Why would it be difficult to have an organized society without a system of writing?

Answer:

B

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Answer:

You would want to pick company A because after 13 hours you would have $1600  

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Answer: New England region is located in the northeastern united states.

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Answer:c

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Soil is found in New England

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The Collapse of the Soviet Union. Gorbachev's decision to loosen the Soviet yoke on the countries of Eastern Europe created an independent, democratic momentum that led to the collapse of the Berlin Wall in November 1989, and then the overthrow of Communist rule throughout Eastern Europe.

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Answer:

wht is the question

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if u only send the pic and say u r not sure then how will we understand

Answer:

I am pretty sure that it is Answer A

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Answer:

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#HopeItHelps

Answer: false

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Answer:

Firstly, I think the question you asked doesn't make any sense.

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I don't have any answer.

Answer:

is a pattern of data that shows greater increase with passing time.

Answer: gravy

Explanation: just write about the different ethnic backgrounds and culture.

Answer:

Job outsourcing helps U.S. companies be more competitive in the global marketplace. It allows them to sell to foreign markets with overseas branches. They keep labor costs low by hiring in emerging markets with lower standards of living. That lowers prices on the goods they ship back to the United States.

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Answer:

theory dealing with the dynamics of Earth’s outer shell—the lithosphere—that revolutionized Earth sciences by providing a uniform context for understanding mountain-building processes, volcanoes, and earthquakes as well as the evolution of Earth’s surface and reconstructing its past continents and oceans.

The concept of plate tectonics was formulated in the 1960s. According to the theory, Earth has a rigid outer layer, known as the lithosphere, which is typically about 100 km (60 miles) thick and overlies a plastic (moldable, partially molten) layer called the asthenosphere. The lithosphere is broken up into seven very large continental- and ocean-sized plates, six or seven medium-sized regional plates, and several small ones. These plates move relative to each other, typically at rates of 5 to 10 cm (2 to 4 inches) per year, and interact along their boundaries, where they converge, diverge, or slip past one another. Such interactions are thought to be responsible for most of Earth’s seismic and volcanic activity, although earthquakes and volcanoes can occur in plate interiors. Plate motions cause mountains to rise where plates push together, or converge, and continents to fracture and oceans to form where plates pull apart, or diverge. The continents are embedded in the plates and drift passively with them, which over millions of years results in significant changes in Earth’s geography.

The theory of plate tectonics is based on a broad synthesis of geologic and geophysical data. It is now almost universally accepted, and its adoption represents a true scientific revolution, analogous in its consequences to quantum mechanics in physics or the discovery of the genetic code in biology. Incorporating the much older idea of continental drift, as well as the concept of seafloor spreading, the theory of plate tectonics has provided an overarching framework in which to describe the past geography of continents and oceans, the processes controlling creation and destruction of landforms, and the evolution of Earth’s crust, atmosphere, biosphere, hydrosphere, and climates. During the late 20th and early 21st centuries, it became apparent that plate-tectonic processes profoundly influence the composition of Earth’s atmosphere and oceans, serve as a prime cause of long-term climate change, and make significant contributions to the chemical and physical environment in which life evolves.

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Answer:

They are the same.

Explanation:

The equator is the only place in the world that has the same temperature across the entire world. With the same water currents also, they will be the same. Hope it helps :D

Answer:Brazil – Compulsory for literate citizens between 18 and 70 years old, including those who live abroad. Those who do not vote in an election and do not later present an acceptable justification (such as being away from their voting location at the time) are subject to a fine of R$3.51 (about US$0.65 in August 2020).

Explanation:Hope this helped u also may i have brainlist only if u wanna give me brainlist though! Have an great day ma'am or sir.

Answer:

b

Explanation:

easy

Answer:

b

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Answer:

Explanation:

Carbonation is another type of chemical weathering. Carbonation is the mixing of water with carbon dioxide to make carbonic acid. This type of weathering is important in the formation of caves. Dissolved carbon dioxide in rainwater or in moist air forms carbonic acid, and this acid reacts with minerals in rocks.

Answer:

president and mayor

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Answer:

federal and state

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Answer:

The most recent eon is subdivided into three eras and eleven periods.

Explanation:

The geological time scale has been constructed so that it can help in better research and understanding of the past, as well as making it easier to distinguish the past and its characteristics at a certain time. There are larger and smaller divisions in the geologic time scale, with the eon being the largest unit, followed by era, and then period.

The most recent eon is the Paherozoic, starting from 542 million years ago and still going on. It is subdivided into three eras and eleven periods so far. The three eras are:

The eleven periods are:

Answer:

wyoming

Explanation:

plenty if land.

Answer:

A. P and S waves

Explanation:

P waves are compression waves while S waves are shear waves. P-waves are usually faster than S-waves (about 60% faster). P and S waves are called body waves because they move through the interior of the earth.

When an earthquake occurs, P and S waves are produced. A seismic recording station an be used to record the arrival of these two waves. Since the P wave is faster than the S wave, hence the P wave would first arrive at the station. The earthquake epicenter can be determined by the difference in time of arrival between the P and S wave.

Answer:

When prolonged periods of severe weather strike, two things often get the blame these days: climate change and the jet stream. Many have expressed concerns that the rapidly melting Arctic is now disturbing the jet stream, bringing more frequent bouts of wild weather. But potentially even more powerful changes are afoot in the tropics – and the consequences could be severe.

The northern hemisphere’s jet stream is a current of fast-moving air encircling the globe from west to east in the middle latitudes – the zone between the baking tropics and the freezing Arctic. The strongest winds are about 10km high, near the altitudes at which planes fly, but the bottom of the jet can reach all the way down to the ground, forming the prevailing westerly winds familiar to many. The southern hemisphere’s counterpart is what gives rise to the Roaring Forties – similarly treacherous winds between latitudes 40 and 50 degrees.

The jet forms a relatively sharp dividing line between the warm tropical and cold polar air masses. The strongest winds are concentrated in a band several hundred kilometres wide. But this band is not fixed. It meanders and snakes its way around the globe, sometimes touching the edge of the tropics and at other times scraping the polar regions.

Read more

Churches urged to provide sanctuary as extreme weather bites

Churches urged to provide sanctuary as extreme weather bites

As a result, the jet can have a wide array of impacts across the hemisphere. If it passes over your location, expect to be repeatedly bombarded by the whirling storms that are carried along by it. As a recent example, the severe flooding in the north of England in November 2019 arose in part from a shift of the jet, which put the UK right in the middle of a region where storms tend to grow.

If the jet shifts to pass north of you, you’ll find yourself under the warm, dry zone of the atmosphere which lies south of the jet. This brings generally settled and pleasant weather in summer, but can set the scene for droughts and heatwaves. And if the jet moves south instead, you’ll be on its cold polar side, so you’d better hope this doesn’t happen too much during winter.

Weather worries

The jet has always varied – and has always affected our weather patterns. But now climate change is affecting our weather too. As I explore in my latest book, it’s when the wanderings of the jet and the hand of climate change add up that we get record-breaking heatwaves, floods and droughts – but not freezes.

The coldest weeks of any given winter will occur when the jet brings masses of cold air directly from the polar regions. But severe though this may feel, records show that similar events in past decades were even colder than they are now. While the jet is largely doing the same as it always has, the planet-heating greenhouse gases we’ve added to our atmosphere mean that invasions of polar air these days are just that bit milder.

Melting ice in the Arctic is causing colder air to travel southwards

Melting ice in the Arctic is causing colder air to travel southwards (iStock)

The flip side, of course, is that when the jet moves north in summer, bringing warm air from the south, we often have to endure temperatures beyond anything in living memory.

It is clear and well understood how climate change and the jet can combine like this to cause truly extreme weather events. But whether climate change is directly changing the jet’s behaviour is a much harder question to answer.

Some have suggested that the rapidly warming Arctic is weakening the jet, by reducing the temperature contrast between the tropical and polar air to either side of it. As a result, the jet meanders more to the north and south, and these meanders can remain fixed over one location for longer – as happened when the Beast from the East placed much of northern Europe under a bitter chill.

There are certainly some interesting ideas here, but many still do not find the logic compelling, and more convincing evidence from observations and computer models will be needed for these theories to become widely accepted.

Scientists are however increasingly confident that important changes are afoot in the tropics. Driven by the vast quantities of energy pouring in from the sun directly overhead, these are the great powerhouses of Earth’s climate. Indeed, the power of the tropics is evident in the worldwide weather disruption caused by El Nino events – subtle increases or decreases in temperatures in the equatorial Pacific Ocean, that in turn disturb the jet stream.

Over the past few years, it has become apparent that at high altitudes, the Earth’s tropical regions are heating up more quickly than the rest of the world. At least partly because of this, the tropical regions of the atmosphere have been widening, expanding ever so slightly away from the equator, and impinging more on the jet stream.

Explanation:

Answer:

Even though globes are showing Earth more accurately, the maps are still used because they are more practical.

Explanation:

Earth is generally shown with two methods, one being the maps (map projections) and the other being globes. Both are used and will be used, as both have several advantages, but also several disadvantages. Despite globes being closer and more accurate in their representation of Earth, the maps are still used because they are much more practical.

The globes show Earth very close to its true form, though they are made as a ball, not as an ellipsoid. Anyhow, the globes don't have distortions of areas, so the sizes and locations are accurate on them. On the other hand, globes are highly impractical because of their shape, as they are don't often fit in standard backpacks or bags, and can easily be broken or damaged. Also, we can not see the entire Earth at any moment, so it is hard to make comparisons by using them.

The maps, on the other side, do have inaccuracies, mostly by having distortions, be it around the Equator or around the poles. Despite this, they have a relatively good accuracy that in most cases is enough for practical usage. Also, their form and weight make them easy to use, move from place to place, and the entire world can be seen at the same time, thus they are very practical when it comes to making comparisons.

Answer:

The most common types of precipitation are rain, hail, and snow.

Tropical cyclones are like giant engines that use warm, moist air as fuel. That is why they form only over warm ocean waters near the equator. The warm, moist air over the ocean rises upward from near the surface. Because this air moves up and away from the surface, there is less air left near the surface.

They are classified as follows: Tropical Depression: A tropical cyclone with maximum sustained winds of 38 mph (33 knots) or less. Tropical Storm: A tropical cyclone with maximum sustained winds of 39 to 73 mph (34 to 63 knots). Hurricane: A tropical cyclone with maximum sustained winds of 74 mph (64 knots) or higher.

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Answer:

Oceans have landforms because of volcanic activity.

Explanation:

Oceans are dominated by water, but they are not exclusively covered with water on their surface, but there are also a lot of landforms. The landforms are small in the percentage of the total area, but nevertheless, they can be found in varying sizes and shapes. The reason why oceans have landforms is the volcanic activity.

When it comes to landforms that are located near the edges of the oceans, they tend to be created because of subduction zones. Here we have a rise of magma from the mantle and the creation of volcanic island arcs, like in the case of the Japanese islands. When it comes to landforms that are found deep into the ocean and far away from plate boundaries, the cause is hot spot volcanism. This volcanism occurs above places where there is higher than usual activity in the mantle, and it is such a powerful activity that it breaks through the crust and manifests itself on the surface. An example of this type of landforms is the Hawaii Islands.

Answer:

Explanation:

Monsoon Cycles:

In India, Australia and other equatorial regions, monsoons move from cold, high pressure systems to warmer areas of less resistance with low atmospheric pressure.  

Summer Monsoons:

The summer monsoons in India typically blow from the southwest, bringing huge amounts of rain from the Indian Ocean to the warmer land. Some high-elevation areas of India receive up to 500 centimeters (200 inches) of rain from June to September alone. Similar to summer monsoons across the globe, the rains of the Indian summer monsoon are produced as winds push moisture-laden air high into the atmosphere, where it condenses and falls in heavy precipitation.  

Dry Monsoons:

In the cooler winter months, the direction of monsoon winds changes as it shifts to follow the warm air back out to sea. As moisture leaves the cooling land, the "dry monsoon" season can be responsible for extensive drought in some regions. But the winter season is not as uniform as the summer monsoons and, according to the Indian state of Maharashtra's Department of the Environment, northeastern India near the Himalayas receives half of its annual precipitation during this time, and even the southwestern states of Kerala and Karnataka receive rain until December.

Embryo Monsoons:

Although true monsoons are associated with the equatorial tropics, some weather patterns at higher latitudes are similar to monsoon rains, earning the moniker of "embryo monsoons." Central Europe, for example, experiences severe summer thunderstorms, and winds can change direction from summer to winter, but the weather events are sporadic and lacking in prevailing monsoonal patterns. Similarly, central Mexico and parts of the American Southwest receive heavy seasonal rains, but consistent winds are not present as the harbinger of a true monsoon.