Answer:
False. Relative humidity does not have to be at least 100% before cloud droplets can form.
HELP PLSS, WILL REWARD BRAINLIEST!!!! THANK YOUUU
How does the Southern Pacific coast of Mexico contribute to the economic growth of the country?
Answer:
It allows for easier access to other South American countries for trade.
I hope this helps you!
Amal Anit Attempt 1 Question 1 Something that is not happening as jlobst femperaturet increase, is that snow cover is increasing. sea wateris expanding shoreline wave action is increasing sea levels are riain Question 2 Stred Eutrophication tends to increase populations of at the expense of Itsh; plant species benthic alantssinvertebrates benthic plantes nhytoplankton phytoplanktonc berthictitants
As temperature increases, snow cover does not increase and sea water expands. Shoreline wave action increases and sea levels rise.
Stressed eutrophication leads to an increase in populations of benthic plant species and invertebrates, which negatively impacts phytoplankton. When temperature rises, it does not result in an increase in snow cover. Instead, the warming leads to the expansion of sea water and an increase in shoreline wave action. Additionally, rising temperatures contribute to sea level rise. On the other hand, stressed eutrophication, a phenomenon where a body of water becomes excessively enriched with nutrients, tends to favor the growth of benthic plant species and invertebrates while harming phytoplankton populations.
As temperature increases, snow cover does not increase, but sea water expands and shoreline wave action intensifies, leading to rising sea levels. Stressed eutrophication promotes the growth of benthic plants and invertebrates, negatively impacting phytoplankton populations.
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If contour lines are close together, this means the change in elevation is
A.almost flat
B.very steep
C.not changing
Answer:
If the contour lines are close together it means that the change in elevation is very steep.
Explanation:
A is not correct because if the topography is almost flat, the contour lines would be very far apart.
B is correct because the closer the contour lines are, the steeper the topography is, meaning that the terrain is very steep.
C is not correct because if the elevation is not changing, the contour lines will be missing from that part of the map.
Line of sight communication depends on
a. eyesight
b. telecommunications
c. hearing capability
d. encryption
Answer:
a. eyesight
Explanation:
Line of sight, short LOS, communication is a type of communication where the receiver and the transmitter of the information have to be visible to one another. Any obstacle will break the signal and the message would not be able to be sent. For example, a satellite can't transmit data in it is blocked by the earth while it rotates.
Laterite can be rich in Fe, Ni and Al and normally found in a. desert regions b. glacial regions c. all rainy regions d. tropical regions which is the most extensive volcanic edifice? a. large cinder cone b. caldera c. shield volcano d. stratovolcano
Laterite is typically found in tropical regions. Therefore, the correct answer is (d) tropical regions. The most extensive volcanic edifice is a shield volcano. The correct answer is option c.
Laterite, a soil type rich in iron (Fe), nickel (Ni), and aluminum (Al), is primarily found in tropical regions. The warm and humid climate of tropical areas promotes intense chemical weathering, which is a key factor in the formation of laterite.
The combination of high temperatures, heavy rainfall, and abundant vegetation leads to the leaching of minerals from the upper soil layers, leaving behind residual deposits of iron, nickel, and aluminum.
As for the most extensive volcanic edifice, it is a shield volcano. Shield volcanoes are characterized by their broad, gently sloping profiles formed by numerous lava flows with low viscosity. These volcanoes are typically associated with hotspot activity and occur in areas of volcanic activity such as the Hawaiian Islands and Iceland.
Shield volcanoes have extensive surface areas and can cover vast areas of land. Their eruptions are generally non-explosive, with lava flowing steadily from vents and building up the volcanic structure over time.
The correct answer is option d and c respectively.
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2. If an isotope has a half-life of twenty million years, and there is \( 25 \% \) of the isotope remaining in a rock, how old is the rock? A 10 million years B 20 million years C 40 million years D 6
If an isotope has a half-life of twenty million years, and there is \( 25 \% \) of the isotope remaining in a rock, The rock is 60 million years old. The correct answer is option d.
To determine the age of the rock, we can use the concept of half-life. The half-life is the time it takes for half of the radioactive material to decay.
If the isotope has a half-life of twenty million years and there is 25% of the isotope remaining, it means that three half-lives have passed. Here's the calculation:1st half-life: 50% remaining
2nd half-life: 25% remaining
3rd half-life: 12.5% remaining (25% of the previous half-life)
Since each half-life is twenty million years, multiplying three half-lives gives us 60 million years. Therefore, the age of the rock would be 60 million years.
So, the correct answer is option d.
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Complete question
If an isotope has a half-life of twenty million years, and there is \( 25 \% \) of the isotope remaining in a rock, how old is the rock? A 10 million years B 20 million years C 40 million years D 60 million years
Formed deep underground over thousands of years of heat and pressure, coal is a carbon-rich black rock that releases energy when burned. In the United States, roughly 30 percent of all electricity comes from coal: the rest comes from natural gas, nuclear, and renewables like wind and solar.
When coal is burned it releases a number of airborne toxins and pollutants. They include mercury, lead, sulfuric dioxide, nitrogen oxides, particulates, and various other heavy metals. Health impacts can range from asthma and breathing difficulties, to brain damage, heart problems, cancer, neurological disorders, and premature death.
Answer the follwoing questions:
Discuss why countries still use coal-power plants despite its environmental and health risk?
Should electricity driven by coal be banned in the world? THIS SUBJECT called ENVIRONMENTAL MANAGEMENT i need the answers ASAP.
Despite the environmental and health risks associated with coal-powered plants, countries still use coal as a source of electricity for a few reasons.
1. Availability and Reliability: Coal is abundant in many countries and provides a reliable source of energy. It can be stored and used whenever needed, unlike some renewable energy sources that are intermittent.
2. Cost: Coal is often cheaper compared to other energy sources, making it an attractive option for countries with limited resources or developing economies.
3. Infrastructure: Many countries already have existing coal power plants and infrastructure in place. Transitioning to alternative energy sources requires significant investments and time.
However, it is important to note that there is a global push towards reducing coal usage and transitioning to cleaner energy sources. Countries are gradually phasing out coal power plants, investing in renewable energy, and implementing stricter environmental regulations. While countries still use coal-power plants due to availability, cost, and existing infrastructure, the global trend is shifting towards cleaner and more sustainable energy sources. Banning coal-powered electricity worldwide would require a comprehensive transition plan that takes into account the energy needs, economic considerations, and environmental impacts of each country.
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Hydroelectric power is:
an efficient way to boil water for use in a generator
a source of renewable energy, powered by the sun
non-renewable energy
primarily used in flat area with large rivers
Hydroelectric power is a source of renewable energy, powered by the sun It involves the conversion of the kinetic energy of water into electrical energy. This process makes use of the natural water cycle, where water from rivers, lakes, or reservoirs is channeled through a turbine, which spins a generator to produce electricity.
Hydroelectric power is considered a renewable energy source because it relies on the continuous circulation of water in the Earth's hydrological cycle. The sun plays a crucial role in this cycle by evaporating water from oceans, lakes, and rivers, which then condenses to form clouds and eventually falls back to the Earth as precipitation. This water can be harnessed for hydroelectric power generation, making it a sustainable and environmentally friendly energy option.
Unlike non-renewable energy sources such as fossil fuels (coal, oil, and natural gas), hydroelectric power does not rely on the depletion of finite resources. As long as water continues to flow or fall, hydroelectric power can be continuously generated. Additionally, the operation of hydroelectric power plants does not produce harmful emissions or contribute to air pollution, making it a cleaner alternative to fossil fuels.
Hydroelectric power plants can be built in various geographical locations, but they are particularly well-suited for areas with large rivers and topographical features that allow for the construction of dams or the utilization of natural waterfalls. However, advancements in technology have also enabled the development of smaller-scale hydroelectric systems that can be implemented in a range of environments, including those with smaller streams or even tidal flows.
In summary, hydroelectric power is a renewable energy source that harnesses the power of flowing or falling water to generate electricity. It is a sustainable and environmentally friendly alternative to non-renewable energy sources and can be implemented in various geographical settings, making it a versatile option for power generation.
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3. Which statement best describes the climate of Juneau?
a. Very cold winters, cold summers, and little rain or snow
b. Cold, snowy winters and cool, rainy summers
C. Warm summers, cool winters, and RAIN all year
d. Hot, rainy summers and mild winters with some rain
Answer:
its b
Explanation:
Note: The metamorphic rock shown here does not react with dilute hydrochloric (HCI) acid,
Using the "Metamorphic Rock Types Defined by Texture", Page 191-194 and "Classification Based on Composition or Context", Page 194-195, examine the metamorphic rock shown in the photos and
a. determine if it is a foliated metamorphic rock or not (non-foliated metamorphic rock)
b. identify grain-size
c. determine its texture
d. determine its name
e. determine its protolith.
The metamorphic rock shown in the photos is a non-foliated metamorphic rock because it lacks the flat or elongated minerals (such as mica or chlorite) found in foliated rocks. The grain-size of this metamorphic rock is medium-grained. The texture of this rock is crystalline.
This rock has a crystalline texture because it contains crystal-like minerals. The rock appears to have uniform crystal-like grains.d. The name of the metamorphic rock shown in the photo is marble.e. The protolith of marble is limestone or dolomite. owever, I can provide you with a general understanding of foliated and non-foliated metamorphic rocks, as well as some characteristics typically associated with them. This information might help you in analyzing the rock you are referring to: Foliated metamorphic rock: Foliated rocks exhibit a layered or banded appearance due to the alignment or segregation of minerals.
This alignment occurs as a result of directed pressure during the rock's formation. Common foliated metamorphic rocks include slate, schist, and gneiss.
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what is always the cause of rain
Answer:
All rain comes from a combination of two things: moisture in the air – usually in the form of clouds – and currents of air moving upwards. As moist air rises up through a cloud, the air cools and the water in it turns into tiny raindrops
*
A cold dry air mass would be classified as
CP
mP
Ост
h
mt
Answer:
It would be mP.
Explanation:
In winter an artic air mass (very cold and dry air) can move over the ocean, picking up some warmth and moisture from the warmer ocean and becoming a maritime polar air mass (mP)- one that is still fairly cold but contains moisture (I hope this helps you!)
(30 pts; 10 pts) Let's consider the effects of different types of idealized aerosols on the Earth's surface temperature (T0). What effect would an increase in the concentrations of the following idealized aerosols have on the average temperature of the Earth's surface? In each case, explain your answer/reasoning in detail.
a. Sulfate aerosols scatter solar radiation (no absorption) and do not absorb or scatte terrestrial radiation.
b. Soot aerosols absorb solar and terrestrial radiation (no scatter). i. (For extra 10 pts) Discuss briefly how the effect of a soot layer depends o the altitude of the layer.
c. Desert dust aerosols scatter solar radiation (no absorption) and absorb terrestrial radiation (no scatter).
a. An increase in the concentrations of sulfate aerosols would have a cooling effect on the Earth's surface temperature.
b. An increase in the concentrations of soot aerosols would have a warming effect on the Earth's surface temperature.
c. An increase in the concentrations of desert dust aerosols would have a complex effect on the Earth's surface temperature, depending on various factors such as aerosol properties, altitude, and location.
a. An increase in the concentrations of sulfate aerosols would have a cooling effect on the Earth's surface temperature.
Sulfate aerosols scatter solar radiation but do not absorb or scatter terrestrial (longwave) radiation. When solar radiation reaches the Earth's atmosphere, some of it is reflected back into space by sulfate aerosols, reducing the amount of incoming solar radiation that reaches the Earth's surface. This scattering effect effectively blocks a portion of the sunlight from reaching the surface, leading to a decrease in surface heating and hence a decrease in surface temperature.
Increasing the concentrations of sulfate aerosols would lead to a decrease in the average temperature of the Earth's surface. This effect has been observed in regions with high levels of sulfate aerosol pollution, such as industrial areas with significant sulfur dioxide emissions. However, it's important to note that the cooling effect of sulfate aerosols is not desirable from a climate perspective, as they are typically associated with air pollution and can have adverse effects on human health.
b. An increase in the concentrations of soot aerosols would have a warming effect on the Earth's surface temperature.
Soot aerosols, also known as black carbon, absorb both solar and terrestrial radiation but do not scatter it. When these aerosols are present in the atmosphere, they absorb a significant amount of solar radiation that would otherwise reach the Earth's surface. This absorption of sunlight by soot aerosols leads to a heating effect on the atmosphere and, consequently, an increase in surface temperature.
The warming effect of soot aerosols is particularly pronounced when they are deposited on snow or ice surfaces. Due to their dark color, soot particles reduce the surface albedo (reflectivity), causing more sunlight to be absorbed by the snow or ice. This leads to accelerated melting and further amplifies the warming effect.
Regarding the altitude of the soot layer, its impact on surface temperature depends on whether the layer is located above or below the main cloud layer. When soot is present below the clouds, it can absorb incoming solar radiation directly and contribute to surface heating.
Increasing the concentrations of soot aerosols would result in a warming effect on the Earth's surface temperature. The presence of soot particles in the atmosphere absorbs solar radiation, leading to increased heating of the surface. Additionally, when deposited on snow or ice surfaces, soot further exacerbates the warming effect by reducing surface albedo and accelerating melting.
c. An increase in the concentrations of desert dust aerosols would have a complex effect on the Earth's surface temperature, depending on various factors such as aerosol properties, altitude, and location.
Desert dust aerosols scatter solar radiation but absorb terrestrial (longwave) radiation. When solar radiation interacts with desert dust particles in the atmosphere, a portion of the sunlight is scattered in different directions, reducing the amount of direct solar radiation reaching the surface. This scattering effect can have a cooling influence on the surface temperature, similar to sulfate aerosols.
However, unlike sulfate aerosols, desert dust aerosols also absorb terrestrial radiation emitted by the Earth's surface. This absorption leads to the trapping of heat in the lower atmosphere, resulting in a warming effect on the surface temperature.
The net effect of desert dust aerosols on surface temperature depends on several factors. The scattering of solar radiation tends to dominate during daytime, leading to a cooling effect. However, the absorption of terrestrial radiation becomes more significant during nighttime, contributing to a warming effect.
The effect of increasing desert dust aerosol concentrations on the Earth's surface temperature is complex and depends on various factors. While the scattering of solar radiation by dust aerosols can lead to a cooling effect, their absorption of terrestrial radiation contributes to surface warming. The net effect will vary depending on the concentration, size, and composition of the dust particles, as well as the time of day and location.
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Question 7 (1 point)
Oldowan, Acheulean, and Levallois stone tools are mobiliary artifacts.
True
False
Question 8 (1 point)
Domestication of plants and animals always begins by accident, and then is controlled by humans.
True
False
Question 7:The given statement, "Oldowan, Acheulean, and Levalloisian stone tools are mobiliary artifacts," is True. Mobiliary artifacts refer to objects that are easily movable and hence carried from one place to another. The stone tools such as Oldowan, Acheulean, and Levallois are mobiliary artifacts.
The Oldowan is the oldest-known stone tool industry while Acheulean is the stone tool industry that succeeded Oldowan. They were both used during the Lower Paleolithic period. Levallois was an advanced technique to make tools.Question 8:The given statement, "Domestication of plants and animals always begins by accident and then is controlled by humans," is False.Domestication of plants and animals is a gradual process of human intervention in the life cycle of plants and animals. It involves the careful and deliberate selection of specific plants and animals by humans for breeding and cultivation that fit the needs of humans. T
he domestication process is the opposite of an accidental process. The selective breeding of plants and animals takes many years to accomplish, and humans must control every step of the process to achieve the desired results.
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What might be the effect on seasons if Earth’s orbit became more elliptical
and, at the same time, the angle of the tilt of Earth’s axis increased?
please help i need a short answer
Answer:
If the earth became more elliptical then the tilt of earth's axis would increase and the seasons would be warmer and we would have tropical weather.
1.You are a geologist working to interpret a sequence of marine
sedimentary rocks. You notice that in one particular sequence a black
shale with no fossils is the oldest layer and the youngest layer is a
quartz sandstone. What should you conclude?
A. This sequence of rock represents evidence for a transgression sometime in the past.
B. This sequence of rock represents evidence for a regression sometime in the past.
C. No interpretation about sea level can be made based on this evidence.
B. This sequence of rock represents evidence for a regression sometime in the past.
The sequence of rocks described, with a black shale as the oldest layer and a quartz sandstone as the youngest layer, suggests a regression rather than a transgression.
During a regression, sea levels fall, leading to the exposure of previously submerged areas. As sea levels decrease, sediments such as shale may accumulate in a low-energy, quiet water environment. The absence of fossils in the black shale suggests a lack of significant biological activity, possibly due to the reduced marine habitat during the regression.
The subsequent deposition of quartz sandstone indicates the influx of coarse-grained sediments, which commonly occur in high-energy environments such as beaches or nearshore areas. The presence of quartz suggests a distant source area, possibly indicative of the erosion and transport of sediments from a landmass.
Therefore, based on the observed rock sequence, it can be concluded that there was a regression, which is a decrease in sea level, sometime in the past.
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I just need help On how to solve it
Answer:
A) x=9
Explanation:
6x-4+4x+4+90=180
10x+90=180
10x=90
x=9
The inputs of the water for lake over a year, balanced by the outputs and no water is lost through the lake bed.
Inputs of water:
- River Rin 78%
- Precipitation 22%
- Total 100%
Outputs of water:
- River Rout Evapotranspiration: 8.73 x 105 m3
- Total 9.70 x 105 m3
1) What fraction of water lost from the lake is lost as evapotranspiration? Give your answer as a percentage.
2) Precipitation into the lake makes up 22% of its total water input, what volume of water is this?
3) The area of lake is 1.35 km2 and its depth is 4.0m. Calculate the residence time of water in this lake. Assume the lake is of even depth over its entire area. Residence time = reservoir volume / inflow rate (or outflow rate)
4) Someone want to extract 15 000 m3 water from the lake every year. If they did this for 15 years, how far would the lake level fall? Other inputs and outputs from the lake do not change from their current levels.
1. Approximately 90% of the water lost from the lake is lost as evapotranspiration.
To calculate this, we divide the evapotranspiration output (8.73 x 10⁵ m³) by the total output (9.70 x 10⁵ m³) and multiply by 100 to express it as a percentage.
2. The volume of water from precipitation into the lake is 22% of the total input.
To calculate this, we multiply the total input (100%) by the precipitation percentage (22%), which gives us 22% of the total volume.
3. The residence time of water in the lake is calculated by dividing the reservoir volume by the inflow rate (or outflow rate).
Reservoir volume = area x depth = 1.35 km² x 4.0 m = 5.4 x 10⁶ m³
Inflow rate = total input - evapotranspiration = 9.70 x 10⁵ m³ - 8.73 x 10⁵ m³ = 0.97 x 10⁵ m³
Residence time = 5.4 x 10⁶ m³ / 0.97 x 10⁵ m³ = 55.67 years
4. If 15,000 m³ of water is extracted from the lake every year for 15 years, the lake level would fall by 225,000 m³.
To calculate this, we multiply the extraction rate (15,000 m³/year) by the number of years (15 years). The result represents the total volume of water extracted from the lake over the given period.
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A geologist collected rocks from an igneous rock site and needed a hand lens to see individual crystals in the rock. What does the geologist know about that rock?
O The small crystals indicate that the rock cooled rapidly.
O The rock was formed under tremendous pressure, heat and time.
O The rock was formed as a result of biological activity.
O The small crystals indicate the rock cooled very slowly.
The geologist knows that the small crystals in the rock indicate that the rock cooled rapidly.
In igneous rocks, the size of the crystals is related to the rate at which the molten rock (magma or lava) solidified. When molten rock cools rapidly, there is limited time for the crystals to grow, resulting in the formation of small crystals. On the other hand, if the cooling process is slow, the crystals have more time to grow larger.
When the geologist observes small crystals in the rock using a hand lens, it suggests that the rock cooled rapidly. The rapid cooling could be due to factors such as the rock being extruded onto the Earth's surface as lava or being rapidly cooled by surrounding water or air.
Based on the presence of small crystals in the igneous rock, the geologist can infer that the rock cooled rapidly. This information provides insights into the formation and geological history of the rock, as well as the conditions under which it solidified
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women do not usually outscore men on tests that measure: semantic information. comprehension of prose. fine motor skills. spatial relationships.
Women do not usually outscore men on tests that measure semantic information, comprehension of prose, fine motor skills, and spatial relationships.
1. Semantic information refers to the understanding and interpretation of meaning in language. Tests that measure semantic information evaluate a person's ability to comprehend and use vocabulary, word meanings, and concepts.
2. Comprehension of prose involves understanding and interpreting written text. Tests in this area assess a person's ability to comprehend and analyze the meaning, structure, and context of written passages.
3. Fine motor skills refer to the coordination and control of small movements, particularly those involving the hands and fingers. Women often have better fine motor skills due to factors like genetics and early childhood development.
4. Spatial relationships involve understanding and mentally manipulating objects and their positions in space. Men tend to perform better than women on tests that specifically measure spatial skills. This is thought to be influenced by both biological and environmental factors.
While there may be gender differences in some areas such as fine motor skills and spatial relationships, women do not usually outscore men on tests that measure semantic information and comprehension of prose.
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In which season is bush burning mainly carried out?
Which of the following describes the situation when an orbiting planet is exactly at aphelion.________
O Acceleration is angled opposite to velocity
O Acceleration is perpendicular to velocity
O Acceleration is in the same direction as velocity
O Acceleration is angled in the same direction as velocity
The situation when an orbiting planet is exactly at aphelion can be described by the following:
The acceleration is perpendicular to velocity.
An orbit is a path in which an object revolves around another object in space due to the gravitational pull of the latter. The orbiting object, often referred to as the satellite, follows a curved trajectory that is determined by the initial velocity imparted to it by the force that put it into orbit.
Kepler's laws of planetary motion describe the movement of planets around the sun. When a planet is moving around the sun in an elliptical orbit, its distance from the sun varies as it moves around the orbit. The point on the planet's orbit that is farthest from the sun is known as the aphelion, while the point nearest to the sun is known as the perihelion.
A planet at aphelion moves more slowly than at perihelion because the gravitational pull of the sun decreases as the distance between them increases. The planet's velocity changes, but so does the direction of its velocity vector. This means that its acceleration vector is also changing in direction. At the aphelion, the acceleration is perpendicular to the velocity.
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Which number is not real? *
1
O
1.11
O 1/11
O
-11
O
all are real
Answer:
1/11
Explanation:
here is your answer
The relative humidity is 40 percent and the mixing ratio at saturation is 20 grams per kilogram. What is the actual mixing ratio?
a. 50gm/kg
b. 80gm/kg
c. 8gm/kg
d. 4gm/kg
e. none of these
The relative humidity is 40 percent and the mixing ratio at saturation is 20 grams per kilogram. The actual mixing ratio is none of these options (e).
To find the actual mixing ratio, we need to calculate the mixing ratio at the given relative humidity.
The mixing ratio at saturation is 20 grams per kilogram, which means that the air is holding the maximum amount of water vapor it can at that temperature.
Relative humidity is the ratio of the actual amount of water vapor in the air to the maximum amount it can hold at that temperature, expressed as a percentage.
In this case, the relative humidity is 40 percent.
To find the actual mixing ratio, we need to find 40 percent of the mixing ratio at saturation:
Actual mixing ratio = 40% * 20 grams per kilogram = 8 grams per kilogram
Therefore, the actual mixing ratio is 8 grams per kilogram.
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Which characteristics describe tectonic plates? (Select all that apply.)
a. weak
b. cold
c. strong
d. fluid
e. hot
f. rigid
Which descriptions apply to convection? (Select all that apply.)
a. pushes plates
b. is directed toward the center of the Earth
c. is the result of earthquakes and volcanoes
d. is the result of heat flow
Characteristics that describe tectonic plates:
c. strong
e. hot
f. rigid
Descriptions that apply to convection:
a. pushes plates
b. is directed toward the center of the Earth
d. is the result of heat flow
Tectonic plates are characterized by being strong, as they are composed of rigid lithosphere. They are also hot due to the underlying heat from the Earth's interior. Additionally, tectonic plates are rigid, meaning they maintain their shape and do not easily deform under stress.
Convection is a process that pushes tectonic plates. It occurs when heat flows from the Earth's interior, creating a cycle of warm material rising and cooler material sinking. This upward movement of warm material and downward movement of cool material generates convection currents in the Earth's mantle. These convection currents exert forces on tectonic plates, pushing them apart or causing them to collide.
Convection is directed toward the center of the Earth because the hotter material rises towards the surface and then cools and sinks back into the interior, creating a continuous cycle. It is primarily driven by heat flow from the Earth's core and mantle. While earthquakes and volcanoes are associated with plate boundaries and plate tectonics, they are not direct results of convection. The movement of tectonic plates and the release of built-up energy at plate boundaries lead to earthquakes and volcanic activity.
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QUESTION 1 To learn about patterns of biodiversity and ecology, we've had to learn some geography mostly focused on latitude. Match each geographic zone with its corresponding latitude. Temperate Zone v Tropical zone Subpolar zone Subtropical zone A. 23.5 degrees north latitude B. 23.5 degrees south latitude C. 66.5-90 degrees latitude D.35 degrees latitude (north or south) E. 55-66.5 degrees latitude F. 35-55 degrees latitude G. 0-23.5 degrees latitude H. 23.5-35 degrees latitude v Polar zone v Tropic of Capricorn Tropic of Cancer v Latitude where Earth's average annual radiative balance is zero QUESTION 2 What is the best method for describing and mapping terrestrial biomes? Biome Metric System (BMS) There's no standardized method, so the best method is to evaluate climatic conditions and the dominant form of vegetation International System of Biomes (ISB) Universal Biome System (UBS) There's no standardized method, so the best method is to evaluate human uses and valuation of the area
QUESTION 1: The geographic zones and their corresponding latitudes are as follows:
A. Subtropical zone - 0-23.5 degrees latitude
B. Tropical zone - 23.5 degrees north latitude
C. Temperate zone - 35-55 degrees latitude
D. Subpolar zone - 55-66.5 degrees latitude
E. Polar zone - 66.5-90 degrees latitude
QUESTION 2: The best method for describing and mapping terrestrial biomes is to evaluate climatic conditions and the dominant form of vegetation. There is no standardized method such as the Biome Metric System (BMS), International System of Biomes (ISB), or Universal Biome System (UBS). Instead, the assessment should focus on understanding the climate and vegetation characteristics of the area. This approach allows for a more accurate representation of the different biomes and their ecological patterns.
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I have to submit the answer to this question before November 1
here's my question, it's confusing me
Describe how cyclical changes in the shape of Earth’s orbit
cause gradual climate change and affect the intensity and distribution
of sunlight falling on Earth.
Ah yes , the deadline motivates us all ; )
Cyclical changes in the shape of earth's orbit cause gradual climate change because when shape of Earth's orbit changes , the amount of radiation and sunlight it receives also changes , this causes places that did not receive alot of sunlight to become lit , and places with sunlight before to become a little dim than before , this variation over a period of years , decades causes gradual climate change.
In the following months, which month does hurricane least likely
occur?
A.March
B.August
C.September
D.October
Based on historical data and meteorological patterns, March is generally considered the least likely month for a hurricane to occur. The correct answer is option a.
The peak of the Atlantic hurricane season typically falls between June and November, with the highest activity observed in August, September, and October.
During these months, the conditions in the Atlantic Ocean, such as warm sea surface temperatures and favorable atmospheric conditions, are more conducive to hurricane formation.
In contrast, March is outside the typical hurricane season and is characterized by cooler ocean temperatures and less favorable atmospheric conditions for tropical cyclone development.
While it is still possible for a hurricane to form in March, the likelihood is significantly lower compared to the peak months of the hurricane season.
The correct answer is option a.
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find the consecutive whole numbers if the sum of the squares of the first three numbers is equel to the sum of squares of the last two numbers
To solve this, let's assume that the consecutive whole numbers are x, x+1, x+2, x+3, and x+4.
According to the given condition, the sum of the squares of the first three numbers is equal to the sum of squares of the last two numbers. Mathematically, this can be expressed as:
x^2 + (x+1)^2 + (x+2)^2 = (x+3)^2 + (x+4)^2
Expanding and simplifying this equation gives:
x^2 + x^2 + 2x + 1 + x^2 + 4x + 4 = x^2 + 6x + 9 + x^2 + 8x + 16
Combining like terms, we have:
3x^2 + 6x + 5 = 2x^2 + 14x + 25
Simplifying further, we get:
x^2 - 8x + 20 = 0
Now, we can solve this quadratic equation using factoring or the quadratic formula to find the values of x. Once we find the value of x, we can determine the consecutive whole numbers by adding x+1, x+2, x+3, and x+4.
By solving the quadratic equation x^2 - 8x + 20 = 0, we can find the value(s) of x which will give us the consecutive whole numbers that satisfy the given condition.
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Are Puerto Ricans united states citizens
Answer:
Yes Puerto Ricans are U.S citizens.
Explanation:
