how did advances in comunication for space exploration have led to changes in communaction devices on earth

Answer:

The majority of Africa, India, and Indonesia were post-World War II colonies of superpowers like Britain, France, Japan, and the United States. The colonizers exploited these countries for cheap labor and resources. When the colonies finally gained independence, the colonizers still exerted influence over the countries' economies. Several economists argue that, as a result of this outside influence, these countries cannot easily move through Walt Rostow's process for modernization. Instead, they stay somewhat subjugated to their former colonizers, who continue to dictate world trade and the global economy.

The plate that is getting getting significantly smaller is the plate known as a) Pacific.

It is the largest tectonic plate in the world, and it is constantly being subducted under other plates. This means that the oceanic crust of the Pacific plate is being pushed down into the mantle, where it melts and is recycled. As a result, the Pacific plate is getting smaller and smaller.

The other plates mentioned are not getting significantly smaller. North America, Africa, and Eurasia are all continental plates, and they are not being subducted under any other plates. As a result, they are not getting smaller.

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The interaction of huge, frozen glaciers with the land during the latest ice age on Earth resulted in glacial erosion. This process involved plucking and abrasion, which caused the crushing and flattening of solid, rocky features on the land.

During the latest ice age on Earth, huge, frozen glaciers of snow and ice slowly moved across the surface of the planet. These glaciers interacted with the land in various ways, including crushing and flattening many solid, rocky features. This process is an example of glacial erosion.

Glacial erosion occurs when glaciers, massive sheets of ice, advance and retreat over the landscape. As the glaciers move, they exert pressure on the land beneath them. The weight and movement of the ice cause the glaciers to act as powerful bulldozers, pushing and scraping the land below.

One of the main processes involved in glacial erosion is called plucking. As the glacier moves, it freezes onto rocks and sediments, and when it retreats, it pulls these materials away from the land, incorporating them into the ice. This process can lead to the creation of deep, U-shaped valleys and cirques.

Additionally, glacial erosion involves abrasion. As the glacier moves, the rocks and sediments frozen within it act like sandpaper, grinding against the land beneath. This abrasive action helps to crush and flatten solid, rocky features such as mountains, hills, and ridges.

In conclusion, the interaction of huge, frozen glaciers with the land during the latest ice age on Earth resulted in glacial erosion. This process involved plucking and abrasion, which caused the crushing and flattening of solid, rocky features on the land.

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Explanation:

target market, or target audience, is the pool of customers to whom you want to potentially sell your products or services. Your target market is not everyone who is located in your business’s area. It’s only made up of the people who are good fits for your products. Basically, you want to figure out which fish in the ocean you’re going to focus on catching.

For example, let’s look at one of my

Answer: the mile-thick Laurentide ice sheet

Explanation: During the last ice age, the mile-thick Laurentide ice sheet covered most of Canada and the northern contiguous United States. The massive weight and movement of this glacier gouged out the earth to form the lake basins.

Answer: c) Locations of states and their capitals

Explanation:

Answer:

D. Excretes waste

Explanation:

because the rest options except D are correct,... let's analyze them, A is correct because red blood cells are produced in bone marrows in babies, then B, is also correct because the skeletal system protects our organs, for example the heart, liver and lungs are surrounded by ribs and the brain is also protect by the cranium.

Answer:

Its both but that's controversial. Good because Africans were introduced to new things and were able to create new jobs they learned how to trade, bad because their natural resources were degraded, the Europeans brought diseases to the live stock and Africans, urbanization which isn't always a bad thing but in this case the Africans didn't how to properly "take care" of an urban area.

Explanation:

Its your choice to make there's obviously other reasons but these are the ones I thought of .

If a new disease were to start in a location and spread rapidly in that location for a period of time, it would be labeled an outbreak. If it spread across a wide geographic area (perhaps across continents), it would be labeled an epidemic.

A disease would be considered an epidemic  if the disease spreads over a wide geographic area possibly spanning multiple continents. An epidemic is known as a  large scale illness outbreak that spreads over several places and affects a lot of people.

Public health is often significantly impacted by epidemics which can result in widespread disease, hospitalization and even fatalities.

Therefore the statement that filled the gap is outbreak and epidemic.

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The likely explanation for this is the minerals are exhibiting cleavage surfaces.

The arrangement of atoms in a material and how it fractures under stress are all factors in cleavage, fracture, and parting. When a crystal is stressed on a specific plane, it breaks, which is referred to as cleavage in the natural world.

The mineral has cleavage if a portion of a crystal fractures under stress and the shattered piece still has a smooth plane or crystal structure. There is no cleavage in a mineral that, when broken off, never yields any crystallised bits. Several minerals only show cleavage on one side, while some may show cleavage of differing qualities on various crystal faces.

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The amount of energy released by an earthquake increases by a factor of 32 for every one-unit increase in moment magnitude.

Moment magnitude is a scale used by seismologists to measure the size of an earthquake. It is a logarithmic scale that ranges from 0 to 10. The amount of energy released by an earthquake increases by a factor of 32 for every one-unit increase in moment magnitude. This means that an earthquake with a magnitude of 7 releases 32 times more energy than an earthquake with a magnitude of 6.

The amount of energy released by an earthquake is a function of the magnitude of the earthquake. This is because the magnitude of an earthquake is related to the amount of stress that is released when rocks break along a fault. When an earthquake occurs, the rocks on either side of the fault break and move, releasing energy in the form of seismic waves. The magnitude of the earthquake is a measure of the amount of energy released by these seismic waves.

In conclusion, an earthquake with a moment magnitude of 7 releases 32 times more energy than an earthquake with a moment magnitude of 6. This means that the difference in energy released by a magnitude 6 earthquake and a magnitude 7 earthquake is significant. It is important to note that the magnitude of an earthquake is not the only factor that determines the amount of damage it can cause. The distance between the earthquake and the location of interest, the type of soil and rock in the area, and the construction practices used for buildings and other structures can all impact the severity of the damage caused by an earthquake.

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Mountain top removal mining is unpopular with some concerned citizens in the inland south for a variety of reasons. Some of the main reasons include:

Environmental damage: Mountain top removal mining involves the removal of large areas of mountaintops, which can have a significant impact on the environment. The removal of vegetation, soil, and other natural resources can lead to erosion, water pollution, and the loss of habitats for plants and animals.

Health risks: The noise and air pollution associated with mountain top removal mining can have negative impacts on the health of nearby communities. The mining process can also produce toxic chemicals and other pollutants that can be harmful to human health.

Aesthetic impacts: The removal of mountaintops can have a significant impact on the aesthetics of the surrounding area. The changes to the landscape can be disruptive and may have negative effects on tourism and other industries that depend on the natural beauty of the region.

Social and economic impacts: Mountain top removal mining can have negative social and economic impacts on nearby communities. The mining process can displace residents and lead to the loss of jobs and other economic opportunities. In addition, the profits from mountain top removal mining often do not benefit local communities, but instead go to out-of-state companies and investors.

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Answer:

North America-located above South America and beside Europe. It is located in the northern and western hemispheres. South America-located under North America and beside Africa. It is located in the southern and western hemispheres.

Answer:

Trenches are not found int he Appalachian mountain province today.

Explanation:

1 is not correct because there is an abundance of metamorphic rocks, which is not weird considering the age of this mountain range.

2 is not correct because this mountain range has been close to intense volcanism during its formation, so it still has some of the volcanic rocks preserved.

3 is not correct because there are a lot of folded and faulted mountain ridges, many of which are visible at the surface today.

4 is not correct because these mountains rose from the ocean, so there are remnants of an ancient floor at places.

5 is not correct because with the erosion over hundreds of millions of years, valleys have been gradually formed at the periphery of this mountain range.

6 is not correct because the top layers of this e range are predominantly made of sedimentary rocks.

7 is correct because the trenches that existed in this area have disappeared a couple of hundreds of millions of years ago, mainly because the area has been gradually moving away from the tectonic boundaries and became an area that is tectonically inactive.

Weather stations employ various techniques to measure and differentiate rainfall and snowfall, even on days when there is a mix of both precipitation types. Here are some methods used:

Precipitation Gauges: Weather stations typically use rain gauges and snow gauges to measure rainfall and snowfall, respectively. Rain gauges consist of a cylindrical container with a funnel-shaped top, which collects and measures the amount of liquid precipitation (rain). Snow gauges, on the other hand, are equipped with a larger opening and a shielded container to catch and measure the snowfall.

Heating Elements: Some weather stations use heating elements in the precipitation gauges to distinguish between rain and snow. The gauge is equipped with a heating mechanism that melts the snowflakes as they enter the instrument. The resulting liquid is then measured as rainfall.

Dual Gauges: In regions with frequent rain/snow mix events, weather stations may have separate gauges for rainfall and snowfall, positioned close to each other. These dual gauges allow simultaneous measurement of both precipitation types.

Observational Methods: Weather station personnel also rely on visual observation to differentiate between rain and snow. They carefully monitor the type of precipitation falling, taking note of its appearance, behavior, and accumulation characteristics. This method can be subjective but provides valuable information, especially when supported by other measurement techniques.

It is important to note that accurately measuring and differentiating rain and snow can be challenging, especially during transitional periods when the precipitation type is changing. Weather stations use a combination of the above methods and rely on trained personnel to make the best assessments based on available data and observations. Continuous advancements in technology and data analysis techniques aim to improve the accuracy and reliability of precipitation measurements in various weather conditions.

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Answer:

Giant countries like Canada or Russia can take their sprawling landmasses for granted, but for smaller oceanic nations, topography takes on greater importance.

In the Indian Ocean, ringed by protective barriers, lies the island city of Malé – the capital of the Maldives. Malé has a thriving tourism industry and is one of the most urbanized islands in the world, but it has one major problem: its elevation (or lack thereof).

Explanation:

hope this helped

if earth were in a cooling trend ,Increasing the snow cover air temperature

The slow, cyclical variations in the tilt of the Earth's axis and the contours of its orbit are referred to as orbital force. The timing and intensity of the seasons are impacted by these cycles, which also slightly modify the overall amount of sunlight that reaches the Earth. In the middle of the 1970s, knowledge of this mechanism, which is assumed to be in charge of the timing of the ice age cycles, was fast expanding. The publication "Variations in the Earth's Orbit: Pacemaker of the Ice Ages" by Hays, Imbrie, and Shackleton tempered its predictions with the statement that "forecasts must be qualified in two ways. First, they do not account for anthropogenic influences such as those brought on by the combustion of fossil fuels, but merely the natural component of future climatic changes.

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The way that the conflict that was in the society led to the independence was that the Napoleonic war between Spain and Napoleon made the Spanish colonies to begin to question the allegiance that they had to Spain.

This is the term that is used to refer to the freedom that nations would have to be able to have their own self rule, that is the nations that are being governed by other nations would have the liberty to be able to determine the ways that they would want to run the affairs of their own governments.

The Peninsular war that they had with France had made Napoleon to occupy Spain. This made the Creoles to begin to question the allegiance that they had to the Spanish people that were in their nations.

Hence the push and the fight for independence in all of these colonies of Spain.

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It was discovered on April 9, 2014 from the swamps of coastal New South Wales, Australia. It measures only 0.5 to 0.7 inches, is the true statement.

All wetlands in coastal watersheds—the entire region from which tidal streams flow to the ocean or inland seas—are considered coastal wetlands. These are some examples of coastal wetlands: salt marshes. Freshwater marshes. seagrass patches.

The largest freshwater environment in Arnhem Land, Gurruwiling, is also one of Australia's largest continuous paperbark swamps. Large expanses of paperbark forest, a sizable number of lagoons, grass and sedgeland plains, floating mat communities, sandstone hills, sinkholes, and springs are all present.

Thus, it is the true statement.

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A description of a sediment sample, stating that it consists of huge, angular fragments which are typically red in color might constitute what type of facts is qualitative data.

Sediments are the problem that settles to the lowest of a liquid; lees; dregs. Geology. mineral or natural be counted deposited by means of water, air, or ice. Sediment is a naturally going on fabric this is damaged down by using tactics of weathering and erosion, and is sooner or later transported by the motion of the wind, water, or ice or by the force of gravity performing at the debris.

Commonplace sedimentary rocks encompass sandstone, limestone, and shale. those rocks frequently start as sediments carried in rivers and deposited in lakes and oceans. whilst buried, the sediments lose water and emerge as cemented to form rock. the principal sources of sediment along coasts are: (1) the coastal landforms themselves, which include cliffs and beaches; (2) the nearshore sector; and (3) the offshore sector and past.

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Large crystals from water solutions usually shape from very rapid cooling. True.

Rapid cooling of a melt frequently reasons the liquid phase to be cooled under the melting factor. The interaction of liquid volume to be frozen, soften supercooling. Vacuum cooling is a fast cooling approach for any porous product that has loose water and works at the precept of evaporative cooling.

Rapid cooling, described as a rectal temperature of less than or the same as 38.9 degrees C (102 tiers F) within an hour of presentation, was finished in 27 of 39 sufferers. Twelve patients had a temperature greater than or equal to 38. nine tiers C (102 ranges F) after one hour of remedy in the emergency department.

The rapid cooling adjustments the crystal structure of the steel, in comparison with gradual cooling. depending on the carbon content material and alloying elements of the metallic, it is able to get left with a tougher, more brittle microstructure, together with martensite or bainite, whilst it undergoes the quench hardening system.

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Answer:

where the picture at g?

Several rivers, like the River Thames, do not create deltas. These wide floodplains are also referred to as bottomlands or floodplains.

Sediments carried by swiftly moving water rapidly cut the surface straight downwards which in turn creates valleys with a V shape. An area of land next to a river that stretches from the banks of its channel to the foot of the surrounding valley walls is referred to as a floodplain or bottomlands.

These geological structures or creations are the result of moving glaciers and flowing rivers. Valleys are low-lying sections of land that have been eroded and washed out by the antagonistic forces of gravity and water.

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Answer: See explanation

Explanation:

Geomorphology is simply referred to as the study of landforms, and also their processes. The importance of studying geomorphology include:

1. It is necessary so as to understand the changes regarding natural reforms.

2. It is necessary to understand the potential hazards such as earthquakes, landslides that may occur and how to curtail it.

3. Identification of landform features.

4. It is vital to understand how landforms work.

Answer:

A chuck is a system for securing drill bits to drills

Explanation:

Buddhists make up the majority in seven location countries, including Cambodia, Thailand, Burma (Myanmar), Bhutan, Sri Lanka, Laos, and Mongolia. The birthplace of Buddhism was at that time in and around what is now India.

This religious movement expanded fast to many other places. The fifth century BCE is thought to be when Buddhism first emerged. The faith's founder, the Buddha, is now thought to have died around 400 BCE. The geographical location of Buddhism is distinct from all other religions in the globe. Buddhism swiftly migrated from India, where Siddhartha resided, to the rest of the continent. The final result was the spread of Buddhism to nations such as Nepal, Bhutan, Sri Lanka, Vietnam, Laos, China, Japan, Korea, etc.

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Sure! Here are the matches between each layer of the Earth and its corresponding description:

Inner core - Made of solid iron.

Outer core - Layer just outside of the inner core.

Lower mantle - Plastic portion of the upper mantle of the Earth.

Upper mantle - Very dense liquid of iron and sulfur.

Crust - Thin, rigid surface of Earth.

Lithosphere - Layer that includes the asthenosphere.

Asthenosphere - Made of large plates that move.

These descriptions represent the different layers of the Earth and their respective characteristics based on current scientific understanding.

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Complete Question:

Match the layer of the Earth with its best description:

Inner core - Made of solid iron.

Outer core - Layer just outside of the inner core.

Lower mantle - Plastic portion of the upper mantle of the Earth.

Upper mantle - Very dense liquid of iron and sulfur.

Crust - Thin, rigid surface of Earth.

Lithosphere - Layer that includes the asthenosphere.

Asthenosphere - Made of large plates that move.

Match each layer of the Earth with its corresponding description.