]glaciers . (choose all that apply) glaciers . (choose all that apply) form from the accumulation of snow that doesn't melt during the summer are bodies of ice that are large enough to flow under their own weight will disappear each summer and then grow anew each winter hold about 69% of earth's freshwater are only found in polar regions

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.

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.

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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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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The type boundary shown in the image is known as Divergent Boundary because the two tectonic plates are moving away from each other. The Option B is correct.

When two tectonic plates move away from each other, they form a divergent boundary. Earthquakes are common along these boundaries, and magma (molten rock) rises from the Earth's mantle to the surface, solidifying to form new oceanic crust. Divergent plate boundaries can be seen in the Mid-Atlantic Ridge.

These boundaries are typified in oceanic lithosphere by the rifts of the oceanic ridge system including the Mid-Atlantic Ridge and the East Pacific Rise and in the continental lithosphere by rift valleys such as the famous East African Great Rift Valley.

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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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Water is pushed away from shore by winds blowing across the ocean surface. The water that was pushed away is then replaced by water that rises from below. The term upwelling refers to this phenomenon.

Both around coastlines and in the wide ocean, upwelling happens. When surface water builds up along a shoreline due to wind, the opposite process, known as downwelling, also takes place. At some point, the surface water begins to sink. The subsurface water that upwelling causes to rise to the surface is usually cooler, nutrient-rich, and biologically active. As a result, where upwelling is frequent, good fishing areas can be found. As an illustration, year-round coastal upwelling supports the productive fishing grounds on the west coastlines of Africa and South America.

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The radial velocity technique works best for Exoplanets whose orbits are along our line of sight (edge on).

Any planet outside of our solar system is an exoplanet. The majority of exoplanets orbit other stars, while rogue planets—free-floating exoplanets that are unattached to any star—orbit the galactic center.

Exoplanets can be found using a variety of techniques. The majority of exoplanets have been discovered using transit photometry and Doppler spectroscopy, but these techniques suffer from a glaring observational bias that favors the discovery of planets close to the star; as a result, 85% of exoplanets discovered are located within the tidal locking zone.

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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.

The interval of time predicted (y) between eruptions if the previous eruption lasted 4 minutes is  is 86.51 minutes.

When lava and gas are released from a volcano, often explosively, this is known as an eruption. A "glowing avalanche," which occurs when recently erupted lava slides down the flanks of a volcano, is the most hazardous type of eruption.

As per the scatterplot dimensions; the relationship given here can be solved by following manner:

The duration of the previous eruptions (in minutes) is denoted by x.

The interval of time between eruptions (in minutes) is denoted by y.

The equation of the regression line relating these variables is (y) = 33.35 + 13.29x

∵ y = 33.35 + 13.29 x where x = 4 minutes as per given instructions

Then y = 33.35 + 13.29 × (4) = 86.51.

Therefore the interval of time between eruptions if the previous eruption lasted 4 minutes will 86.51 minutes.

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The developments is associated with the Industrial Revolution in Western Europe in the 1800s is a rapid increase in urbanization.

In modern history, the Industrial Revolution was the transition from an agrarian and handicraft economy to one dominated by industry and machine production.

These technological advancements brought about unique working and living arrangements and radically altered society.

Many of the technological and architectural improvements that characterized the Industrial Revolution were developed in Britain, where the movement got its start.

Prior to the Industrial Revolution and the creation of the modern capitalist economy, GDP per capita remained mostly steady. However, with the Industrial Revolution, capitalist economies entered a period of per-capita economic growth.

Therefore, the developments is associated with the Industrial Revolution in Western Europe in the 1800s is a rapid increase in urbanization.

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Answer:

Hot, dry climates.

Explanation:

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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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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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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Answer:

Shock

Confusion

Paralysis

Explanation:

All these factors affect the adversary's system in aircrafts.

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.

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.

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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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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Thunder and lightning are most frequently observed in Congo Basin in Central Africa and in the mid latitude than in the tropics.

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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Answer:

The colors chosen may make some areas look more important than others

They suggest abrupt boundaries between regions when boundaries may be diffuse

They can give a false impression of uniformity within an area

Explanation:

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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Ghana is a country located in West Africa with a diverse agricultural sector. Some major food crops produced in Ghana include:

Maize: Maize is a staple grain in Ghana and is grown for both human consumption and animal feed. It is a popular crop because it is relatively easy to grow and is adaptable to different climatic conditions.

Cassava: Cassava is another important food crop in Ghana and is used to make a variety of dishes, including gari (a type of flour), fufu (a staple food), and cassava chips. It is a hardy crop that can grow in poor soil conditions and is resistant to pests and diseases.

Other major food crops produced in Ghana include rice, yams, and plantains.

Answer:

Ghana produces a lot of Cocoa, pineapple, and sugarcane!

Explanation:

prime climate and agricultural conditions for these crops

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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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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1. From the list given, four environmental changes that are most responsible for causing metamorphism are:

2. The appropriate definition for each term are as follows:

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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The Northern European Renaissance was a period of intellectual, cultural, and artistic activity that began in Italy in the 14th century and spread across Europe in the 15th and 16th centuries.

During this time, the Renaissance spread to Northern Europe, which made a significant contribution to the advancement of knowledge and ideas. Two major contributions of the Northern European Renaissance that helped spread information and ideas to much larger segments of the population were the development of the printing press and the rise of humanism.

The development of the printing press was a major contribution of the Northern European Renaissance because it allowed for the rapid dissemination of information and ideas to a much larger audience than ever before. Before the invention of the printing press in the 15th century, books had to be copied by hand, which was a very slow and labor-intensive process.

With the invention of the printing press, books could be printed quickly and in large quantities, making them accessible to a much wider audience. This allowed information and ideas to spread much more quickly and widely than they had in the past, which had a major impact on the spread of knowledge and ideas during the Renaissance.

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The very large crystals of quartz, feldspar, and muscovite found in pegmatites form from the final crystallizing parts of a magma.

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.

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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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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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: