The following conditions will increase a nation's Human Development Index.
A commitment to the education of its populationThe highest gross domestic product in the worldPeople who live longer than the world's averageThe correct options are A, B, and D.
What should be done to increase the human development index?The HDI takes three factors into account: life expectancy at birth, literacy rate, and per capita income. We must improve these three areas in order to directly increase the HDI. We must improve our healthcare systems and overall social health in order to increase life expectancy.
India's HDI scores can be significantly improved if a politically committed government implements inclusive policies that strengthen public health, education, and nutrition, as well as end gender discrimination, to usher in a more egalitarian order.
Thus, the ideal selection is options A, B, and D.
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as one moves from the equator towards the poles and latitude increases, the hours of daylight experienced at a location
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As you move away from the equator towards the poles, the latitude of a location increases. As the latitude increases, the hours of daylight experienced at a location will also increase. This is because the angle of the sun's rays become more direct as you move away from the equator, allowing for more daylight hours. For example, in the summer months, areas near the equator experience only a few hours of daylight, whereas areas near the poles experience almost 24 hours of daylight.
most amphibians in georgia can tolerate the warm temperatures of summer. however, during one particularly dry year, when humidity was very low and temperatures were high, many of the frogs died. which of the following best describes this situation?
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In this situation, temperature and humidity had a synergistic and lethal effect.
About amphibiansAmphibians are generally defined as vertebrates that live in two realms; i.e. in water and on land.
Amphibians like to live near fresh water in the warm season. There are also several species that live in forests, deserts and arctic. Adult amphibians use lungs and they also breathe oxygen through their skin as long as their skin is wet.
Amphibians can cover themselves by hiding among leaves or similar green or brown leaves and thus keep them safe from birds and reptiles. Their skin color is their main defense.
Another ability is that many other amphibians have venomous skin which is dangerous to predators. It is an important defense against predators. Skins are also used for warning by indicating changes in skin color that the amphibian is experiencing. They can be light colored like red, black and yellow.
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FILL IN THE BLANK. In 55 years, from 1962-2017, the more than 156,000 in Iran earthquakes mostly from a result of ______. poor construction
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suburban sprawl is the rapid growth of urban areas into undeveloped areas outside the inner city. in the united states, this process is occurring most rapidly in which of the following areas?
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According to recent data, the Sun Belt region of the United States is where suburban sprawl is happening the fastest. This covers numerous cities in the southwest and south of the country, such as Atlanta, Dallas, Houston, and Phoenix.
These regions have drawn a lot of residents and businesses due to their pleasant temperature, lower cost of living, and business-friendly environment, which has sped up development and suburbanization.
People in a city sometimes relocate to areas close to it when living conditions there get crowded. As a result, the city begins to enclose these areas and grows. Suburban sprawl is the phrase used to describe this type of commercial expansion.
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Answer: Cities in the south and west
Explanation:
studies of seismic waves detected by the seismographs placed by the apollo astronauts have indicated that ____ may have a small liquid core. we must be cautious, however, since we do not have total seismograph coverage of _____. since _____ has ______ despite its slow spin, we suspect that its core is metallic, and at least partially molten, since this would ______ the electric currents required to generate a magnetic field.- not a magnetic field
- facilitate
- prevent
- mercury
- a magnetic field
- the moon
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The correct sequence order of blanks is Moon, Moon, Mercury, magnetic field, faciliate respectively.
Studies of seismic waves detected by the seismographs placed by the Apollo astronauts have indicated that the Moon may have a small liquid core. We must be cautious, however, since we do not have total seismograph coverage of the Moon.
Since Mercury has a magnetic field despite its slow spin, we suspect that its core is metallic and at least partially molten, since this would facilitate the electric currents required to generate a magnetic field.
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Need help on word search only dont need to do the bottom secret message 10 pts
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A message is a discrete unit of communication intended by the source for consumption by some recipient or group of recipients.
What is the meaning of the Message?A message is a concise piece of communication that the source intends for a specific recipient or set of recipients to read. There are several ways to send a message, such as a courier, telegraphy, carrier pigeon, and electronic bus. A broadcast's content could be a message.
A message is an information that is delivered through words (in speech or writing) and/or other signs and symbols, according to the definition of rhetoric and communication studies. The substance of communication is a message, whether it be spoken, nonverbal, or both. The sender is the one who created the message there in the communication process.
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The reign of Domitian was marred by two disasters: the eruption of Mt. Vesuvius in 79 and a devastating fire at Rome in 80. a. True b. False.
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The reign of Domitian was marred by two disasters: the eruption of Mt. Vesuvius in 79 and a devastating fire at Rome in 80. This statement is false.
Domitian became Roman Emperor from eighty one to ninety six CE and his reign, despite the fact that certainly considered one among relative peace and stability, have become engulfed in each worry and paranoia. Domitian, Latin in complete Caesar Domitianus Augustus, unique name (till advert eighty one) Titus Flavius Domitianus, (born Oct. 24, advert 51—died Sept. 18, advert ninety six, Rome [Italy]), Roman emperor (advert eighty one–ninety six), recognised mainly for the reign of terror below which outstanding individuals of the Senate lived throughout his closing years. Nerva have become emperor at once after Domitian's homicide in ninety six AD. He had a life-time of provider to Rome and its emperors, and had served as consul twice, in seventy one and ninety AD.
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A principal of $3800 was invested at 5.75% interest, compounded annually.
Let I be the number of years since the start of the investment. Let y be the value of the investment, in dollars.
Write an exponential function showing the relationship between y and t.
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The return on the investment will be $5,548.90.
What is the calculation ?You require the following formula: A = (1 + r)(t), where
A = annual compounding
r = rate
t = time (in years)
P is the principal sum.
Simply enter the data from the problem into the formula and find A.
A = 3000(1 + 0.0575)^(11) \
sA = 3000(1.0575)^(11) \
sA = 3000(1.8496269153) (1.8496269153)
A = 5,548.8807457559
This decimal value can be rounded to the nearest one.
A = 5,548.90
11 years from now, the investment will be worth $5,548,90.
The annual interest rate multiplied by the number of compound periods minus one and the loan's principle are used to calculate compound interest.
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The geometry of an ellipse is described by two numbers. The first is the _____________________, which is half the longest diameter of the ellipse, and the second is the ____________________, which tells us the shape of the ellipse.
a. radius; eccentricity
b. radius; deferent
c. semi-major axis; deferent
d. semi-major axis; epicycle
e. semi-major axis; eccentricity
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The geometry of an ellipse is described by two numbers. The first is the semi-major axis, which is half the longest diameter of the ellipse, and the second is the eccentricity, which tells us the shape of the ellipse. (E)
In the field of geometry, an ellipse is a kind of shape that only exists in two dimensions and is characterized by being defined along its axes. When a plane cuts through the top of a cone at an acute angle with regard to the cone's base, the resulting shape is called an ellipse. It focuses on two different things at once. It is always the case that the total of the two distances traveled to the focal point does not change at any of the sites along the curve. Because the foci are converging at the same location, which is the center of the circle, a circle can also be thought of as an ellipse.
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please help !! its due today
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Answer:
8. gyre
9. ocean currents ( ;-; )
10. a) sunlight
b) microplastics ( ;-; )
true/false. The North Anatolian fault in Turkey is a 1,400 km-long fault zone made of numerous subparallel faults that split and combine, bend and straighten, and there is reason to expect major earthquakes to occur progressively farther to the west, ever closer to Istanbul.
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The statement "The North Anatolian fault in Turkey is a 1,400 km-long fault zone made of numerous subparallel faults that split and combine, bend and straighten, and there is reason to expect major earthquakes to occur progressively farther to the west, ever closer to Istanbul" is TRUE because the fault is one of the most active and dangerous seismic zones in the world, and has generated some of the largest and most destructive earthquakes in Turkey's history.
There is reason to expect major earthquakes to occur progressively farther to the west along the fault zone, which brings them ever closer to Istanbul.
The last major earthquake on the North Anatolian Fault occurred in 1999 near the city of Izmit, killing over 17,000 people and causing widespread damage. Since then, scientists have been closely monitoring the fault for signs of increased activity and potential earthquake hazards, and have identified several segments of the fault that are currently locked and building up stress.
There is concern that a future earthquake along the fault, particularly in the vicinity of Istanbul, could be catastrophic, given the city's high population density and inadequate building codes in some areas.
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questions: what does foliated mean? list 3 rocks that are foliated from slide 1. what does non-foliated mean? which of the rocks from slide 1 are non-foliated? what are the two extreme factors that create metamorphic rocks? under extreme heat and pressure, what two types of rocks can shale become? which of the metamorphic rocks listed on slide one came from an igneous rock? which of the metamorphic rocks listed on slide one could have originally been sea shells? which of the metamorphic rocks could be found deep under the desert floor? where would you find metamorphic rocks - deep under the earth's surface or on top of earth's surface? why? match the original stone with the metamorphic rock it becomes after extreme heat and pressure below.
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Foliation is a texture in metamorphic rocks that gives them a layered or banded appearance due to the alignment of minerals or the presence of alternating layers of different minerals.
1)Three rocks that are foliated from slide 1 are:
Slate
Schist
Gneiss
2)Non-foliated means that the rock does not have a layered or banded appearance.
The non-foliated rock from slide 1 is Marble.
The two extreme factors that create metamorphic rocks are heat and pressure.
Under extreme heat and pressure, shale can become slate or phyllite.
3)The metamorphic rock that came from an igneous rock is Schist, which can form from the metamorphism of mafic or intermediate igneous rocks.
The metamorphic rock that could have originally been sea shells is Limestone, which can form from the metamorphism of calcium carbonate-rich sedimentary rocks.
4) The metamorphic rock that could be found deep under the desert floor is Gneiss, which can form from the metamorphism of various rock types under high heat and pressure.
5)Metamorphic rocks can be found both deep under the Earth's surface and on top of the Earth's surface. However, they are more commonly found deep under the Earth's surface because metamorphism occurs at high pressure and temperature conditions that are typically found at greater depths in the Earth's crust.
6) Matching the original stone with the metamorphic rock it becomes after extreme heat and pressure:
Sandstone -> Quartzite
Shale -> Slate or Phyllite
Limestone -> Marble
Granite -> Gneiss or Schist
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To protect the riparian area, select a campsite location at least ______ feet away from lakes, streams, etc.
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To protect the riparian area, select a campsite location at least 200 feet away from lakes, streams, etc.
The same may be said about selecting a campground. Excellent camping spots are discovered rather than created. Use existing campgrounds wherever possible. Rock, gravel, and dried grasses are all good campground surfaces. Camping at least 200 feet away from lakes and streams is also vital for protecting riparian ecosystems. Finally, when moving to and from the water source, stick to established pathways or carefully plan your path to take advantage of walking on rocks, gravel, and other dry regions.
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Name three ocean currents when the south equatorial current reaches a continent
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The three ocean currents when the south equatorial current reaches a continent are A wind-driven surface oceanic circulation that circles Antarctica and flows from west to east is known as the Antarctic Circumpolar Current, also known as West Wind Drift, The Gulf Stream and surface ocean currents
What ocean is the South Equatorial Current in?Ocean currents in the Pacific, Atlantic, and Indian Oceans that run from east to west between the equator and a point about 20 degrees south are known as the South Equatorial Current. It reaches 5 degrees north of the equator in the Pacific and Atlantic Oceans.
Subtropical gyres are large spinning currents that originate close to the equator. The North and South Pacific Subtropical Gyres, North and South Atlantic Subtropical Gyres, and Indian Ocean Subtropical Gyre are the five main gyres.
Thus, A wind-driven surface oceanic circulation that circles Antarctica and flows from west to east.
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