Entropy, Gravity and Why Atmospheric Pressure Has a Gradient @BobtheScienceGuy
Entropy, Gravity and Why Atmospheric Pressure Has a Gradient  @BobtheScienceGuy
Uploaded February 2022 | Updated September 2026, 3 weeks ago
Volume and pressure do not inherently require a solid container. This video connects molecular motion, entropy, atmospheric density, and gravity to explain why air pressure decreases with altitude. Without a downward force, gas would tend toward a more uniform distribution rather than maintaining the observed vertical pressure gradient.
Entropy, Gravity and Why Atmospheric Pressure Has a GradientCold Moonlight without the MoonDr Bob discusses VAERSTeaching Nathan a Lesson in NavigationFirst Light with the New EquipmentThe Moon from Shamrock Banks ObservatoryCan Undersea Cable Lengths Directly Test Earth’s Geometry?How Gravity Shapes Artemiss Path to the MoonFind Your Position With a Two-Star Sextant FixWhy Space HAS to be FakeI Built a Radio Telescope in My Backyard!How Aircraft Attitude Indicators Use Gyros and Pendulous Vanes
Bob the Science Guy |

Entropy, Gravity and Why Atmospheric Pressure Has a Gradient

SHARE TO X SHARE TO REDDIT SHARE TO FACEBOOK WALLPAPER