Which of following is the correct order of most to least abundant gases in the a

Question

Which of following is the correct order of most to least abundant gases in the atmosphere near the poles?

How does the saturation vapor pressure of water change with increasing temperature?

Decreases exponentially

Which of the following OLR wavelengths is water vapor good at trapping in the Earth’s atmosphere? Select all that apply. Hint: see figure 3-13 in the text book

Which of the following is showing the order of layers of the atmosphere from the highest to lowest mean layer pressure?

If the temperature of the atmosphere at 270 meters above the surface is 60?F and the temperature 250 meters above the same point is 57?F, is the layer from 250 m to 270 m considered stable or unstable? Assume the temperature changes linearly between the two points.

Which of the following are examples of the buoyancy? Select all that apply.

Which of the following is true?

According to Boyle’s law, which of the following is true? Select all that apply.

Because water vapor absorbs the larger fraction of OLR, reducing CO2 concentrations will not reduce the Greenhouse Effect.

Explain why you answered the previous question (9a) as true or false.

Explanation / Answer

1.nitrogen, oxygen, water vapour, argon, carbon dioxide, trace gas

N2, O2, Ar, CO2

2.Increases exponentially

3.6.5 m

4.Troposphere, stratosphere, mesosphere, thermosphere

5.Stable

6.Balloons rise if the internal pressure is less than the external pressure

A ping pong ball floats on water

7.As you heat a gas, the atoms within molecules grow larger causing the gas to expand.

8.boyles law is
.. P1V1 = P2V2
meaning
.. P x V = a constant
so...
... if P increases, V must decrease to make the product PV a constant

so answer is

If you double the volume occupied by a fixed amount of gas, the pressure halves

You can double the pressure of a fixed amount of gas by dividing the volume by 2.

9.true

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