Answer:
The thermocline is a layer in the ocean that represents:
Density change due to temperature.
Explanation:
A thermocline is a thin distinctive layer in a large body of fluid which is exactly located between warmer mixed water at the top of ocean surface and cooler deep water at the bottom of ocean surface. Salinity is defined as the total amount of salt dissolved in water.
The water in the ocean or sea forms into layers according to density. Water with high density sinks at the bottom while water with low density sits on the top. And the density of water changes with salinity and temperature. Higher salinity leads to higher density, and the water changes rapidly with depth.
Final answer:
The thermocline in the ocean is a layer that signifies a density change due to temperature, where warmer water sits over colder water, creating a stable, stratified environment.
Explanation:
The thermocline is a layer in the ocean that represents a density change due to temperature. This layer is characterized by a temperature that is significantly different from that of the surrounding layers, usually warmer water at the top and colder water below.
As the wind stirs the upper layers, it creates a mixed layer at the surface with constant temperature and salinity. Below this mixed layer is the thermocline, typically between about 200 - 1000 m depth, where the temperature decreases rapidly with depth, leading to an increase in water density. This temperature-driven density change is crucial for the ocean's vertical structure and affects oceanic currents and marine life distribution.
16. Discuss the two main remote sensing techniques used to determine ocean temperatures, including how the techniques work and their relative strengths and weaknesses.
Answer and Explanation:
The two main remote sensing techniques used to determine ocean temperature are
Thermal infrared techniquepassive microwave techniqueTHERMAL INFRARED TECHNIQUE : This remote sensing technique is used from a very long time.In this technique the light wavelength should be around 3.5 to 3.8 μm . This method of remote sensing is mostly used in night. This technique uses advanced very high resolution radiometer
BENEFITS OF THIS TECHNIQUES:
High accuracyHigh resolutionAre used from a long timeWEAKNESS:
depends on atmospheric conditionPASSIVE MICROWAVE TECHNIQUE : This technology uses microwave which has very high frequency generally 5 to 10 GHz. In this technique we uses advance microwave scanning radiometer, scanning multichannel microwave radiometer. In this the frequency channel are used for determining the wind speed
BENEFITS OF THIS TECHNIQUES:
clouds are tansarentless sensitive to temperature than infrared techniqueWEAKNESS:
Poor accuracypoor resolutionthe movement of water within the surf zone that parallels the shore is called ----------------
The movement of water parallel to the shore within the surf zone is known as longshore current, which, along with the associated sediment movement called longshore drift, plays a key role in coastline shaping.
The movement of water within the surf zone that parallels the shore is called longshore current. This current is generated by waves that approach the shoreline at an angle, causing the water to move along the shore as they break in the surf zone.
The process by which this motion results in the movement of sediments, such as sand, along the coast is known as longshore drift. These processes play a crucial role in shaping coastlines and creating various coastal features like spits and baymouth bars.
The longshore drift is responsible for the transport of a significant amount of sediment along coasts worldwide, which can lead to the development of specific depositional landforms.
Islam spread through sufis, while Buddhism and Christianity spread through the work or monks A) True B) False
Answer:
The correct answer is True.
Explanation:
The Sufis played an important role in spreading Islam, especially throughout South Asia. On the other hand, Bhikkhus were the monks who spread Buddhism in India and around the world. And the efforts of monks and missionaries helped to spread Christianity in Europe and around the world.
How do the strength and cohesion of clay-rich regolith or soil change with the addition of water?
Select one:
a. Water does not affect cohesion but lowers strength.
b.
Water increases strength and cohesion.
c. Water reduces strength of clays but raises soil cohesion.
d. Water lowers strength and cohesion.
Question 41
How do freezing, thawing, wetting and drying contribute to soil creep?
Select one:
a. The soil expands and contracts, lifting particles and dropping them a slight distance downslope.
b. Gravity exerts a stronger force when soil is wet and thawed.
c. The soil becomes much weaker when dry and frozen.
d. Eventually, these cause the soil and regolith to suddenly slide down slope.
Question 42
All of the following factors affect mass wasting except for ______________________.
Select one:
a. force due to gravity
b. amount of water
c. geologic age of rocks
d. angle of the slope
Question 43
Which of the following is one of the most common anthropogenic (man made) cause of mass wasting?
Select one:
a. Dam construction
b. Building Construction
c. Road construction
d. Agriculture
Question 44
Which type of sediment deposit can fail and lead to a mass wasting event when the amount of water is decreased between the grains?
Select one:
a. boulders
b. silt
c. clay
d. sand
Answer 40: d. Water lowers strength and cohesion.
Explanation: The most ideal approach to comprehend this is by taking clayey soil and adding water to it. You will see that earth without water is an intense week with great quality. On the off chance that you add water to the blend, the dirt will have lower straight however it by hitting it with the mallet, it will really be somewhat moldable. Along these lines the quality of the strength and cohesion will get lower with lack of water.
Answer 41: a. The soil expands and contracts, lifting particles and dropping them a slight distance downslope.
Explanation: Creep, in geography, slow downslope development of particles that happens on each slant secured with free, endured material. Indeed, even soil secured with affectionate turf creeps downslope, as demonstrated by moderate however determined tilting of trees, shafts, tombstones, and different articles set into the ground on slopes. So the dirt extends and contracts, lifting particles and dropping them a slight separation downslope.
Answer 42: c. The geological age of the rocks.
Explanation: Mass squandering happens when the dirt/shake particles that are endured can't be held together and along these lines slide down the outside of an edge. In this way power because of gravity pull the unconsolidated issue down the slant. The measure of water in connection to the stone/soil substance adds to this. Free shake particles will slide effectively because of water. Dirt ingests the water somewhat however in abundance can surrender. The point of the slop chooses how quick squandering can happen. A precarious incline will cause mass squandering effectively when contrasted with a delicate slant.
Answer 43: c. Road contraction
Explanation: Road compression is the most widely recognized explanation behind mass squandering. Most street development takes puts by slicing through the bedrock-leaving the newly cut roadway uncovered. On the off chance that there is a blamed territory or region that isn't well-vegetated or essentially bedrock strata with a lofty incline, mass squandering can happen. To maintain a strategic distance from this, joining is normally done which incorporates fixing the newly cut shake body surface.
Answer 44: d. sand
Explanation: The definition is "an immersed soil mass moving by liquidity down a slant" in light of the fact that "a soaked soil mass" is certifiably not a fluid. Note that both mudflows and avalanches are made out of shake, earth, and garbage. The contrast in the measure of water they contain.
The strength and cohesion of clay-rich soil decrease with water addition, contributing to mass wasting. Freezing, thawing, wetting, and drying lead to soil creep, and factors like gravity, water content, slope angle, and anthropogenic changes like road construction affect mass wasting. Geologic age of rocks doesn't affect mass wasting, and sand is susceptible to failure when it dries out.
The addition of water to clay-rich regolith or soil generally lowers both the strength and cohesion of the material, making the correct answer (d) Water lowers strength and cohesion. For the question of how freezing, thawing, wetting, and drying contribute to soil creep, they cause the soil to expand and contract, which lifts particles and drops them downslope, thus (a) The soil expands and contracts, lifting particles and dropping them a slight distance downslope is correct. Factors affecting mass wasting include gravity, water content, and the slope angle. The geologic age of rocks does not directly affect mass wasting, making (c) geologic age of rocks the correct choice for the unrelated factor. The most common anthropogenic cause of mass wasting is (c) Road construction, as it can alter landscapes significantly. Lastly, when the amount of water decreases between the grains, sand deposits can fail and lead to mass wasting events, which makes (d) sand the right choice.
define and discuss the five dimensions of poverty as stated by the OECD DAC (POVNET)
Answer and Explanation:
The 5 dimensions of poverty stated by OECD DAC (POVNET) are as follows:
Lower income of householdsIt is when the income of a household of same size is comparatively smaller than the average income.
Limited and confined educationDue to lack of money as a result of lower than average income, access to proper and quality education to these poverty stricken population can not be provided adding further to their misery.
Deficit Health Insurance facilitiesAnother deteriorating factor as a result of poverty is lack of access to health services further restricting their growth and upliftment in the society.
Chronic povertyRefers to the spatial concentration of poverty or geographical factors affecting poverty mostly as a result of migration of people.
High Unemployment ratesDue to lack of skills, education and accessability, rate of unemployement is high
List five processes by which rocks can change from one form to another?
Answer:
The five process bu which rocks can change from one form to another are -
1. Weathering 2. Metamorphism 3. Cooling and crystallization 4. Lithification of sediments 5. Igneous rocks change into metamorphic rocks
Explanation:
The processes by which rocks can change from one form to another are as follows :
1. Weathering : It wears/breaks down the rocks at the surface of Earth’s into smaller pieces.
2. Metamorphism : This changes the entire texture as well as the mineral composition of the rock under conditions of extremely high temperature and pressure.
3. Cooling and crystallization from a molten magma material results in the generation of igneous rocks.
4. Lithification of sediments with proper compaction and cementation leads to the formation of consolidated sedimentary rocks.
5. Igneous rocks change into metamorphic rocks when subjected to high temperature and pressure conditions deep inside the Earth.
What are the main types that geologists classify rocks into?
The source of the sun's energy is:
A. nuclear fusion
B. nuclear fission
C. crude oil
A device that changes mechanical energy to electrical energy by rotating a coil of wire through a magnetic field is called a (an)
wire through a magnetic field is called alan)
electromagnet.
transformer.
generator:
current meter.
Answer:
Generator
Explanation:
When a generator moves it creates an electrical energy
Answer:
Generator
Explanation:
This is an electric object of converting mechanical energy to produce a source of electrical power as the output. The mechanical energy is used usually supplied through the dynamic movement of charges in the wire as it winds through the electric circuit that is externally placed.
It is, however, essential to understanding that generators do not generate electric energy but uses the mechanical energy that is supplied to it to enable movement of electrical charges that bare available in the wires for its action.
Which of the following has been most clearly associated with climate change? Extreme cold in Europe. Extreme dry events in the tropics. Extreme snow in North America. Extreme precipitation in the southern hemisphere.
Answer:
Extreme precipitation In the southern hemisphere
Explanation:
Many scientists argue that climate change has led to Extreme dry events in the tropics.
The tropical areas of the planet:
Are meant to experience rain all year round Have recently seen unusual dry spellsThe unusual dry spells experienced in the tropics can point to climate change because it means that the climate of the tropics are changing from what they originally were to something more dry.
In conclusion, evidence of climate change is the dryness in the tropics.
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The time it takes the earth to orbit the sun one time is known as:
A. one year
B. one month
C. one day
Answer:
c one day
Explanation:
the earth takes approxiamatley 24 hours to revolve around the sun
Answer:
A. year.
Explanation: The Earth takes one whole year to orbit the sun. So this means the sun may be in different positions all the time. THat is what causes seasons.
Hope that helps!
In a hypertonic solution, water flows through aquaporins embedded in the plasma membrane of the cell. This type of transport is best known as which if the following? A, Osmosis B. Active transport C. Facilitated diffusion D. Diffusion tS am a ati ti36of teisea
Answer:
In the given question, out of the four options
Option C. Facilitated diffusion
is correct.
Explanation:
In any hypertonic solution, flow of water is through the transporting channels known as 'aquaporins' which are embedded in the plasma membrane of the cell. Such type of transport is passive transport or passive movement of ions or molecules through a particular transmembrane protein integrated in it. This type of transport can also be referred to as passive mediated transport or commonly known as facilitated diffusion.
In a hypertonic solution, water moves through aquaporins in the cell membrane in a process called osmosis, a type of passive transport that plays a crucial role in regulating the internal environment of the cell.
Explanation:In a hypertonic solution, water moves through aquaporins in the cell membrane, a process best known as osmosis. This is a type of passive transport, where water molecules diffuse across a semi-permeable membrane from an area of lower solute concentration to an area of higher solute concentration. Aquaporins accelerate this process by facilitating the rapid transport of water molecules, helping to maintain cellular integrity or adapt to changes in solute concentration in the extracellular environment. Osmosis plays a crucial role in the movement of water in and out of cells, highlighting the importance of cellular membranes and transport proteins in regulating the internal environment of the cell.
Multiple Choice:
The continents are light in color because they contain:
A. silicon and aluminum
b.iron and nickel
c.iron and quartz
d.silicon and magnesium
Answer:
The continents are light in color because they contain:
( A ) silicon and aluminum
Explanation:
Continental crust -
Continental crust contains more light-colored rocks than oceanic crust .
The continents crust are light in color because they contain:
silicon and aluminum but in the oceanic crust silicon and aluminium not present.
In oceanic crust only silicon and magnesium is present , which is responsible for the dark crust of ocean.
Hence,
Correct option is - ( A ) silicon and aluminum
Final answer:
Continents are light in color mainly due to the presence of silicon and aluminum, which are components of quartz and feldspar forming light-colored granitic rocks.
Explanation:
The continents are light in color because they contain a specific combination of minerals. Based on the geological composition of continental rocks, which are rich in the light-colored minerals quartz and feldspar, forming granite, the correct answer to the question is:
A. silicon and aluminum
. These minerals are prevalent in granitic rocks, which are characteristically light in color and form much of the continental crust. The presence of high levels of silicon gives these rocks their light color, and granite is a clear example of this kind of rock, often found in the Earth's continental areas.
1.)Why does a parcel of air expand as it rises up in the atmosphere?
a.)It is under less pressure as it rises.
b.)It is under more pressure as it rises.
c.)Its temperature cools as it rises.
d.)Its temperature warms as it rises.
2.)What does a completely unsaturated atmosphere look like visually if you look up in the sky?
a.)Clear sky
b.)Cumulonimbus will be visible.
c.)Stratus will be visible.
d.)A halo will be visible around the sun or moon.
3.)What does "Absolute Stability" represent?
a.)A parcel of air that is warmer than the surrounding air at all elevations.
b.)A parcel of air that is cooler than the surrounding air at all elevations.
c.)A parcel of air that is warmer than the surrounding air below the LCL, then cooler than the surrounding air above the LCL.
d.)A parcel of air that is cooler than the surrounding air below the LCL, then warmer than the surrounding air above the LCL.
4.)During the Bergeron (Ice-crystal process) of precipitation:
a.)Only ice crystals need to be present in the cloud.
b.)Ice crystals grow larger at the expense of the surrounding super-cooled liquid cloud droplets.
c.)The cloud must be a cumulonimbus cloud.
d.)The temperature in the cloud must be -100 degrees Celsius or below.
Answer:
1) option a) is correct.
2) option a) is correct
3) option b) is correct
4) option b) is correct
Explanation:
1) option a) is correct.
as the air rises the pressure decreases.
2) option a) is correct
in completely unsaturated atmosphere sky looks clear.
3) option b) is correct
when a parcel of air that is cooler than the surrounding air at all elevations then is the condition of absolute stability.
4) option b) is correct
During the Bergeron (Ice-crystal process) of precipitation, at the expense of surrounding super cooled liquid ice crystal grow large.
Which of the following are components of the Noel hypothesis? A) All of these are correct B) ethnocentrism OC) power differentials D) competition
Answer:
The correct option regarding Noel hypothesis is -
( A ) All of these are correct.
Explanation:
Noel hypothesis is a theory that describes how the circumstances and contact situation between two or more group lead to the development of dominant and sub-dominate group of people. According to this theory there are three important components that leads inequality between two or more group. These three components are as follows-
1. Ethnocentrism,
2. Competition and
3. Differentials in power.
Hence ,
All options are correct for the components of Noel hypothesis.
Compare and contrast between microbial growth in a closed system and microbial growth in an open system?
Markup Rotate Edit determines the order of layers of rock based on their relationship to one another Select one: O a. isotopic dating O b. speed dating O c. absolute dating O d. radiometric dating ? e, relative dating
Answer:
Relative dating determines the order of layers of rock based on their relationship to one another .
Explanation:
Relative dating -
The method to determine the relative order of the past events , without finding the absolute ages .
The actual numerical dates of the rocks are not provided by this method .
Even the order of the series of the past is determined by this method , not when the event occurred .
The preferred method in paleontology is done by relative dating by biostratigraphy , and is very accurate .
Name the gases responsible for global warming. Discuss causes and effects of global warming on global climate.
Answer:
Scientists attribute the global warming trend observed since the mid-20th century to the human expansion of the "greenhouse effect" — warming that results when the atmosphere traps heat radiating from Earth toward space.
Certain gases in the atmosphere block heat from escaping. Long-lived gases that remain semi-permanently in the atmosphere and do not respond physically or chemically to changes in temperature are described as "forcing" climate change. Gases, such as water vapor, which respond physically or chemically to changes in temperature are seen as "feedbacks."
Gases that contribute to the greenhouse effect include:
Nitrous Oxide
Methane
Water Vapor
Carbon Dioxide
Hope that helps!
Answer:
Carbon dioxide is one of the key gas responsible for the Global Warming.
Explanation:
Causes and effects of Global warming on Global Climate are such as:
Global warming is caused by two reasons man-made and natural reason well it is man-made reasons which cause much Global warming, for example, Burning fossil fuels and gases like Carbon dioxide cause Global Warming.Global warming is having a huge impact on our planet's climate today. the slowly increase of earth's temperature causing serious problems such as Floods, temperature rise and sea-level rise.1. Choose two statements about tectonic plates and continental drift that are NOT true. Continental drift led to an increase in biodiversity. Earthquakes are the result of tectonic plates rubbing against each other. When tectonic plates push together, volcanoes are formed. Tectonic plates float on the Earth’s molten core. Continents are the surface parts of tectonic plates. Continental drift occurs when tectonic plates stop moving
Answer:
1. Continental drift occurs when tectonic plates stop moving.
2. Continental drift led to an increase in biodiversity.
Why do mountains form around big bend
Answer:
The bends causes the overlaying of a crustal layer upon other layer. It results the formation of mountain on the overlying layer.
Explanation:
The big bends on the earth crust are the big faults. This fault formed due to the overlaying of a layer with other layers. The overlying crustal layer has deposits of lands on it and forms big mountains. This is a continuous and slow process. Sometimes the tectonic plate movement results in a sudden rise of some lands, and this forms new tabletop land and also dome mountains. The mountains are always formed due to the fault of the crust which are the bends on the earth. The mountains also formed due to a volcanic eruption. Such mountains are known as volcanic or igneous mountains. This is the very reason the mountains form around big bends
Milankovitch cycles refer to
Milankovitch cycles refer to
changes in Earth-Sun relationships, namely Earth's orbit around the sun, axial rotation, and axial tilt.
topographic changes from orogeny, erosion, and mass movement.
cyclical changes in solar irradiance caused by increases and decreases in sunspot activity.
increases and decreases in atmospheric gases and aerosols, primarily caused by natural activity, such as volcanic eruptions and changes in net primary productivity.
tectonic changes in continental positions
Milankovitch cycles refer to changes in the Earth-Sun relationships caused by variations in the Earth's orbit, axial rotation, and axial tilt, affecting the climate and leading to cycles of ice ages and warm periods.
Explanation:Milankovitch cycles refer to changes in Earth-Sun relationships, which are specifically caused by variations in the Earth's orbit around the sun, axial rotation, and axial tilt. These changes lead to long-term alterations in the sunlight Earth receives, affecting climate over thousands of years. For example, the axial tilt changes over around 41,000 years from 22.1 to 24.5 degrees and back. When the tilt increases, summers get warmer and winters colder, contributing to the start and end of ice ages. However, they do not refer to topographic changes, solar irradiance changes due to sunspot activity, or changes in atmospheric gases and aerosols. The concept of Milankovitch cycles is primarily used in the field of paleoclimatology.
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Milankovitch cycles refer to changes in Earth's relationships with the sun, including Earth's orbit, axial tilt, and axial rotation. These changes, derived from the theory developed by Milutin Milankovitch, result in long-term climate variations on Earth.
Explanation:The Milankovitch cycles primarily refer to the changes in Earth-Sun relationships that include Earth's rotation, axial tilt, and the shape of its orbit around the sun. Serbian engineer and mathematician Milutin Milankovitch developed this theory, which explains long-term climate changes on Earth. His theory is based on three parameters: Eccentricity, Obliquity, and Precession. Eccentricity is the variation in the shape of Earth's orbit from nearly circular to elliptical over about 100,000 years. Obliquity pertains to the change in axial tilt over around 41,000 years, and Precession refers to the gradual shift in the direction of Earth's axial rotation over roughly 26,000 years. Together, these parameters resulting in Milankovitch cycles are thought to be a significant driver of Earth's long-term climate variability.
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Which of the following statements are true?
Check all that are true.
Continental drift theorizes that there was once a supercontinent named Pangaea.
Plate tectonics theorizes that the lithosphere is one solid, unbroken mass.
Both theories conclude that Earth's plates moved in the past and are now in their permanent place.
Both theories conclude that Earth is constantly in some state of motion.
Continental drift theorizes that there was once a supercontinent named Pangaea.
Both theories conclude that Earth is constantly in some state of motion.
Answer the following questions. What type of rocks generally comprise a Ridge-and-Valley terrain? Why do the ridges and valleys that form in such an area not generally correspond to anticlines and synclines? What beneficial purpose do you think mountain building provides for human-kind?
Answer and Explanation:
Ridges and Valley topography came into shape because of the alternate presence of soft rocks and hard rocks. In fact, ridges and valley terrain are a great source of sediments resulting from human activities and by natural phenomena.
Anticlines and synclines are each half of the fold moves away and towards the crest respectively. Since, the processes are entirely different and are not related, this explains that ridges and valleys generally do not correspond to anticline and synclines.
The mountain building serves many purposes for human beings. They provide waterfalls, rainfalls, regulates climate changes, serves as a water source, helps in keeping the fertility of soil in check and maintains it.
Explain to someone who doesn't know any astronomy: (a) Why does a horizontal sundial that is built to work in Los Angeles generally not work in Minneapolis, and vice versa? (b) What kind of dial can easily be made adjustable to work at any latitude, and what adjustment does it need?
Answer:
Explanation:
( a ) It does not work because sundial uses by the image of an object made by the sunlight. As Los Angeles located at western part of united states whereas Minneapolis located at eastern region of united states. Hence, there would be opposite situation for both the places and time reported by sunlight also become opposite.
( b )To work at any latitude, sundial can be made by using gnomon. Generally, horizontal sundial covers 25º to 65º, but on using gnomon it covers additionally 25º and 45º and 45º and 65º.
What defines the upper and lower boundaries of subalpine ecosystems in California, and how do these vary across the state? (word limit 150)
Answer and Explanation:
the upper boundary of sub alpine ecosystem is known as tree line and lower boundary of sub alpine ecosystem is known is montane zone the tree line is the edge of habitat at which trees are capable of growing it is found at very high elevation beyond this there is no life of treesthe upper montane zone is vegetarian type generally found above the mixed coniferous forest and bellow the sub alpine forestHOW DOES IT VARIES ACROSS THE STATE :
the marginal conditions make the sub alpine ecosystem sensitive to environment change the long lived nature of the sub alpine species make the zone a good study systemFinal answer:
The upper and lower boundaries of subalpine ecosystems in California are defined by climatic conditions such as temperature and precipitation, as well as by biotic factors including the presence of specific plant species adapted to these conditions. These boundaries vary across the state due to gradients in elevation and local climate variations.
Explanation:
In California, the subalpine ecosystem is typically found at high elevations just below the alpine zone. The lower boundary is often characterized by the transition from montane forests, which include species like ponderosa pine and white fir, to subalpine forests dominated by species such as lodgepole pine, mountain hemlock, and subalpine fir. The upper boundary is marked by the point at which trees can no longer grow due to the extreme environmental conditions, transitioning into the alpine zone. Across California, these boundaries are not static and shift with changes in latitude, elevation, and aspect (the direction a slope faces), all of which affect local climate conditions, resulting in variations in the flora and fauna that can thrive in these areas.
Examine the relationship between social, economic, political and natural capital involved in the oil trade. (at least 200 words)
Oil is the most demanded natural resource after water. It is still the main source of fuel and is directly linked to the economic progress of the 21st century. Oil-rich nations use this as a social capital, capable of generating wealth and influencing global geopolitical dynamics. Oil is so important that price changes impact stock markets and cause large variations in financial market investments. Recent history shows that oil is a resource that is eventually used politically - as bargaining power - by the nations that hold it, as was observed in the OPEC cartel in the 1970s.
The following sedimentary rock is a rock made from mud (it is a shale). Mud accumulates in many places on earth including the deep ocean, swamps, lakes, etc. Did this mud accumulate in the ocean or on the continent?
Answer: In the ocean
Explanation: Shale is a type of sedimentary rock that is most commonly found, consisting of mud, more specifically, mud particles, i.e. quartz particles and minerals. These particles are applied by water stream, are suppressed and deposited in quiet parts of the water surface. Those water areas where mud is deposited and suppressed can be lakes, lagoons, ocean depths.
Seismic S-waves can travel through all types of materials. true or false?
Answer:
false
Melku_mathurin
Answer:
False.
Explanation:
Seismic S-waves can NOT travel through all types of materials.
A mass wasting process that involves rapid down-slope movement of debris aided by a cushion of air is called ________. a slump a rock avalanche a rock fall a rock slide
Answer:
The blank can be filled with the suitable option which is Rock Avalanche.
Explanation:
Rock Avalanche can be defined as common process of movement of mass down the slope rapidly where the material which is transported down-slope is a large dry rock or low temperature fragmented ice which after sliding down breaks into small fragments
Answer:
Rock Avalanche.
Explanation:
suppose you filled an empty 2 Liter Pepsi bottle with air at sea level and capped it and suppose you did the same thing on top of the tall mountain which is the two bottles would have a higher density?
Answer:
Hope this helps,
The bottle at sea level will be denser because air at sea level is dense, the air on higher altitudes is thinner and has less density.