A diver is 5.2m below the surface of water of density 1000Kgm-3. If the atmospheric pressure is 1.02 x 105pa. Calculate the pressure on the diver [g = 10ms-...
Question 1 Report
A diver is 5.2m below the surface of water of density 1000Kgm-3. If the atmospheric pressure is 1.02 x 105pa. Calculate the pressure on the diver [g = 10ms-2]
Answer Details
The pressure on the diver at a depth of 5.2m can be calculated using the formula: P = P0 + ρgh where P0 is the atmospheric pressure, ρ is the density of the water, g is the acceleration due to gravity, and h is the depth of the diver. Substituting the given values, we get: P = 1.02 x 105 + (1000 kg/m3) x (10 m/s2) x (5.2 m) P = 1.02 x 105 + 5.2 x 104 Pa P = 1.54 x 105 Pa Therefore, the pressure on the diver is 1.54 x 105 Pa. The correct option is: 1.54 x 105 pa.
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