Air pressure changes with altitude.

You are watching: The temperature of the atmosphere decreases steadily with increasing altitude.

Air is all around us, but we cannot view it. Gravity from the earth pulls air under - this is referred to as air pressure. We don\"t feel this pressure because our bodies press an same amount of push outward. This graph shows just how air density and also air pressure alters with altitude (the distance over sea level). Barometers are used to measure air pressure in milibars.


Which that the complying with statements about the graph room true?

Air push is higher at reduced altitudes.

Temperature transforms with altitude.

The atmosphere is separated into various layers relying on how temperature changes. Take it a look at the graph listed below to see how temperature alters with altitude.


Which of the following statements about the graph are true?

If you follow the temperature line in the graph over from the surface of the earth to the optimal of the atmosphere, relocating to her left to represent a decrease in temperature, to your right represents an increase in temperature, and straight up to represent a consistent temperature.

Near the Earth\"s surface, air gets cooler the greater you climb.

As you rise a mountain, you have the right to expect the air temperature come decrease by 6.5 levels C for every 1000 meters you gain. This is dubbed the conventional (average) lapse rate.

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If waiting temperature is 30 degrees C in ~ sea level as displayed above, you deserve to expect it to be roughly 10.5 levels C at air altitude of 3000 meters because of the lapse rate.

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When you leave your house at 2000 meters, the wait temperature is 15° C. What is the temperature likely to be at the 4000 meter summit? 10°C 28°C 2°C 7.8°C

National center for Atmospheric research college Corporation for Atmospheric research study