Lab 4: Atmospheric Composition, Layers, and Pressure blem Solving Module 3: Atmospheric Pres... Millibar Imbar) Elevation (km) Hectopascal (hPa) Kilopascal (kPa) 0 1 Inches of Mercury inHg) 29.92 25.93 22.48 1013.25 878.36 761.43 660.07 572.20 496.02 429.99 372.75 323.13 280.11 242.82 118.87 58.19 13.94 3.34 .80 1013.25 878.36 761.43 660.07 572.20 496.02 429.99 372.75 323.13 280.11 242.82 119.87 58.19 13.94 3.34 0.80 101.325 87.836 76.143 66.007 57 220 49.802 42.999 37 275 32 313 28.011 24.282 11.887 5,819 1.394 234 OBO Pounds per square Inch (psi) 14.69 12.73 11.04 9.57 3.29 7.19 6.23 5.40 4.68 4.06 3.52 1.72 0.84 0.20 0.04 0.01 16.99 14.64 12.69 11.00 9.54 8.27 7.17 3.51 1.71 81886 1 0.41 5 0 0.02 TABLE 3-1 1. Table 3-1 presents five different ways to express average atmospheric station pressure Examine the millibar and hectopascal values. What is unique about the values in both of these columns? Hy are the same 2. Compare the hectopascal values to the kilopascal values. What is the difference, why does it occur, and how do units of 100 versus 1,000 fit into your answer? 3. Guayaquil, Ecuador is about 10 meters above sea level. If you inflated a balloon in Guayaquil, about how much atmosphere. In pounds per square inch, would press on the outside of your balloon? 4. Assume you took your inflated and sealed balloon up to Quito, Ecuador, to Quito, Ecuador, which is about 2,850 meters above sea level. Roughly estimate above sea level. Roughly estimate about how much atmosphere, in pounds per square inch, would now press on the outside of your balloon. 5. Predict what would happen to the diameter of your balio Quito, and why. happen to the diameter of your balloon as you drove from Guayaquil to