how does the polar jet stream influence the weather on the southern tip of south america

Answer:

???

Explanation:

Answer:

Formal region.

Explanation:

Actually the correct answer would still be 41.3 degrees. This is mainly because for the reason that the altitude of Polaris will still be similar one month later on when viewed from the same location, time does not affect latitudes.

Answer:

41.3 degrees

Answer: 41.3 degrees

Unit awards and individual awards are both forms of recognition for achievements, but they differ in terms of scope and focus. Unit awards are given to a group or team, while individual awards are granted to individuals. Both types serve as incentives to motivate and reward, emphasizing different aspects of achievement.

Unit awards and individual awards are both forms of recognition for achievements, but they differ in terms of scope and focus. Unit awards are given to a group or team for their collective accomplishments, such as winning a sports championship or completing a group project, while individual awards are granted to individuals for their personal achievements, like receiving the highest score in a test or being recognized as the most improved student. Both types of awards serve as incentives to motivate and reward individuals and teams, but they emphasize different aspects of achievement.

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Answer:

The Continental Divide creates a dividing line within the US where all precipitation - rain, snow, etc. that fall on the western edge eventually will flow to the Pacific Ocean and all precipitation that falls on the eastern side of the ridge flows toward the Mississippi River.

AND

A fall line is the imaginary line between two parallel rivers, at the point where rivers plunge, or fall, at roughly the same elevation. ... This line was important to early European explorers because it marked the limits of river travel for ships.

Explanation:

The water cycle, driven by the sun's energy, evaporates water which then condenses into clouds and falls back to Earth as precipitation. This water infiltrates the soil, replenishing groundwater resources and aquifers, important reservoirs of fresh water. It also guarantees a steady flow of fresh water into watersheds, thereby supporting the ecosystems they underpin.

The water cycle plays a critical role in the functioning of aquifers, groundwater, and watersheds. It is driven by the sun's energy, warming the oceans and surface waters and leading to evaporation and sublimation. This deposits large amounts of water vapor into the atmosphere, which then condenses into clouds and eventually falls back to the Earth's surface as precipitation.

This precipitated water may infiltrate into the soil, where it replenishes groundwater resources and aquifers. These are major reservoirs of fresh water, existing in the pores between sand particles and in fissures in rocks. Groundwater reservoirs are vital sources of drinking and irrigation water, which are often tapped through wells. In many cases, these aquifers are being depleted faster than they can be replenished through the water cycle.

Furthermore, this cycle is crucial for watersheds, areas of land where all the water drains into a single point like a river or lake. The water cycle ensures a steady flow of fresh water into these ecosystems, making it essential for their health and for the lifeforms they support.

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America's first roads followed old Indian trails that had been widened and often ran alongside existing waterways before the War of 1812. The federally funded Cumberland Road, initiated in 1811, was a major road that supported westward expansion. With growing transport demands, toll roads and an extensive system of railroads and canals emerged.

America's first roads were constructed in various ways, often influenced by geographical and practical considerations. Before the War of 1812, early American roads were usually old Indian trails that had been widened. These routes were typically located along existing waterways, which were used to navigate and transport goods efficiently due to the difficulty and cost of land transport.

The first major federally funded highway was the Cumberland Road, which started construction in 1811, facilitating westward movement and connecting areas from Maryland to Illinois. As transportation needs grew, there was a concerted effort to build roads and canals for the movement of goods and people. Over time, turnpike companies constructed toll roads, particularly in New York State, and eventually, the country saw the rise of a more extensive transportation system including railroads and canals alongside roads.

The human actions negatively impact ocean ecosystems Burning of fossil fuels increases the acidity of the oceans Option(a) is correct. Ocean fermentation is essentially brought about via carbon dioxide gas in the climate dissolving into the sea.

There are three unfavorable impacts of consuming petroleum products: air contamination, water contamination, and environmental change.

These impacts are brought about by the items delivered when non-renewable energy sources are consume The course of sea fermentation is shockingly straightforward. Carbon dioxide from the consuming of petroleum products aggregates in the climate, where it causes a worldwide temperature alteration.

Be that as it may, it additionally influences our seas. As carbon dioxide enters the sea, it responds with ocean water to frame carbonic corrosive. The consuming of non-renewable energy sources gives out hurtful mixtures dioxide and nitrogen oxides.

These substances will ascend horribly high into the climate, any place they join and respond with water, oxygen, and different synthetics to frame a ton of acidic poisons, called air contamination.

Therefore Option(a) is correct.

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Answer:

A plateau which is large raised flat area

Explanation:

Answer:

The rock layers are initially formed in a horizontal manner as the sediments are deposited over one another, forming horizontal rocks.

But these rock layers are not always found to be horizontal. They are sometimes tilted. This is due to the compressional stress that acts on the rock layers from both sides, which results in the tilting, faulting, and folding of the layers.

In addition to this, these layers are sometimes eroded due to the agents such as wind, water, and ice, and so these layers are not found to be horizontal.