What runs along the top of the troposphere

Answers

Answer 1

Answer:

Jet stream runs along the top of the troposphere as a high-speed, narrow air current flowing from west to east.

The "jet stream" is the narrow, high-speed tropospheric air current that flows west to east. The jet stream is a major atmospheric phenomena that occurs between 9 and 16 kilometres above the Earth's surface. Cold polar air and warmer equatorial air cause it. The jet stream's meandering route can affect weather patterns, storm movement, and large-scale weather. The jet stream's behaviour affects travel schedules and fuel efficiency, thus meteorologists use it to anticipate weather.

"Jet stream." The jet stream is a narrow, high-speed air movement that sweeps along the troposphere's top 9–16 kilometres (30,000–50,000 feet) above Earth. It shapes weather patterns and influences weather systems worldwide as it moves west to east. The jet stream affects temperature, precipitation, and atmospheric conditions, thus meteorologists study it to predict weather changes.

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Complete quesion:- "What runs along the top of the troposphere and is a high-speed, narrow air current flowing from west to east?"

Answer 2

Answer: it will be the stratosphere with the ozone layer

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Answers

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Answers

GPE=mgh
GPE=16•9.8•1

Find the slope of the line that passes through the pair of points (6, 7) and (9, 2). Find the slope of the line that passes through the pair of points (17, 9) and (5, 29).

Answers

As you have probably already learned, we calculate slope by dividing the change in vertical position by the change in horizontal position. Δy/Δx
Question 1: (9-6)/(2-7)=-3/5
Question 2: (5-17)/(29-9)= -12/20, which simplifies to -3/5

Answer:

Explanation:

Why is water soaked cloth used on forehead during fever?please can you tell me answer

Answers

Answer:

This is because the cloth soaked in water can absorb and evaporate the heat from your forehead.

Explanation:

This technique is used to cool down your fever, and to help you feel better.

The height of a wave from the equilibrium is 1 meter. Which parameter of the wave does this distance represent

Answers

Answer:

The amplitude of the wave

Explanation:

A wave can be defined by using several characteristics:

- The amplitude of a wave is the maximum displacement of the wave from its equilibrium position

- The wavelength of a wave corresponds to the distance between two adjacent points of the wave with same shape (e.g. the distance between two consecutive crests)

- The period of a wave corresponds to the time taken for one complete oscillation of the wave to occur

- The frequency of a wave corresponds to the number of complete oscillations of the wave in one second

In this problem, we are told that the height of the wave from equilibrium is 1 meter: based on the definitions above, we can say that this parameter corresponds to the amplitude of the wave.

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Answers

An isotope has two or more copies of a component whereby the atoms have the corresponding amount of protons. While ion is a combination of atoms exhibiting electrical explosives such as the sodium and chlorine atoms in a seasoning extract.

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