Part B Assuming only a weight and buoyant force act, determine the net force (ma

Question

Part B Assuming only a weight and buoyant force act, determine the net force (magnitude) on the fully submerged tank at the beginning of a dive (when it is full of air)
Part D Assuming only a weight and buoyant force act, determine the net force (magnitude on the fully submerged tank at the next of a five (when it no longer contains any air). Problem 13.40 Ascuba tank, when fully submerged, displaces 166 Lof seawater. The tank itself has a mass of 14.1 kg and when full," contains 532 kg of air. previous I 6 14 Part A Assuming only a weight and buoyant force act determine the net force (direction onthefulysubmerged tank at the beginning of a dive (when it is full of air) My Answers Give Up Correct Part B Assuming only a weight and buoyant force act determine the net foro on the fully submerged tank at the beginning of a dive (when itis full of air). Express your answer with the appropriate units. 48 Submit Mu gee Up Answers Incorrect: Try Again: 5 attempts remaining Part C Assuming oryaweight and buoyant foto act, determinethe net force (drocton on the fuly submerged tank at the end of dve (when no

Explanation / Answer

B) net force = weight force - buyant force = (14.1 + 5.32) *9.8 - 16.6 *10^-3 *1025 *9.8 = 23.569 N

D) Fsub = weight force - buyant force = (14.1)9.8-(16.6 *10^-3 *1025 *9.8) = -28.567 N magnitude is 28.567N

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