The 2 physical features of a hominin who would be found living in an Extremely mountainous, humid and wet environment are -
They had exceptionally strong bodies, such as strong legs, massive hands, thick skin, and more hairs on their bodies, as well as prolonged maturation periods, which allowed them to survive in exceedingly hostile environments. For example, strong legs helped them climb mountains, large and strong hands let them hold mountains and other objects, thick and hairy skin protected them from harsh winters, and a longer maturation phase allowed them stay fit and strong for longer periods of time.
They possessed larger brains and the ability to create tools that assisted them in survival. Because of their big brain capacity, they developed cognitive abilities such as how to avoid rain and severe winters, therefore they began living in caves. They were able to build caves (by scratching and splitting rocks with tools) that protected them from the sun, winters, rain, and wild animals by using tool-making techniques.
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Chemical weathering rates are highest in
O cold dry climates
O hot wet climates
O cold wet climates
O hot dry climates
Answer:
Hot, dry climates.
Explanation:
Simultaneous and parallel operations are the most effective use of aerospace power in producing which of the following?
Answer:
Shock
Confusion
Paralysis
Explanation:
All these factors affect the adversary's system in aircrafts.
estuaries group of answer choices are valleys flooded by seawater. have extremely salty water in them. originated as glacial valleys. are not found along the east coast of north america because it is a passive margin.
Estuaries a) are valleys flooded by seawater.
In the field of geography, when a region of freshwater meets the region of ocean water, then such a region is referred to as estuaries.
The development of estuaries takes place when the valleys are flooded by seawater in such a way that the ocean water mixes with the freshwater of the valley.
The sea water has a high concentration of salts and hence might affect the aquatic organisms of the freshwater that is present in the valley. The formation of estuaries is disruptive for the aquatic plants and animals of the freshwater.
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which of the following developments during the Renaissance helped with the rise of accurate cartography?
The following developments during the Renaissance which helped with the rise of accurate cartography was the rediscovery of the work of Greek cartographers.
With the expansion of the known world caused by Alexander the Great's and the Romans' conquests, a vast amount of detail accumulated for use by later cartographers, who were thus able to take on the task outlined by Eratosthenes and Hipparchus with greater assurance of success. Although he lived 1300 years earlier, Ptolemy was possibly the single most influential individual Greek cartographers in the development of cartography in Europe and the Middle East at the dawn of the Renaissance. Although little is known about Ptolemy, we do have many of his technical writings, such as his Geography. Ptolemy's Geography is essentially a how-to manual for creating a world map.
Your question is incomplete but most probably the complete question is:
Which of the following developments during the Renaissance helped with the rise of accurate cartography?
Development of printing. Great voyages of discovery. Rediscovery of the work of Greek cartographers.
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lyell's book principles of geology, which darwin read on board the hms beagle, argued in favor of which of the following concepts? earth's surface is shaped mainly by occasional catastrophic events. meteorite impacts may have been a major cause of periodic mass extinctions. earth's surface is shaped by natural forces that act gradually and are still acting. the processes that shape earth today are very different from those that were at work in the past.
Lyell's book Principles of Geology, which Darwin read on board the HMS Beagle, argued in favor of the concept that earth's surface is shaped by natural forces that act gradually and are still acting.
While aboard the HMS Beagle, Charles Darwin read and was greatly influenced by Lyell's Principles of Geology. The book's main point: that evidence of the natural forces that have been shaping Earth for millennia is still visible today. Lyell contended that the formation of the Earth's crust occurred through a series of small changes that occurred over long periods of time, all in accordance with known natural laws. According to his "uniformitarian" proposal, the forces shaping the planet today have been at work continuously throughout its history. He also incorrectly assumed that these causes must have acted only at the current intensities, ruling out asteroid impacts and the like.
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what is the approximate range of ocean temperatures in the region of the north atlantic ocean and gulf of mexico in which tropical cyclones form? view available hint(s)for part b hint 1for part b. tropical cyclones, global mean temperature tropical hurricanes rely on warm air and water temperatures to fuel the storms.
The water's seasonal mean temperature ranges from 33 to 85 degrees Fahrenheit in the region of north Atlantic ocean and the water is currently between 61 and 84 degrees Fahrenheit in the Mexico.
.why geography does not have not unique definition and consensus among geographers? Write the reason in accordance with the thoughts of geography
Answer:
it is such a broad and all-encompassing field.
Explanation:
As you can see from the definitions, geography is challenging to define because it is such a broad and all-encompassing field. It is far more than the study of maps and the physical features of the land because people are influenced and influence the land as well.
(q050) when the government failed to effectively evacuate people during and after the hurricane katrina disaster, individual citizens also failed to step up and help the victims.
Issues with acquiring, imparting, and overseeing data tormented numerous different parts of the reaction also. FEMA missing the mark on devices to follow the situation with shipments, disrupting the administration of providing food, water, ice, and other fundamental products to those deprived across the Bay Coast.
Great many Public Watchmen and government troops were prepared and shipped off Louisiana, with 7,841 nearby on August 29, to a limit of 46,838 on September 10. Various nearby policing from the nation over were briefly nominated by the state.
The tempest's harm was incredibly exacerbated by the disappointments of Congress, the Shrubbery organization, the Government Crisis board Organization (FEMA), and the Military Corps of Architects. Climate forecasters cautioned government authorities about Katrina's methodology, so they ought to have been prepared for it.
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the photo above shows exposed sandstone strata on the olympic peninsula in washington state. select all of the following statements that are true. group of answer choices layer a is the oldest marked layer layer b is the youngest marked layer layer c is the oldest marked layer regional pressures have deformed or tilted this rock formation we know that layer b is between the ages of layers a and c, but cannot say whether layer a or layer c is oldest from the information provided.
Layer A is the oldest marked layer is not the correct option because the given sandstone strata are deformed and tilted which makes it difficult to understand which layer is the oldest.
Layer B is the youngest marked layer is not the correct option because it is in the middle of the A and C rock layers.
Layer C is the oldest marked layer is not the correct option because the given sandstone strata are deformed and tilted which makes it difficult to understand which layer is the oldest.
Regional pressures have deformed or tilted this rock formation is the correct option because external pressure which is produced due to the regional deformation caused them to deform or tilt.
We know that layer B is between the ages of layers A and C, but cannot say whether layer A or layer C is the oldest from the information provided is the correct option because layer B is in the middle of rock layers. A and C, and the sandstone strata deformed or tilted due to the regional pressure, this makes it difficult to understand whether layer A or layer C is the oldest marked layer.
Therefore, the correct answers are option 4 and 5.
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explain atleast five factors causing systematic bias in research.
Answer:
(1) the data, (2) the annotation process, (3) the input representations, (4) the models, and finally (5) the research design (or how we conceptualize our research).
Explanation:
which of the following is managed on a moderately restricted-use basis? select all that apply group of answer choices national wildlife refuges national wilderness areas none of the above national parks national resource lands
National parks are managed on a moderately restricted-use basis.
National ParksA national park is the largest built and maintained by national governments for biodiversity conservation. A sovereign state may also create or possess a reserve of undeveloped, lightly developed, or created property.
A national government has set aside a region as a national park to protect the environment on a restricted-use basis. A national park may be preserved for the benefit of the general public or due to its historical significance or scientific value. In a national park, the majority of the landscapes, along with the plants and animals that inhabit them, are preserved in their natural state.
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california department of conservation, division of mines and geology (dmg). seismic hazard zone report for the seal beach 7.5-minute quadrangle, los angeles and orange counties, california
California department of conservation, produced the seismic hazard zone report for the seal beach 7.5-minute quadrangle, los angeles and orange counties, california under Alquist-Priolo Earthquake Fault Zoning Act.
The Alquist-Priolo Earthquake Fault Zoning Act was created to control construction close to active faults in order to lessen the risk of surface fault rupture. The Special Publication 42, originally released in December 1973 as a "Index to Maps of Special Studies Zones," is currently in its eleventh iteration. Several digital products are now available in response to requests from different users of Alquist-Priolo maps and reports, including digital raster graphic and Geographic Information System (GIS) files of the Earthquake Fault Zones maps and digital files of Fault Evaluation Reports and site reports submitted to the California Geological Survey in accordance with the Alquist-Priolo Act.
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Thunder and lightning are most frequently observed _____?
Thunder and lightning are most frequently observed in Congo Basin in Central Africa and in the mid latitude than in the tropics.
What are Thunder and Lighting?Thunder is produced when lightning strikes the air. The lightning discharge quickly heats and expands the air. The temperature of the air in the lightning channel may approach 50,000 degrees Fahrenheit, making it 5 times hotter than the sun's surface.
Thunderstorms are most common over regions where intense solar heating promotes positively buoyant air parcels and convection. The highest frequency of lightning happens over equatorial Africa, and other low-latitude land regions have relatively high lightning frequencies as well.
Therefore, in the mid-latitude belt and in Congo Basin, thunder and lightning are most frequently observed.
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FILL IN THE BLANK. Atmospheric Greenhouse Gases Preferentially Absorb ______ Coming From ______
Atmospheric Greenhouse Gases Preferentially Absorb the longer wavelengths of outgoing infrared radiation Coming From Earth's surface.
A greenhouse gasoline is a fuel that absorbs and emits radiant electricity within the thermal infrared range, inflicting the greenhouse impact. The number one greenhouse gases in Earth's ecosystem are water vapor, carbon dioxide, methane, nitrous oxide, and ozone. the primary greenhouse gases whose concentrations are growing are carbon dioxide, methane, nitrous oxide, hydrochlorofluorocarbons (HCFCs), hydrofluorocarbons (HFCs) and ozone within the decrease environment.
the principle gases answerable for the greenhouse impact encompass carbon dioxide, methane, nitrous oxide, and water vapor (which all occur evidently), and fluorinated gases (which are synthetic).
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These are like groins in the sense that they are perpendicular to the shoreline, but specially made to stabilize an inlet by blocking the longshore current.
Jetties are like groins in the sense that they are perpendicular to the shoreline, but specially made to stabilize an inlet by blocking the longshore current.
Jetties are a type of shore perpendicular structure which are situated adjacent to tidal inlets and harbors to control inlet migration and minimize sediment deposition within the inlet. Like groins, jetties may significantly destabilize the coastal system and disrupt natural sediment regimes. It is a structure that projects from land out into water. It is a long and narrow structure that protects a coastline from the currents and tides. It may serve as a breakwater or a walkway, or both. It may also serve in pairs, as a means of constricting a channel. They are generally made of wood, stone, or concrete stretching from the shore into the water.
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rank the reservoirs of freshwater on earth by volume, with that containing the highest volume on first? 1. Ice Caps 2.Groundwater 3.Lakes 4. rivers
(2) Groundwater is the freshwater reservoir with the largest volume among all those on Earth.
What is does reservoir mean?A location where something is kept in reserve, like a man-made lake where water is collected and stored in large amounts for use. Humans, animals, and the environment are all reservoirs. The source from which an agent is moved to a host may or may not be the reservoir. For instance, while soil serves as the reservoir for Clostridium botulinum, inadequately canned food harboring C. botulinum spores is the main cause of botulism diseases. Large, frequently open water spaces are known as reservoirs, and they are used to store water before it is treated.
What is the role of reservoirs?A dam's construction results in the creation of an artificial lake known as a reservoir in a river valley. Flood risk control is reservoirs' most important function. In order to reduce the risk of flooding during times of heavy rain, reservoirs store water. The water is then slowly released over the next weeks and months.
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Which of the following methods is not useful in dating rocks?
Group of answer choices
A.carbon dating
B.Sm-Nd dating
C.U-Pb dating
D.K-Ar dating
K-Ar dating is not useful in dating rocks.
Potassium–argon dating, abbreviated K–Ar dating, is a radiometric dating method used in geochronology and archaeology. It is based on measurement of the product of the radioactive decay of an isotope of potassium (K) into argon (Ar).
Potassium is a common element found in many materials, such as feldspars, micas, clay minerals, tephra, and evaporites. In these materials, the decay product 40Ar is able to escape the liquid (molten) rock, but starts to accumulate when the rock solidifies (recrystallizes).
The amount of argon sublimation that occurs is a function of the purity of the sample, the composition of the mother material, and a number of other factors. These factors introduce error limits on the upper and lower bounds of dating, so that the final determination of age is reliant on the environmental factors during formation, melting, and exposure to decreased pressure or open air.
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Metamorphism is the solid-state change of a rock in response to a modification to its environment. From the list below, select four environmental changes that are most responsible for causing metamorphism. Change in groundwater pH Application of stress Increase in pressure Physical erosion Increase in temperature Exposure to hydrothermal fluids ⢠. . 2. In order to understand metamorphic rocks, it is important that we are able to use the nomenclature correctly. Below are several terms specific to metamorphic rocks. Match each term with its appropriate definition. Term Definition Protolith The apparent layering within a rock due to the alignment of minerals. Foliation A broad region of continental crust where Precambrian-aged rocks are exposed. Shield A set of metamorphic minerals formed at a specific range of pressures and temperatures. Metamorphic Facies The original rock that undergoes solid-state change during metamorphism.
1. From the list given, four environmental changes that are most responsible for causing metamorphism are:
Increase in temperatureExposure to hydrothermal fluidsIncrease in pressureApplication of stress.2. The appropriate definition for each term are as follows:
Protolith: “The original rock that undergoes solid-state change during metamorphism."Foliation: “The apparent layering within a rock due to the alignment of minerals.”Shield: “A broad region of the continental crust where Precambrian-aged rocks are exposed.”Metamorphic facies: “A set of metamorphic minerals formed at a specific range of pressures and temperatures.”What is metamorphism?Metamorphism is a process that changes a rock into its new form as temperature, pressure, and chemically active fluids around them increase. These four main factors change the constitution of rocks, then alter their form into something different.
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Explain how the deranged drainage system as found in Michigan develops. (Hint: whydoes it look deranged
Since Michigan's geography is still relatively new in terms of its geomorphic history, as was described in the Geomorphology unit, it has bizarre drainage patterns.
What does "disrupted drainage pattern" mean?When there is no discernible pattern to the rivers and lakes in drainage basins, the drainage system is said to be disordered. These can develop where there are thick limestone deposits because surface streams can enter the groundwater through caves and underground drainage systems.
How are drainage systems created?The drainage pattern is the shape that the lakes, rivers, and streams make in a specific drainage basin. The pattern left behind by stream erosion over time offers information about the types of rocks and geologic structures present in a section of the landscape that is subject to streams.
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is a trembling or shaking of the ground caused by the sudden release of energy stored in rocks beneath the earth's surface.
An earthquake is the trembling or shaking of the ground. Earthquakes are a result of a sudden launch of strength stored in rocks underneath the floor. the release of that power may purpose one big mass of rock to slip past some other large mass of rock right into a one-of-a-kind role.
An earthquake is susceptible to violent shaking of the ground produced by the sudden movement of rock materials beneath the earth's surface. The earthquakes originate in tectonic plate boundaries.
An earthquake is the shaking of the surface of the earth because of the unexpected launch of power in the earth's crust. As a result, seismic waves (additionally called S waves) are created. The seismic sports in a place decide the type and intensity of the earthquake.
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zcultures living along north america's pacific coast question 19 options: refused to trade with people living inland. supported their growing populations primarily through farming. remained nomadic during the pre-columbian period. took advantage of abundant ocean resources.
The cultures that inhabited the Pacific coast of North America resources from the wealth of the ocean.
A resource is any material that is available to us in our surroundings that is economically viable, technologically accessible, and culturally sustainable and that enables us to meet our needs and desires. Resources can be broadly divided into renewable and non-renewable categories based on their availability. They can also be divided into real and potential categories based on their level of development and use, biotic and abiotic categories based on their origin, and localized and ubiquitous categories based on their dispersion (private, community-owned, national and international resources). As technology advances over time, an object might become a resource. Utilizing resources effectively can lead to increased income, efficient system operation, or improved wellbeing.
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A fine-grained wind-deposited surface material with extensive deposits in the mid-latitudes is ________.
The geography of mesas and scarps is defined by broad, elevated flat areas with steep slopes at each elevation's edge A fine-grained wind-deposited surface material.
The term "scarp" describes the cliffs or steep slopes defining the mesa's perimeter while "mesa" refers to the high terrain. Repeated freezing and thawing of the snow that creates temperate glaciers causes it to transform into a type of granular ice known as This granular ice fuses into a firmer, denser substance under the weight of the snow and ice layers above it grained Scientists can easily explain the origin of pediments because they are familiar with desert erosion. In the last stages of erosion, the majority of mesas turn into inselbergs. It is known that there is a small depression where a great deal of fine material has deflated. as a hollow after deflation The leeward side of an island faces away from the wind and is protected from the prevailing winds by hills and mountains. An island's windward side faces the prevailing, or trade, winds.
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Cirques and horns are features associated with ________.
mountain glaciation
loess deposits
continental glaciation
glacial outwash deposits
Cirques and horns are features associated with mountain glaciation.
Glaciers are classified into two types: mountain glaciers and continental glaciers. Mountain glaciers create distinct erosional and depositional topography. Flowing ice, like flowing water, follows the original topography and seeks the steepest path.
Plucking is the removal of entire rock chunks. Glaciers can shape landscapes by eroding or removing rock and sediment. They can erode bedrock using two methods: Abrasion: The ice at the bottom of a glacier is usually contaminated with bits of rock, sediment, and debris.
Glaciers form on land, and they are made up of fallen snow that gets compressed into ice over many centuries. They move slowly downward from the pull of gravity. The majority of the world's glaciers are found in the polar regions, such as Greenland, the Canadian Arctic, and Antarctica.
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The very large crystals of quartz, feldspar, and muscovite found in pegmatites form from ________.
Select one:
A. the middle crystallizing parts of a magma
B. the final crystallizing parts of a magma
C. the early crystallizing parts of a magma
D. all of the above
The very large crystals of quartz, feldspar, and muscovite found in pegmatites form from the final crystallizing parts of a magma.
How do pegmatites' crystals grow to such enormous sizes?In comparison to the ions in the melt, the ions in water are far more mobile. They may move about freely and crystallize quickly as a result. This explains why pegmatite crystals enlarge so much. Extreme crystallization conditions can sometimes result in crystals that are several meters long and weigh more than a ton.
How do pegmatites make their crystals?Instead, a magma that was particularly rich in dissolved water led to the formation of a pegmatite's enormous crystals. The water made it possible for the required components to diffuse to the crystallization sites very quickly. Veins that appeared at the conclusion of the crystallization of a sizable intrusive mass frequently develop pegmatites.
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infiltration of surface water into the groundwater system is one type of that replenishes lost water.
Infiltration of water is a process by which water is moved downward into the soil. In sandy soil where there is a large number of pores, water moves faster than through clay soil where the number of pores is small.
Water pores on the ground in the form of rain and snow move into the subsurface soil and rock through the process of infiltration. To cater to the needs of the present world, underground water is becoming exhausted rapidly. The addition of water by the process of infiltration helps groundwater to become replenished from the loss of water. So infiltration plays an important role in the water cycle of the earth.
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infiltration of surface water into the groundwater system is one type of that replenishes lost water -- Discuss.
1. Which of the following statements describe what happens to sediment when a longshore current meets a jetty? Select all that apply.
a. Sediment is deposited on the down-current side of the jetty because water moves slower in this location.
b. Sediment is eroded on the up-current side of the jetty because the water is starved of sediment in this location.
c. Sediment is deposited on the up-current side of the jetty because water moves slower in this location.
d. Sediment is eroded on the down-current side of the jetty because water is starved of sediment in this
The statements that describe what happens to sediment when a longshore current meets a jetty are sediment is deposited on the up-current side of the jetty because water moves slower in this location (Option C) and sediment is eroded on the down-current side of the jetty because water is starved of sediment in this location (Option D).
Jetty refers to a variety of engineering structures which are connected with rivers, harbor, and coastal works and are designed to influence the current or tide or to protect the coastline from waves (breakwater). Jetties impact longshore transport of sediment and ecological processes. Sediment is eroded on the down current side of the jetty, as water contains low concentrations of sediments at the location. On the other hand, sediment is deposited on the up current side of the jetty as water movement is slower at the location which allows the time for deposition.
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projections show true distance in all directions from a central point. (enter only one word per blank.)
Projections show that the true distance in all directions from a central point is infinity. This means that the point can be seen as having no boundaries when it comes to its distance from the point in all directions. While this may seem counter-intuitive, there is a mathematical truth behind it.
Mathematically, the concept of infinity is expressed as a number that is larger than any number, which can be expressed as a finite quantity. It is therefore impossible to measure the distance in all directions from a central point, since the number is infinite. For example, if you were to measure the distance from a point on a map, the number would eventually hit an infinite number, as it is not possible to measure the distance beyond that point.
The concept of infinity is also helpful when it comes to understanding the universe. Since the universe is believed to be infinitely large, it is impossible for us to measure the exact boundaries of it. In other words, if we were to measure the distance from a central point, the number would eventually hit an infinite number, since we can never measure the distance beyond that point due to the size of the universe.
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which of the following is the surest way to prevent the loss of important information on your mobile device if it is lost, stolen, destroyed, or there is a natural disaster?
The _____ requires manufacturers to use at least 65 percent reusable or recyclable components and reduce or eliminate toxic material in their packaging. a. Electronic Industry Citizenship Coalition Directive b. Greenpeace Environmental Restriction of Hazardous Substances c. European Union's Restriction of Hazardous Substances Directive d. Electronic Product and Environmental Hazards Restriction Directive
The correct option is C. Manufacturers are required to use harmful materials less frequently or not at all in their packaging under the Restriction of Hazardous Substances Directive of the European Union.
The European Union adopted the Restriction of Hazardous Compounds Directive 2002/95/EC, often known as the Directive on the restriction of the use of certain hazardous substances in electrical and electronic equipment, in February 2003.
The goal of the program was to stop devices from containing too many chemicals. Electronics were so prohibited as a result.
Each member state is obligated to implement and make law the RoHS 1 directive, which became effective on July 1, 2006.
The fabrication of many types of electronic and electrical equipment is prohibited by this directive from using 10 hazardous materials.
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the station originating the following weather report has a field elevation of 1,300 feet msl. from the bottom of the overcast cloud layer, what is its thickness (tops of ovc are reported at 3,800 feet)? speci kokc 2228z 28024g36kt 3/4sm bkn008 ovc020 28/23 a3000
Weather has reported that it's thickness is 500 feet from where station originatinating field elevation of 1300 feet msl from the bottom of the overcast cloud layer.
The thickness of the overcast layers at kokc and reported that the base of the overcast layer at 2000 feet AGL ovc020 .If the sky was covered between 5/8 and 7/8 heights of clouds it was reported as broken cloud but if it was covered 8/8th heights of clouds then it was overcast cloud.
The meteorological condition of clouds obscuring approx 95% of the sky is defined by the world meteorological organization as overcast weather. Sometimes clouds may be different colors like black & white but when it is overcast it usually refers to darker skies.
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