Flying Circus of Physics The bends during ight Anyone who scuba dives is advised not to y within the next 24 h because the air mixture for diving can introduce nitrogen to the bloodstream. Without allowing the nitrogen to come out of solution slowly. any sudden airpressure reduction {such as during airplane ascent} can result in the nitrogen forming bubbles in the blood, creating the bands, which can be painful and even fatal. Military special operation forces are especially at risk. What is the magnitude of the change in pressure on such a specialop soldier who must scuba dive at a depth of 13 min seawater one day and parachute at an altitude of 7.7 km the next clay? Assume that the average air density within the altitude range is 0.85 kgfms. Number Units me"2 or Pa v Flying Circus of Physics The bends during ight. Anyone who scuba dives is advised not to y within the next 24 h because the air mixture for diving can introduce nitrogen to the bloodstream. Without allowing the nitrogen to come out of solution slowly. any sudden airpressure reduction {such as during airplane ascent} can result in the nitrogen forming bubbles in the blood. creating the bends, which can be painful and even fatal. Military special operation forces are especially at risk. What is the magnitude of the change in pressure on such a special-op soldier who must scuba dive at a depth of 1? m in seawater one clay and parachute at an altitude of 7.7 km the next clay?I Assume that the average air density within the altitude range is 0.82 kgfms. Number 1.1E5 Units me' or Pa v Flying Circus of Physics The bends during ight. Anyone who scuba dives is advised not to y within the next 24 h because the air mixture for diving can introduce nitrogen to the bloodstream. Without allowing the nitrogen to come out of solution slowly. any sudden airpressure reduction {such as during airplane ascent} can result in the nitrogen forming bubbles in the blood. creating the bends, which can be painful and even fatal. Military special operation forces are especially at risk. What is the magnitude of the change in pressure on such a special-op soldier who must scuba dive at a depth of 13 m in seawater one day and parachute at an altitude of 7.5 km the next clay?I Assume that the average air density within the altitude range is 0.86 kg/ms. Number 6.3E4 Units me"2 or Pa v