Compare these atmospheric pressure with Mars and estimate how high you'd need to go in Earth's atmosphere to be at the same pressure as the surface of Mars? The given information is in the attachment. For Mars, the opposite situation exists. The data table shows that the pressure at the surface of Mars is only 0.6% of the atmospheric pressure at the surface ofthe Earth! Atmospheric pressure decreases with altitude. On Earth, to reach a pressure of 50% compared to the surface, you would need to be at an altitude of5,500 meters. At the summit of Mount Everest (8,800 meters) the pressure is about a third (31%) of the surface pressure. To reach a pressure of 10% of thesurface pressure, you would need to be at an altitude of 16,000 meters. The atmospheric pressure at the top of the Earth's stratosphere is about 0.1% of thesurface pressure. PlanetMassRadiusDensityAtm PressureDistanceRotationOrbitVenus0.810.950.95930.723-2430.615Earth1.01.01.01.01.01.01.0Mars0.110.530.710.0061.5241.0261.881

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Answered: For Mars, the opposite situation…

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