Q7) Atmospheric pressure near the Venusian surface is 92 times larger than the standard atmospheric pressure at sea leve

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Q7 Atmospheric Pressure Near The Venusian Surface Is 92 Times Larger Than The Standard Atmospheric Pressure At Sea Leve 1 (119.13 KiB) Viewed 42 times

Q7) Atmospheric pressure near the Venusian surface is 92 times larger than the standard atmospheric pressure at sea level on Earth, so Venusian ATVs are built like tanks to avoid getting crushed like a soda can. The company that builds them is stationed on Earth where new ATVs are field tested during deep sea dives. To what depth must a vehicle be submerged in Earth's ocean to approximate the atmospheric conditions on the surface of Venus? A. 500 m C. 1300 m B. 900 m D. 1700 m = Q8) The surface gravity of Venus is similar to that of Earth, but the density of the Venusian atmosphere is 65 kg/m2 at the planet surface. This gives tourists a spring in their step when they exit their ATVs to go for a stroll on foot as the buoyancy of the atmosphere reduces their apparent weight. How does a person's apparent weight compare to their actual weight on Venus? Assume the average density of the human body is 985 kg/m² A apparent = 6.6 % of actual C. apparent = 84.8 % of actual B. apparent = 15.2% of actual D. apparent = 93.4 % of actual Q9) While traveling between worlds, the cylindrical cruise ship spins to simulate Earth gravity for its passengers. As the occupants walk along the inner surface of the cylinder, they feel stuck to the ground just as if they were walking on Earth. How quickly must a ship with a diameter of 200 m spin in order to simulate 1 g? Give your answer in revolutions per minute.